285 results about "Mixed approach" patented technology

To mix first and second digital image data at a ratio defined by pixel-unit mixing-ratio information, mixing-ratio information is embedded, in each of pixel data formed from a plurality of bits in the first digital image data, as information of more than one bit in the pixel data. The mixing-ratio information is extracted from the first digital image data. The first and second digital image data are mixed at the ratio defined by the extracted mixing-ratio information. Thus, images can be mixed together with the α blending technique without having to use any special memory such as the α memory.

The invention provides a mixing method of movement authorities during train zone switching. The mixing method comprises mixing of movement authorities of a transfer ZC (Zone Controller) and mixing of movement authorities of a takeover ZC; the movement authority mixing mode is based on a co-administration zone idea, the state of mixed MA (Movement Authority) wayside equipment is determined by combining the MA1 calculated by the transfer ZC and the MA2 calculated by the takeover ZC after the MA mixing destination is determined, so that the state change of the equipment in the co-administration area can be monitored in real time when the transfer ZC and the takeover ZC calculate corresponding mixed MAs, and therefore the response time of a system on equipment fault is prolonged; and the MA of the transfer ZC and the MA of the takeover ZC, which are generated for a train, are consistent, so that the situation that the train is suddenly decelerated, even emergently braked is avoided, and therefore the system safety is ensured.

A fluidic micromixer comprises a plurality of fluid inlets in communication with a mixing chamber, the plurality of fluid inlets being adapted to introduce into the chamber a corresponding plurality of distinct fluid streams. The mixing chamber comprises at least one surface patterned to define hydrophobic and hydrophilic regions spaced apart along a principal direction of fluid flow within the chamber from the fluid inlets to a fluid outlet, the regions being adapted to induce fluid flow in a direction transverse to the principal direction of fluid flow to mix the fluid streams. At least one of the hydrophobic regions may comprise microstructures patterned on the at least one surface. Also disclosed are a method for fabricating the micromixer, a method of mixing a plurality of fluid streams by vortex mixing or instability mixing, and a system comprising the micromixer, fluid reservoirs and a pump for generating flow of fluids from the reservoirs to the micromixer.

The present invention relates to a vehicle mountable satellite antenna as defined in the claims which is operable while the vehicle is in motion. The satellite antenna of the present invention can be installed on top of (or embedded into) the roof of a vehicle. The antenna is capable of providing high gain and a narrow antenna beam for aiming at a satellite direction and enabling broadband communication to vehicle. The present invention provides a vehicle mounted satellite antenna which has low axial ratio, high efficiency and has low grating lobes gain. The vehicle mounted satellite antenna of the present invention provides two simultaneous polarization states. In one embodiment, a hybrid mechanic and electronic steering approach provides a more reasonable cost and performance trade-off. The antenna aiming in the elevation direction is achieved via control of an electronic beamforming network. The antenna is mounted on a rotatable platform under mechanical steering and motion control for aiming the antenna in the azimuth direction. Such approach significantly reduces the complexity and increases the reliability of the mechanical design. The antenna height is compatible to the two-dimensional electronic steering phased-array antenna. Additionally, the number of the electronic processing elements required is considerably reduced from that of the conventional two-dimensional electronic steering phased-array antenna, thereby allowing for low cost and large volume commercial production. The present invention provides electronically generated left, right, up, and down beams for focusing the antenna beam toward the satellite while the vehicle is moving. All of the beams are simultaneously available for use in the motion beam tracking. This provides much faster response and less signal degradation.

The invention discloses a spectrum optimization technical method for a high-performance four-chip LED, which comprises: step 1: executing a four-chip LED spectrum light color mixing method; step 2: carrying out spectrum synthesis chromaticity selection of the four-chip LED; step 3: optimizing the lighting effect of the four-chip LED; step 4: optimizing the color rendering of the four-chip LED; step 5: optimizing the radioluminescence efficiency of the four-chip LED; step 6: optimizing the mesopic vision radiant efficiency of the four-chip LED; step 7: optimizing the photobiomodulation of the four-chip LED; and step 8: carrying out comprehensive performance optimization on the radioluminescence efficiency, mesopic vision radiant efficiency and photobiomodulation of the four-chip LED. According to the spectrum optimization technical method for the high-performance four-chip LED, not only can performance on a certain aspect of a four-chip LED light source be optimized, but also the integral performance can be optimized; and meanwhile, a plurality of single-chip LEDs can be optimized to select chips applicable to synthesis of the four-chip LED.