Abstract: A wind power generator includes two spaced apart support members, multiple wind-guiding blades interconnecting the support members, a rotating unit and a power generating unit connected to the rotating unit. The rotating unit includes two bases disposed on and micro-movable relative to the support members, a shaft unit, a rotating frame unit and multiple blades connected to the rotating frame unit. Each base includes a bearing unit including a substrate formed with a central bore and a bearing member disposed in the central bore, and a connecting unit including a connecting member extending through the bearing member. The shaft unit interconnects the connecting members. The rotating frame unit surrounds and is connected to the bases and the shaft unit.

Abstract: An automatic agricultural cultivating equipment includes a supporting unit, a rotating unit, a driving unit, a loading unit, an operating unit, and a supply unit. The rotating unit is driven by the driving unit to rotate on the supporting unit about a vertical axis, and defines an operation region and a cultivation region. The loading unit includes a plurality of loading plates disposed on the rotating unit and in the cultivation region. The supply unit is disposed on the rotating unit for supplying water and light to the loading unit.

Abstract: Agricultural cultivating equipment includes a support unit, a rotating unit, a driving unit for driving the rotating unit, a transmission unit extending around the rotating unit, a plurality of loading units, and a supply unit. The transmission unit includes a plurality of hangers. The loading units are disposed respectively on the hangers. Each of the loading units is circulatable between an upper limit position and a lower limit position. The supply unit includes a water supplying device for supplying water into the loading units, and a lighting device for lighting the loading units.

Abstract: An apparatus for generating electric power from wind energy includes a blade unit, a wind-collecting unit, and a control unit. The blade unit includes an upright shaft mounted rotatably on a base, and a plurality of blades connected fixedly around the shaft and driven by wind to rotate. A generator is connected to the shaft for converting rotational kinetic energy into electric power. The wind-collecting unit includes upright plates mounted pivotally on the base and disposed around the blades. The control unit detects rotational speed of the shaft and accordingly moves at least a portion of each upright plate between first and second positions, where the amount of wind flowing toward the blades is increased and reduced, respectively.

Abstract: An apparatus for generating electric power from wind energy includes a blade device rotatable relative to a base to convert wind energy into a mechanical rotary power output, and having an upright rod connected with upright blades and coupled to a generator in the base to convert the mechanical rotary power output into electric power. Each blade has spaced wind-collecting ribs extending vertically from a first side surface thereof, thereby defining a wind-collecting space between any two adjacent wind-collecting ribs. A wind-collecting unit includes upright plates mounted on the base, angularly equidistant and disposed around the blade device. Any two adjacent plates define an inwardly converging wind-guiding channel therebetween. The plates are non-flat so that wind is guided by the plates to blow onto the first side surfaces of the blades via the wind-guiding channels.

Abstract: A solar power water heating apparatus includes a supporting device for supporting movably a mounting seat provided with a condensing unit on a mounting side thereof for concentrating sunlight onto a heat-conductive tube body in the mounting seat. The tube body absorbs thermal energy from the sunlight concentrated thereonto and transmits the thermal energy to water therein, thereby heating the water. The supporting device includes a disk member mounted rotatably on a hollow base body and driven by a drive unit in the base body to rotate relative to the base body in a central axis of the disk member, and a telescopic rod member and two upright supporting rods interconnecting the mounting seat and the disk member. A control module controls the drive unit and the telescopic rod member based on a solar radiating direction to move the mounting side of the mounting seat to face sunlight.

Abstract: A solar power water heating apparatus includes a supporting device for supporting movably a mounting seat provided with a condensing unit on a mounting side thereof for concentrating sunlight onto a heat-conductive tube body in the mounting seat. The tube body absorbs thermal energy from the sunlight concentrated thereonto and transmits the thermal energy to water therein, thereby heating the water. The supporting device includes a disk member mounted rotatably on a hollow base body and driven by a drive unit in the base body to rotate relative to the base body in a central axis of the disk member, and a telescopic rod member and two upright supporting rods interconnecting the mounting seat and the disk member. A control module controls the drive unit and the telescopic rod member based on a solar radiating direction to move the mounting side of the mounting seat to face sunlight.

Abstract: An electricity generating apparatus using solar power includes a supporting device for supporting movably a solar power collecting unit that includes a solar power collecting plate carried on a carrier for converting solar power into electrical energy, and a condensing unit mounted on the carrier and disposed above the solar power collecting plate. The supporting device includes a disk member mounted rotatably on a top side of a hollow base body and driven by a drive unit in the base body to rotate relative to the base body in a central axis of the disk member, and a telescopic rod member and two upright supporting rods interconnecting said carrier and the disk member. A control module controls the drive unit and the telescopic rod member based on a solar radiating direction such that the power solar collecting plate is moved to face sunlight.

Abstract: An apparatus includes a blade unit including having upright blades connected fixedly to an upright rod that has a lower end disposed pivotally in a base such that the blade unit is rotatable relative to the base to convert wind energy into a mechanical rotary power output, and coupled to a generator in the base to convert the mechanical rotary power output into electric power. Each blade has opposite first and second side surfaces. The first side surface of each blade faces the second side surface of an adjacent blade. A wind-collecting unit includes upright plates fixed on the base, angularly equidistant and disposed around the blade unit. Any two adjacent plates define an inwardly converging wind-guiding channel therebetween. The plates are shaped so that wind is guided by the plates to blow onto the first side surfaces of the blades via the wind-guiding channels.

Abstract: An apparatus for generating electric power from wind energy includes a blade device rotatable relative to a base to convert wind energy into a mechanical rotary power output, and having an upright rod connected with upright blades and coupled to a generator in the base to convert the mechanical rotary power output into electric power. Each blade has spaced wind-collecting ribs extending vertically from a first side surface thereof, thereby defining a wind-collecting space between any two adjacent wind-collecting ribs. A wind-collecting unit includes upright plates mounted on the base, angularly equidistant and disposed around the blade device. Any two adjacent plates define an inwardly converging wind-guiding channel therebetween. The plates are non-flat so that wind is guided by the plates to blow onto the first side surfaces of the blades via the wind-guiding channels.

Abstract: An apparatus includes a blade unit including having upright blades connected fixedly to an upright rod that has a lower end disposed pivotally in a base such that the blade unit is rotatable relative to the base to convert wind energy into a mechanical rotary power output, and coupled to a generator in the base to convert the mechanical rotary power output into electric power. Each blade has opposite first and second side surfaces. The first side surface of each blade faces the second side surface of an adjacent blade. A wind-collecting unit includes upright plates fixed on the base, angularly equidistant and disposed around the blade unit. Any two adjacent plates define an inwardly converging wind-guiding channel therebetween. The plates are shaped so that wind is guided by the plates to blow onto the first side surfaces of the blades via the wind-guiding channels.

Abstract: An apparatus for generating electric power from wind energy includes: a blade unit having upright blades connected fixedly to an upright rod that has a lower end disposed pivotally in a base such that the blade unit is rotatable relative to the base so as to convert wind energy into a mechanical rotary power output; a generator disposed in the base and coupled to the lower end of the upright rod to convert the mechanical rotary power output into electric power; and a wind-collecting cover mounted pivotally on the base for covering the blade unit, rotatable relative to the base and formed with opposite wind inlet and outlet. The wind-collecting cover rotates in response to blowing of wind thereto so that the wind flows into an inner space in the cover via the wind inlet and out of the inner space in the cover via the wind outlet.