239 results about "Solar flare" patented technology

The present invention generally relates to a system that can be used to form a photovoltaic device, or solar cell, using processing modules that are adapted to perform one or more steps in the solar cell formation process. The automated solar cell fab is generally an arrangement of automated processing modules and automation equipment that is used to form solar cell devices. The automated solar fab will thus generally comprise a substrate receiving module that is adapted to receive a substrate, one or more absorbing layer deposition cluster tools having at least one processing chamber that is adapted to deposit a silicon-containing layer on a surface of the substrate, one or more back contact deposition chambers, one or more material removal chambers, a solar cell encapsulation device, an autoclave module, an automated junction box attaching module, and one or more quality assurance modules that are adapted to test and qualify the completely formed solar cell device.

The invention relates to a laser facula measuring device and a measuring method thereof. The device consists of a DMD micro-mirror array, a digital camera, an exposure control unit and a picture digital processor. The exposure control unit is provided with two output ends which respectively output signals to control the DMD micro-mirror array and the digital camera; and the input end of the picture digital processor is connected with the video signal output end of the digital camera. In the method, DMD micro-mirror array components are utilized, so the characteristics of an incident light path can be changed at different times and in different regions so as to accurately control the exposure process and obtain a laser beam detection image with high dynamic range; and by means of data processing, diameter, ellipticity, position, center, three-dimensional outline, power, and other parameters of the facula can be obtained. As the whole process happens within a short time, the defect that the position and the energy state of the laser facula changes as time goes by can be avoided, and light beam quality of the laser beam can be more accurately measured.

The invention discloses a solar air-conditioning system and a control method thereof. The solar air-conditioning system comprises a solar cell array, a photovoltaic converter and an air-conditioning unit. The photovoltaic converter comprises a booster circuit, a rectification and inversion grid-connected circuit and a control circuit, wherein the booster circuit is used for controlling the solar cell array to output the maximum power through maximum power output control signals, and the rectification and inversion grid-connected circuit is used for switching rectification and inversion grid-connected working states through state switching control signals, so that energy of a public electric network and energy of the solar cell array are used for supplying power to the air-conditioning unit, and the energy of the solar cell array is controlled to be fed back to the public electric network. By the adoption of the solar air-conditioning system and the control method of the solar air-conditioning system, the problems that excessive energy output by a solar cell array in the prior art can not be fed back the power grid and high costs are caused by the adoption of a storage battery are solved, and the effects that the excessive energy of solar power generation is fed back to the power grid, meanwhile, the power grades of an air conditioner are expanded, and the cost is reduced are achieved.

The invention provides an MODIS satellite high-precision monitoring method for chlorophyll-a in a eutrophic lake water body. The method comprises the following steps: screening a chlorophyll-a evaluation index (BNDBI) which is sensitive to the concentration change of chlorophyll-a and not affected by highly suspended matters, thin cloud and solar flares; acquiring the quantitative relationship between BNDBI and the concentration of chlorophyll-a on the basis of biological optical model simulation; acquiring a chlorophyll-a inversion algorithm based on ground measured spectrum (Rrs) and BNDBI by referring to water body spectral information and corresponding water body chlorophyll-a concentration of 2013-2014 lake field monitoring; acquiring the quantitative relationship between the ground monitoring and remote sensing reflectance ratio (Rrs) and Rrc after simulated Rayleigh scattering correction by simulating different aerosol types and thicknesses and different solar elevation angles, satellite observation angles and azimuth angles; and extending the chlorophyll-a inversion algorithm based on ground measured spectrum data to satellite image data after Rayleigh scattering correction. Based on the method, inter-annual and inter-monthly change rules and spatial distribution of chlorophyll-a in a eutrophic lake can be acquired accurately.

The invention relates to a real-time extracting method of satellite remote sensing sea fog characteristic quantity, daytime EOS/MODIS data is used and is read into a raw data file PDS, the difference of sea fog and low cloud on a spectral characteristic is analyzed in two steps that: firstly, the sea fog and the low cloud are separated, and then, the sea fog characteristic quantity is extracted, namely that a three-level identifying method is adopted to orderly filter high cloud, middle cloud, low cloud, a cloudless water body, a solar flare water body, a cloud shadow area, a sea ice and a snow cover, the sea fog detection is established, a sea fog distributing area is obtained, a file which comprises a sea fog detecting result is generated, then, the sea fog characteristic quantity of the optical thickness of a fog area, the effective radius of fog and a liquid water path are calculated according to a formula, and pictures are displayed on a microcomputer. The method not only extracts the sea fog characteristic quantity, but also can calculate the visibility and the fog top height of the fog, consequently, the quantification detection of the sea fog is realized, and a dissipation forecast of the sea fog supplies meteorological information for air safety above the sea, maritime traffic and coastal airport operation.

A method is described for performing model-based optical proximity corrections on a mask layout used in an optical lithography process having a plurality of mask shapes. Model-based optical proximity correction is performed by computing the image intensity on selected evaluation points on the mask layout. The image intensity to be computed includes optical flare and stray light effects due to the interactions between the shapes on the mask layout. The computation of the image intensity involves sub-dividing the mask layout into a plurality of regions, each region at an increasing distance from the evaluation point. The contributions of the optical flare and stray light effects due to mask shapes in each of the regions are then determined. Finally, all the contributions thus obtained are combined to obtain the final computation of the image intensity at the selected point.

The present invention relates to a method for detecting sea fog at daytime and night with polar-orbiting meteorological satellite. The polar-orbiting satellite information is used. The original data file is read into. The medium-high cloud, the clear-air water, the solar flare water, the cloud shadow areas, the sea-ice-snow sheets, non-warm low clouds, warm broken low clouds and wind edges are respectively filtered with a three-stage determining method through comprehensively using the multi-channel optical spectrum information, NDVI index, NDSI index and average month SST in thirty years. The sea fog arrangement areas are obtained and the file comprising sea fog detecting result is generated. Namely the image display can be executed on a microcomputer with GRADS drawing software. The method according to the invention separates the sea fog from low cloud thereby realizing the real-time monitoring of sea fog. Effective meteorological information with real time monitoring is provided for the safe flying over sea surface, marine traffic transportation, seaport and coasting airport operation.

New sol-gel methods can be employed to generate high surface area porous iron (III) oxide-based solids. Chemical reduction of such porous solids at low temperatures allows the preparation of high surface area porous iron with little sintering, with the only byproduct being water. The material is readily pyrophoric and has utility in new decoy flares. The material, prepared by this synthetic route, eliminates the use of hot caustic leaching solutions. It does not require the incorporation of any hazardous materials or processes that are not already used in current production methods.

The invention relates to a solar air-conditioner comprising a U-shaped heat pipe collector, a lithium bromide absorption-type refrigerating machine, a heat storage water tank, a cold storage water tank, a circulation pump, a cooling tower, an air-cooled coil pipe, an auxiliary oil-fired boiler and an automatic control system. The lithium bromide absorption-type refrigerating machine comprises a high-pressure generator, a low-pressure generator, an evaporator, an absorber, a cooling tower, a cooled heat exchanger, a concentrator and a generator pump. Lithium bromide-water separators are respectively arranged in the high-pressure generator and the low-pressure generator. Surfactants are added in refrigerant solution. The solar air-conditioner does not need to consume lots of energy and has low requirement on heat energy, can utilize various low-grade heat energy besides the solar heat sources, and has good electricity saving and energy saving effects and high economic efficiency. The cold capacity regulating range is wide. Along with the change of external load, the unit can carry out stepless regulation on the cooling capacity within the range from 10% to 100%, and during low load regulation, the heat efficiency hardly falls and the properties are stable; therefore, the solar air-conditioner can better adapt to the requirement of variable load.

Electronic light emitting flares and related methods. Flares of the present invention include various features such as self-synchronization, remote control, motion-actuated or percussion-actuated features, dynamic shifting between side-emitting and top-emitting light emitters in response to changes in positional orientation (e.g., vertical vs. horizontal) of the flare; overrides to cause continued emission from side-emitting or top-emitting light emitters irrespective of changes in the flare's positional orientation; use of the flare(s) for illumination of traffic cones and other hazard marking or traffic safety objects or devices, group on/off features, frequency specificity to facilitate use of separate groups of flares in proximity to one another, selection and changing of flashing patterns and others.

A panoramic imaging system includes a convex reflector, a camera, a transparent cylinder for mounting the convex reflector to the camera, and a first radially-oriented planar member positioned in the transparent cylinder between the convex reflector and the camera. A second radially-oriented planar member can be positioned in the transparent cylinder between the convex reflector and the camera. The first and second radially-oriented planar members would preferably lie in perpendicular planes, however, they may lie in non-perpendicular planes. A mirror mount for a panoramic imaging system includes a convex reflector, a transparent cylinder for supporting the convex reflector, means for connecting a camera to the transparent cylinder, and a first radially-oriented planar member positioned in the transparent cylinder between the convex reflector and the camera. A method of reducing unwanted reflections in the panoramic imaging system is also included.

The invention discloses a solar air conditioner and a solar air-conditioning system consisting of the solar air conditioner. The solar air conditioner comprises a solar electrical energy generation unit, a DC-DC converting unit, a main control unit and a variable frequency air-conditioning unit connected in turn, wherein the solar electrical energy generation unit and the DC-DC converting unit are connected to an electric power storage unit together; and the solar air-conditioning system comprises the solar air conditioner and at least one set of additional solar air conditioners. The solar air conditioner and the solar air-conditioning system can invert and transmit redundant electrical energy to the mains supply after the electric power storage unit is charged through a DC-AC inverter, so the solar air conditioner and the solar air-conditioning system are favorable for energy saving and emission reduction of an electric power system. But the solar air-conditioning system can combine a plurality of the solar air conditioners for use, uniformly uses each solar electrical energy generation unit to supply power to the variable frequency air-conditioning unit, or supplies the generated electrical energy to the mains supply by using a uniform electrical power transmission unit.

A first method to compute a phase map within an optical proximity correction simulation kernel utilizes simulated wavefront information from randomly generated data. A second method uses measured data from optical tools. A phase map is created by analytically embedding a randomly generated two-dimensional array of complex numbers of wavefront information, and performing an inverse Fourier Transform on the resultant array. A filtering function requires the amplitude of each element of the array to be multiplied by a Gaussian function. A power law is then applied to the array. The elements of the array are shuffled, and converted from the phasor form to real/imaginary form. A two-dimensional Fast Fourier Transform is applied. The array is then unshuffled, and converted back to phasor form.

A system of surge suppressor units is connected at multiple locations on a power transmission and distribution grid to provide grid level protection against various disturbances before such disturbances can reach or affect facility level equipment. The surge suppressor units effectively prevent major voltage and current spikes from impacting the grid. In addition, the surge suppressor units included various integration features which provide diagnostic and remote reporting capabilities required by most utility operations. As such, the surge suppressor units protect grid level components from major events such as natural geomagnetic disturbances (solar flares), extreme electrical events (lightning) and human-generated events (EMPs) and cascading failures on the power grid.

An optical scanning device includes a deflector that deflects light fluxes emitted from light sources and rotates in a first direction, optical systems that direct deflected light fluxes onto subject surfaces, and a member that prevents a flare beam reflected by one of the optical systems from entering another one of the optical systems. The deflector includes first edges in the first direction and the member includes second edges arranged in a second direction perpendicular to the first direction. The second edges are out of alignment with each other in the first direction so that a first edge does not pass all of the second edges simultaneously.

A method for measuring recession in a wafer undergoing an asymmetrical ion mill process. The method includes the formation of first and second reference features and possibly a dummy feature. The reference features are constructed such that the location of the midpoint between them is unaffected by the asymmetrical ion mill. By measuring the distance between a portion of the dummy feature and the midpoint between the reference features, the amount of recession of the dummy feature can be measured. The measurement can be used to calculate the relative location of the flare to the read sensor rear edge through overlay information. The reference features can be constructed as a pair of isosceles triangles with apexes that face one another. By keeping the angles of the sides of the features steep (ie. nearly parallel with the direction in which the ion mill is asymmetrical) the amount of material consumed on each of the reference features is substantially equal and the midpoint between the reference features is substantially stationary.

A method and apparatus for compensating for flare intensity variations across an integrated circuit. A layout description for a physical layer of an integrated circuit or portion thereof is divided into a number of regions such as adjacent tiles. An estimate of the flare intensity in each region is determined. The flare intensity values calculated are divided into a number of ranges. In one embodiment, a data layer in a layout description is defined for each range of flare values computed. Features to be printed in an area having a flare value in a particular range are associated with a corresponding additional data layer. The features associated with each additional data layer are analyzed with a resolution enhancement technique that is selected or adjusted to compensate for differing flare values occurring in the integrated circuit.

Through use of a line pattern which becomes a pattern under measurement and a zone pattern in a zonal shape which becomes a flare causing pattern forming a light transmission region which surrounds the line pattern and causes local flare to occur on the line pattern, the effect of the local flare due to the zone pattern on the line pattern is measured as a line width of the line pattern for evaluation. Further, this measurement value is used to compensate the effect of the local flare on each real pattern.