61 results about "Conversion procedure" patented technology

The method provides a new fluid simulation technique that significantly reduces the non-physical dissipation of velocity using particles and derivative information. In solving the conventional Navier-Stokes equations, the method replace the advection part with a particle simulation. When swapping between the grid-based and particle-based simulators, the physical quantities such as the level set and velocity must be converted. A novel dissipation-suppressing conversion procedure that utilizes the derivative information stored in the particles as well as in the grid points is developed. Through several experiments, the proposed technique can reproduce the detailed movements of high-Reynolds-number fluids, such as droplets / bubbles, thin water sheets, and whirlpools. The increased accuracy in the advection, which forms the basis of the proposed technique, can also be used to produce better results in larger scale fluid simulations.

A distributed computing system having a plurality of computers different from each other in performance, load, and type, uniformly manages local priority schemes adapted in the respective computers by utilizing the concept of “urgency” or “time limit”. Each of the computers includes a priority level conversion procedure for performing a conversion between an urgency level and a priority level of processing in accordance with the performance and the load of the computer, and a priority level changing procedure for changing a priority level of a program, which executes the processing, in accordance with a priority level indicated by the priority level conversion procedure.

The invention discloses a water bucket type wave motor. The water bucket type wave motor comprises a rotor and water buckets, wherein the rotor is cylindrical or annular, the water buckets are evenly distributed at the external circle of the rotor in the peripheral direction, each water bucket is of a water tank structure, openings of the water buckets are sequentially arranged along the periphery, the axis of a rotor shaft is slightly higher than the water surface and is parallel with the water surface, and the axis of the rotor shaft is roughly parallel with the bank. A one-way valve is installed on the lateral wall of each water bucket and corresponds to the opening of the corresponding water bucket, water can only enter through each one-way valve, and a water outlet is near the outer side of the bottom surface of each water bucket. Each water bucket is simple in structure, low in manufacturing cost and high in reliability. Due to the fact that the water bucket type wave motor directly collects and utilizes the potential energy of waves and floating force of water to drive the water buckets on the rotor to move for power generation, the wavy energy does not need a middle conversion procedure, and the utilization rate is high. If the geometric size of each water bucket is designed to be small, small broken waves can also be utilized.

A touch processing method and system using a GUI image, the method including the steps of: reading a sensed data array from a touch panel; performing a conversion procedure on a GUI to generate a GUI image; and performing a touch processing procedure according to the sensed data array and the GUI image.