Animal powered electricity generator

A frame (10) configured specifically for the purpose of confining a animal to produce electricity

• Said frame configure to have an adjustable sloping rail tracks (FIG. 12) (120) to be supported on the ground by at least three points (FIG. 1) (14,16,18) attached to said frame (10) and access ramp (2)
• Further comprising at least two points for the attachment of the animal to the apparatus (46,48) where the ideal attachment or fixing points of the frame should be located at both sides of the animal and above the animal (49) near its center of gravity in the thorax.
• Further comprising at least two foot links (40,42) coupled to at least one rotational mechanism (44), wherein one foot link has a first end an second end;
• at least four foot supports (FIG. 8) (105, 106, 107) for receiving the hoofs of a horse (or any other part of the limb of the animal) in walking position,
• Further comprising at least two small trolleys one food support located on a adjustable small platform (or wedge shaped) small trolley (122) that runs along the rail tracks (120) with the help of wheels or ball bearings above (125) and below (127)(optional) the track (120) in order to avoid displacement of said trolleys (122) out of the track (120), like for example when the animal produce vigorous movements.
• Further comprising said foot supports in connection with at least two foot links for the coupling mechanism.
• Further comprising a pivotal axis (FIG. 3) (46) for the connection of the foot link to the coupling mechanism is such a way that the foot link produces leverage action of the rotating mechanism because it is acting as a fulcrum.
• Further comprising at least one coupling system (44) in rotational communication with at least two-said foot link (184, 200) to translate the stepping motion of a horse into angular momentum;
• Further comprising expansion springs along the path of the first links in connection to the first foot or limb link in order to facilitate the movement of the leg out of the trolley when it reaches the resting position FIG. 13D (position d).
• Further comprising contraction springs or strings with weights (FIG. 8J) that pass trough a guide on the upper most part of the rail tracks in order to constantly pull the leg of the animal to the above-mentioned position.
• Further comprising at least one generator for electricity or an alternator and converter of electricity or similar device in order to produce it.
• Further comprising batteries to store the electricity.

An Animal Powered Electricity Generator further comprising a restrain and suspensor system (FIG. 3, FIG. 10B) designed specifically for the purpose of confining a animal to produce electricity by containing said animal (like a horse) within the above mentioned frame,

• Further comprising a restrained system consisting of girths (52) supported by a inner light material (like aluminum or plastic) (11) adjustable frame around the animal
• Further comprising a protective and restraining animal shirt (58) around the thorax of the animal
• Further comprising restraining girths (52,53) supported by different cushions (51,55,59) or cushioned tissues to separate the skin of the animal from the hard surfaces in order to avoid scratches or any skin damage to the animal.
• Further comprising holding springs for the animal's (13) that bind the animal (FIG. 3, FIG. 10B) at both sides of the main frame and might hold the animal as well from above (14) near the center of gravity of its thorax. Said Suspensor mechanism designed for the specific function of allowing the animal to perform the free desired movements of flexion and extension that are necessary for the generation of electricity while it contributes to minimal friction of the skin of the animal and avoids that the animal gets out of the mechanism

An Animal Powered Electricity Generator further comprising a crankshaft like coupling or rotational system specifically designed for the generation of electricity (FIG. 6, FIG. 7, FIGS. 13A, 13B, 13C, 13D (44)

• Further comprising a main bigger wheel for accelerating the animal force by means of multiplying gears (FIGS. 5, 6, 7)
• Further comprising an attachment place (500, 600, 164) for receiving the different foot links at different degrees of angulations in order to produce a complete 360 degrees of rotation with every single stride of the limbs of the animal.
• Further comprising two foot link or limb link in communication with a foot support on one end, by means of the lever, and in communication to the rotational mechanism on the other end;
• where said limb links consist of semi rigid flexible bars (184, 200) with springs inside to compensate for the variable force that the animal can produce with the contraction of its muscles.
• Further comprising a specific place of attachment for receiving the animal weight consisting of a rotational screw (164) with a grove inside that allows the free movement of a bar (or third link) along it (FIGS. 6A, 6B, 6C, 6D)
• Further bar directly linked to the limb (or hoof) of the animal (FIG. 3, FIGS. 13A, 13B, 13C, 13D) on one end and to the rotational mechanism on its center (164)
• Further comprising one proximal top (160) and a proximal spring (162) that produce pressure on the rotational mechanism (44) with the weight of the animal and in some form continues to conserve the gravity energy after the animal stands on the trolley.
• Further comprising said third link with another spring (163) which is distal to its attachment point in the rotational mechanism (164) with a distal top (165) that allows the continuation of the rotational force of the springs on the mechanism at a different angulation's from the first two links (184, 200) in order to continue to facilitate the rotation at different times of the stride of the animal.
• Further comprising levers which can be expansible (FIGS. 13A, 13B, 13C, 13D (101,102) by means of springs inside them (102), FIG. 4 (4, 37, 113) directly attached to the limb link on one side and attached to the first semi rigid flexible arm (FIG. 13) (184) on the other side of the pivotal axis (46) in such a way that the axis serves as a fulcrum to the movement of the leg in its backward movement producing increased rotational force on the rotational mechanism.
• Further comprising a second link (200) attached at approximately the same distance from the pivotal axis (46) as the first link, but in opposite direction, to be attached at approximately 180 degrees in relation to the first link in the crankshaft like mechanism.
• Further comprising an anti-reverse screw (700) (FIG. 6) in order to make gears rotate only on one direction.
• Further comprising at least one big gear (FIG. 4, FIGS. 13A, 13B, 13C, 13D) (11), in direct communication with another smaller gear (9) or in indirect communication with the smaller gear by means of a chain (FIG. 4) (115) wherein said chain or gear translates motion from said gear to said main axis, of the electric generator.