2results about How to "Uniform displacement" patented technology

This invention provides a method, device, storage medium, and electronic product for outputting kinematic parameters. The method includes: establishing a digital human finite element model; constructing an output component composed of mesh elements; configuring the output component in the femoral condyle region and the tibial plateau region respectively; associating the master node with shared nodes in the motion control area by calculating the displacement of the master node; defining kinematic parameters related to the knee joint injury mechanism based on the finite element node displacements in the kinematic output area; and obtaining the coordinates of finite element feature points before and after the collision through finite element simulation to calculate the kinematic parameters. The beneficial effects of this invention are that it focuses on parameters related to knee joint injury, breaking through the limitations of traditional methods that rely solely on macroscopic indicators, providing targeted support for injury mechanism analysis and injury severity prediction, and contributing to vehicle structure optimization and pedestrian protection development.

The application discloses a method for combination huff and puff and production allocation of heavy oil reservoirs, and is based on the optimal liquid discharge intensity IL of an oil well under the plane homogeneity condition of the concept model of the one-injection and same-production well group, considers the static condition difference and the dynamic difference after the single well huff and puff for multiple rounds, and obtains the reasonable liquid allocation of each oil well in the one-injection and same-production well group after correction by using the dimensionless permeability, the crude oil viscosity, the injection pressure difference, the well spacing and other correction coefficients, thereby modifying the existing liquid allocation method and realizing the optimal design of the liquid allocation of each well in the well group. The application provides a way for determining the reasonable liquid allocation parameters of the one-injection and same-production development of the heavy oil reservoirs, and can guide the efficient development of the heavy oil reservoirs by the one-injection and same-production. The dimensionless correction coefficient formula constructed by the application has high reliability by comprehensively considering the dynamic and static parameters of the reservoirs, is convenient for calculation, and is more beneficial to the field application of the technical personnel in the mine. By optimizing the liquid allocation of each well in the combination huff and puff, balanced displacement in the well group is realized, and the recovery degree can be improved by 1.6%.