10 results about "Solar disc" patented technology

The invention discloses a low-wind-load and damping vibration attenuation solar disc-type condensation system which comprises a condenser, a double-shaft tracking device, a main beam, a liquid amount adjusting system, a plurality of steel cables and the like. The condenser is composed of a steel framework, a plurality of mirror surface units, a covering body, a plurality of liquid storage bags and the like, wherein the steel framework is composed of a plurality of radiation beams and cross rods which are arrayed circumferentially; the mirror surface units are fixed on the steel framework; the covering body wraps the steel framework on the back of the condenser to form a streamline aerodynamic shape so as to reduce wind load, and only the reflecting surface of the mirror surface unit bears wind pressure, so that the wind load is effectively reduced; the mirror surface unit adopts a light high-rigidity structure with a light supporting back frame and an embedded bearing framework, so that the deformation of a reflecting element under wind pressure is reduced; the double-shaft tracking device is installed on the back of the condenser and is close to a pneumatic center to reduce the wind moment load. The liquid level of the liquid storage bag and the liquid storage box which is installed on the main beam and can move is adjusted, self-adaptive liquid damping energy dissipation and vibration reduction of the light condensation system under the wind disturbance effect are achieved, and the service optical precision is improved.

The invention relates to a speed reduction structure for an automatic pipe collecting and coiling device, and relates to the technical field of automatic pipe collecting and coiling devices. The speed reduction structure comprises an outer machine shell, a main shaft, a speed reduction wheel base, a rotating disc, a speed reduction disc and a locking device, a planet wheel is meshed with a gear ring on the rotating disc and a sun gear on a sun disc, and the sun disc is provided with centrifugal flail blocks. Speed reduction transmission is achieved through meshing of the planet gear, the gear ring and the sun gear, meshing control over the first gear through the locking device and dynamic adjustment of the centrifugal throwing block are combined, the speed reduction performance is improved, the function of stopping at any time when pulling is conducted is achieved, pipe end throwing is effectively restrained, and using safety is improved.

The present invention relates to the field of solar energy technology, and discloses a prediction method, device, computer equipment and storage medium for solar radiation distribution. The prediction method for solar radiation distribution includes: obtaining the circumsolar radiation intensity and normal radiation; obtaining the circumsolar radiation ratio according to the circumsolar radiation intensity and normal radiation; obtaining a full sky image, performing feature matching between the full sky image and a preset cloud feature, and generating cloud amount, cloud shape and cloud bottom height according to the feature matching result; obtaining a first direct radiation value of the solar disk; measuring a second direct radiation value of the solar circumference; measuring a scattered radiation value of the solar periphery; predicting the solar radiation distribution according to the circumsolar radiation ratio, cloud amount, cloud shape, cloud bottom height, the first direct radiation value of the solar disk, the second direct radiation value of the solar circumference and the scattered radiation value of the solar periphery. The present invention predicts the solar radiation distribution according to direct radiation and scattered radiation at different angles, and the prediction result obtained is more accurate.

The lamp comprises a translucent lampshade 10 having a side translucent portion 12 extending down from a top translucent portion 11; a base 20, comprising an outer portion 23 (e.g., with a gasket 14)

The invention discloses a clouded flare detection method based on an SMAT configuration telescope. The clouded flare detection method comprises the following steps: 1) eliminating an image rotation difference between a photosphere image P and a color sphere image C; converting the photosphere images P into photosphere grey-scale maps and aligning the photosphere grey-scale maps; converting the color ball images C into color ball grey-scale images and aligning the color ball grey-scale images; then identifying the solar panel in each light ball grey-scale map and each color ball grey-scale map, and adjusting the image resolution of each light ball grey-scale map and each color ball grey-scale map to be consistent; 2) obtaining a normalized photosphere image light variation curve according to the processing of each photosphere grey-scale map, and obtaining a normalized color sphere image light variation curve according to the processing of each color sphere grey-scale map; 3) dividing the normalized chromatic ball image light variation curve by the normalized chromatic ball image light variation curve to obtain a light variation curve after the influence of the cloud layer is eliminated; 4) performing cloud layer elimination on the corresponding photosphere image P and the corresponding color sphere image C in the step 1) by using the obtained light variation curve; and 5) carrying out solar flare detection according to the light ball image P and the color ball image C after the cloud layer is eliminated.

The utility model discloses a double-workbench horizontal top oil inlet mechanism which comprises an oil distribution shaft, oil pipe support sets connected with the oil distribution shaft are symmetrically arranged on the two sides of the oil distribution shaft, two oil path blocks are arranged above the oil pipe support sets, a solar panel oil distribution shaft is arranged above the oil path blocks, and a fixing base and a fixing plate are arranged on the two sides of the solar panel oil distribution shaft. The top of the solar panel oil distribution shaft is connected with a plurality of oil pressure hoses through a lower swivel joint, and the other ends of the oil pressure hoses are connected with a joint on the support through an upper swivel joint. The horizontal machining clamp has the advantages that the top oil inlet mechanism provides an oil way, an air way and a water way for the clamps on the workbenches on the two sides of the horizontal machining machine, the clamping / loosening, air blowing and water flushing functions of the clamps are achieved, at least eight loops can be connected to each of the two sides, and the clamps are more flexible to use.

The application discloses a frame registration method and system of a solar extreme ultraviolet wave band imaging sequence, and the method comprises the following steps: acquiring observation data of a stationary orbit satellite in a solar extreme ultraviolet wave band and performing pretreatment, and extracting fitting circle parameters of a solar disc surface; performing imaging state judgment on the observation data; when the state is normal, performing state criterion branching on guide mirror measurement data; when the state is stable, performing thermal deformation correction and fusion processing based on the observation data; selecting a reference channel, performing high-precision calculation based on the fitting circle parameters, and performing north direction calculation and adjustment on the reference channel; calculating the center positions and the north directions of the remaining channels according to pre-calibrated inter-channel registration parameters, and realizing multi-channel registration; performing registration processing on the imaging sequence frame by frame, and outputting registration parameters of each frame image of each channel. The above method provides reliable support for the consistency and visualization of solar extreme ultraviolet observation data.

The invention discloses a revolution and rotation structure for vapor deposition and vapor deposition equipment comprising the revolution and rotation structure. According to the embodiment of the invention, the revolution and rotation structure for vapor deposition comprises a bearing disc; the solar disc is arranged on the bearing disc; the at least one planetary plate is arranged on the bearing plate and is positioned on one side of the sun plate; the planetary plate is connected with the sun plate; the first driving device is connected with the bearing disc so as to drive the bearing disc to rotate; when the bearing disc rotates, the planetary disc is driven to revolve; the second driving device is connected with the solar panel so as to drive the solar panel to rotate; and when the sun disc rotates, the planet disc is driven to rotate. According to the revolution and rotation structure for vapor deposition and the vapor deposition equipment comprising the revolution and rotation structure, rotation and revolution of the planetary plate can be accurately controlled.

The utility model discloses all-weather automatic feeding equipment for pigeon breeding, relates to the technical field of feeding devices for pigeon breeding, and aims to solve the problems that a feeding device for pigeon breeding in the prior art is easy to block at a discharge port during automatic feeding and blanking, so that the falling of feed is influenced, and the automatic feeding smoothness is influenced. A mounting frame is arranged on the chassis, a limiting disc is mounted in the mounting frame, and a solar disc is arranged above the limiting disc; the solar panel further comprises an installation disc which is arranged on the upper surface of the limiting disc and the lower surface of the solar panel, fixing buckles are arranged on the front end face and the rear end face of the installation disc, and the number of the fixing buckles is four in total. The rotating shaft is arranged on the upper surface of the chassis, four mounting sleeves are arranged on the surface of the rotating shaft, rotating rods are arranged on the two sides of the four mounting sleeves, and a feeding trough is formed in the front end face of the mounting frame.