53results about How to "In-depth analysis" patented technology

The invention discloses a distributed-type cardiovascular system simulation model. The distributed-type cardiovascular system simulation model is characterized by comprising a cardiac four-cavity sub-model, a pulmonary circulation sub-model, a blood vessel network sub-model, a reflection control sub-model and a vein collapse sub-model, the cardiac cavity sub-model is provided with a left ventricle connected with a left atrium and a right ventricle connected with a right atrium, the left ventricle and the right ventricle drive systemic circulation and pulmonary circulation, the blood vessel network sub-model comprises an arterial system, a peripheral circulation system and a venous system which are connected sequentially, an input end of the arterial system is connected with an output end of the left ventricle, an output end of the venous system is connected with an input end of the right ventricle, the vein collapse sub-model is connected with another input end of the venous system, an output end of the arterial system is connected with the reflection control sub-model through a carotid artery, and the reflection control sub-model controls blood pressure fluctuation of a model system through heart rate and heart contractility effectors arranged on the cardiac four-cavity model and arterial resistance, venous volume and vascular tone effectors arranged in the blood vessel network model.

The invention discloses a measuring device and a measuring method for the beam spot performance of an electron gun. The measuring device comprises a charge control electron gun, a precision displacement platform, a Faraday cup, a picoammeter and a computer. Based on the measurement of the Faraday cup pinhole scanning, the important parameters of the electron beam spot performance such as the beam spot diameter, the beam spot distribution map, and the electron beam divergence angle are obtained, so as to realize a comprehensive, accurate and in-depth analysis of the electron beam spot. Furthermore, it can accurately judge whether the electron beam generated by the electron gun meets the requirements of use, and play a guiding role in the structural design optimization, installation and debugging of the electron gun.

The invention discloses a rock biaxial compression blasting design method. The method comprises the following steps: step S1: obtaining the basic mechanical parameters of the rock; Theoretical modeling of the dynamic mechanical response; step S3: the rock mass under the condition of plane strain and plane stress is subjected to uniform horizontal confining pressure P x and vertical confining pressure P y During the action, use the classic Kirsch method to calculate the static stress distribution around the blast hole; Step S4: Under the plane strain condition, when the inner wall of the blast hole is subjected to the blast load, use the Laplace transform method to solve the dynamic response of the blast hole; solve The problems of the lack of theoretical basis, design guidance of experimental parameters, heavy workload and confining pressure loading method are easy to damage rock samples in previous testing methods.

The invention discloses a signaling flow analysis method. The method comprises steps that: a signaling acquisition step, a signaling pre-processing step, a signaling flow analysis step, a state machine editing step, a script editing step and a script interpreting step; a signaling flow analysis system is further disclosed, the signaling flow analysis system comprises a signaling acquisition module, a signaling pre-processing module, a signaling flow analysis module, a state machine editing module, a script editing module and a script interpreting module. The signaling flow analysis steps or modules are in combination with a customized state machine of an lua script to realize signaling reception, signaling analysis and signaling calculation, and a final state of the customized state machine is taken as an analysis result which is outputted to one application for use.