Many of these systems utilize the vertical motion of waves to create a flow of air or water, with the flow guided through a duct to rotate a turbine (Kokai Tokkyo Koho (Publication of unexamined patent applications) No. It is preferable to have the gimbal rotate in the same basic direction as said circular wave motion and set the gyro body at an angle to the incoming wave direction. DISCLOSURE OF THE INVENTION The means of the technical solution offered by the present invention is a gyro wave-activated power generator that comprises a floating body, a control moment gyro supported on said floating body, and a power generator connected to the gimbal shaft of said gyro via gearing to increase speed, wherein the motion of the floating body produced by wave action is used to turn the gimbal of said gyro to generate power.
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In FIG. 1, the main floating body (1), roughly square in shape, comprises two floating sub-bodies (1A) which are connected by two members (1B). The control moment gyro power generator, which is described later, is positioned at the center of the bottom (2) of said square floating body. Two or more wave-activated power generators of the present invention may be arrayed to form a sort of breakwater as shown in FIG.
Dolor Sordo Profundo Y Continuo
Two gimbal shaft bearings (4) are installed at the center of the bottom (2) of the main floating body (1) to support the control moment gyro (5) on both sides. Software programs installed on a PC are used to control the power generator and volume of ballast water. The above-mentioned embodiments are only a few examples and should not be construed as limiting. 6. With the CMG system, the decrease in output is small even when wave height is low while the output is not too large when wave height is high. Frequency decreases with increasing wave height and conversely increases at lower wave height. Improving efficiency requires increasing the size of the system, which in turn means significant investments that the system uneconomical. Dolor lumbar al conducir . FIELD OF TECHNOLOGY The present invention relates to a gyro wave-activated power generator utilizing wave energy which has, as a component, a control moment gyro.
The gimbal shafts (6 a and 6 b) of the control moment gyro (5) rest and turn freely on said gimbal shaft bearings (4). The gimbal (6) is a sealed cylindrical vessel, in which a flywheel (7) is mounted and rotates freely on the spin shaft (7 a). The main floating body (1) is also fitted with a pump (not shown) and a valve (not shown) to adjust the volume of ballast water pumped into the floating body. The present invention also intends to provide a gyro wave-activated power generator wherein ballast water is pumped into said floating body to change the natural frequency of the floating body to synchronize its frequency with the wave frequency.
Dolores Musculares Generalizados
The present invention further intends to provide a gyro wave-activated power generator wherein multiple control moment gyros are set on said floating body to generate power from each of the respective gyros. The present invention also intends to provide a gyro wave-activated power generator wherein the rotational speed of said gyro is controlled in such a manner that the rotation of the control moment gyro body synchronizes with the motion of said floating body. INDUSTRIAL APPLICABILITY As described in detail in the above paragraphs, the gyro wave-activated power generator of the present invention captures the motion of a floating body on the sea with a control moment gyro, and it generates electric power efficiently using the captured energy. Wave-activated power generators using fluids, such as those mentioned above, are generally inefficient at generating electric power because of the severity of existing conditions like wave magnitude.
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It is possible to reduce flywheel resistance in the gimbal by maintaining the inside of the sealed gimbal enclosure, a component of the present invention, at a negative pressure using a vacuum pump. This negative pressure pump is used to reduce the pressure inside the gimbal (6) to, for example, 0.1 atmospheric pressure or below to decrease flywheel drag (7) and windage loss. The shaft (6 a) on the other side of the gimbal (6) accommodates the spin motor (8) and brushes (11) that supply power to the vacuum pump motor.
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A spin motor (8) is installed on the spin shaft (7 a) of the flywheel (7). The spin motor (8) is set within or on the outside of the vessel and is sealed to prevent air from entering the vessel. A brake may also be installed to stop the flywheel in the event of an emergency such as an accident. Multiple sets of control moment gyros may be installed on a single floating body to prevent unwanted motion of the floating body and generate electric power efficiently.
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This system is particularly effective when wave magnitude and frequency differ during the summer and winter seasons. This stable output is favorable for system operation. This decreases the energy to drive the spin motor. The gyro wave-activated power generator is set on the sea surface with the flywheel (7) driven by the spin motor (8) and rotating at high speed. The wave-activated power generator of the present invention comprises an enclosed gimbal, a flywheel which is set in the gimbal and turns on the spin shaft that is mounted at right angles to the gimbal shaft, a spin motor to turn the flywheel at high speed, and a power generator connected to the gimbal shaft via a gearing to increase speed, wherein the motion of the floating body produced by wave action is used to turn the gimbal to generate power.
The sealed vessel forming the gimbal (6) is connected to a vacuum pump (not shown). As a result, the output characteristics of the generator have the tendency shown in FIG. FIG. 1 is a cross-sectional view of the first working example of the power generator of the present invention. The present invention also provides a wave suppressor wherein multiple gyro wave-activated power generators of the present invention are arrayed on the water surface. Experiments on large-sized floating wave power generators currently underway include Kaimei (80 m in total length, 12 m in width, and weighing 800 tons) of the Japan Marine Science and Technology Center and, the stationary type Sanze model (Research Development Corporation of Japan, etc.). Small-sized floating power generators based on these inventions have already been put to commercial application as navigation aids. These are some of the excellent effects of the present invention and its embodiments.
Stages (1) and (5) are common in both cases, indicating that the turbine is responsible for the deteriorated efficiency. Como evitar el dolor muscular . It is necessary to actively promote the use of clean natural energy. Wave power generation is being actively studied in Japan but the technology has not yet reached commercial levels. BACKGROUND ART Global environmental problems including global warming are recently being seriously studied throughout the world.
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According to the present invention, the motion of a floating body on the sea is converted into energy by a control moment gyro to generate power. The motion (inclination) of the main floating body (1) caused by wave action is transferred to the control moment gyro (5) to turn the gimbal (6) and drive the generator (10) via gearing to increase speed (9) to generate power. The system of the present invention is provided with a sensor to detect the inclination and angular velocity of the floating body and an encoder to detect the rotational angle and position of the gimbal. Causa del dolor de espalda . The efficiency of power generation is further enhanced by matching the gimbal rotation to the wave motion, which is basically a circular motion. Wave action is basically a circular motion.
While power is being generated, the controller uses signals from the motion sensor (14) to detect the inclination and angular speed of the main floating body (1) and the encoder (15) (sensor to detect the direction of the gimbal shaft) to detect the rotation angle and position of the gimbal (6). The controller synchronizes the motion of the floating body with the rotation of the control moment gyro body using the circuit shown in the control block diagram in FIG.