6results about How to "Data results are reliable" patented technology

The invention discloses a method for monitoring the bonding slip performance and deterioration evolution of an interface in a combined member, and the method comprises the following steps: carrying out the degreasing cleaning pretreatment of a section with relatively high rigidity in a to-be-detected combined member, and obtaining a pretreated section; distributed optical fiber sensors based on Rayleigh scattering are arranged on the surface of the pretreated profile in the direction of measured cohesive force; bonding the profile on which the distributed optical fiber sensors are arranged with a to-be-detected matrix through an adhesive to prepare a combined component; a uniaxial tensile test is conducted on the combined component, distribution and evolution of steel bar strain in the test process are recorded through a distributed optical fiber sensor, distribution and evolution of the bond-slip relation are obtained, the local bond-slip relation can be researched, and the applicability and precision of a bond-slip model are improved; before uniaxial stretching, working conditions are applied to the composite structure to degrade the structure, and the influence of degradation on the bonding performance of the composite structure can be evaluated.

The invention relates to the technical field of automobile safety tests, and provides an animal dog target object for automobile active safety function testing, the animal dog target object is used for automobile safety testing, a simulation dog is provided with a body and legs, the side face of the body of the simulation dog is provided with an inclined face used for receiving automobile collision, and the inclined face inclines towards the ground and is an arc-shaped protrusion; the end away from the leg extends to the end close to the leg, and the width of the inclined face is gradually reduced. By means of the technical scheme, the problems that in the prior art, a model is prone to damage due to impact, durability is low, testing cost is increased, and the model needs to be replaced frequently are solved.

The invention provides a black shale Carius pipe complete sample dissolving method which comprises the following steps: weighing a black shale sample, adding the black shale sample into a sample dissolving tank, adding HF into the sample dissolving tank, and standing to dissolve the sample to obtain a pre-dissolved solution; the pre-dissolved solution is heated, HCl is added for acid removal when the pre-dissolved solution is heated to be nearly dry, and acid removal is repeated for multiple times so that HF can be removed; adding HCl into the pre-dissolved solution after acid removal, completely transferring the pre-dissolved solution into a Carius tube, adding a mixed diluent and a sample dissolving reagent into the Carius tube, and carrying out Carius tube sealing and complete sample dissolving to obtain a sample dissolving solution; separating Re and Os in the sample dissolving solution by adopting a direct distillation method; and enriching and purifying Re in the distillation residual solution and Os in the distillation absorption liquid to respectively obtain a to-be-measured Re sample and an Os sample. According to the method, it is guaranteed that Re and Os are almost not lost, and meanwhile complete sample dissolving of organic matter-rich sedimentary rock samples such as black shale is effectively achieved.

The present application discloses a method for continuously cutting three-dimensional entity and exporting volume in CAD, which is used to solve the problems in the calculation of volume curve drawing in the design of pumped storage power station. The method uses AutoLISP plug-in to cut and export volume data of AutoCAD three-dimensional entity according to elevation. The method mainly uses AutoCAD built-in Autolisp / Vlisp language to edit a plug-in, which has the function of quickly calculating and exporting layered volume according to the input start cutting elevation and cutting step parameters. The present application provides a simple, efficient, accurate and reliable method for the calculation of volume curve drawing in the design of pumped storage power station. The present application has been used in the preliminary design of several pumped storage power stations, and the technical effect is good.

The utility model relates to the technical field of soil sampling, and discloses a fixed-depth digger for outdoor soil detection sampling, which comprises a mounting plate and a sampling head, four corners of the mounting plate are respectively connected with a positioning structure for preventing shaking, the middle of the mounting plate is provided with a rectangular hole, two sides in the rectangular hole are respectively provided with a sliding structure with a sliding plate in a sliding manner, and the sampling head is arranged in the rectangular hole. The sliding plate on one side is connected with a lifting structure I, the lifting structure I is connected with an auger for punching soil, the sliding plate on the other side is connected with a lifting structure II, the lower surface of the lifting structure II is connected with a sampling head, and the lifting structure II is connected with a graduated scale for measuring the extension amount. The soil sampler has the advantages that soil at multiple depths is prevented from being mixed, and fixed-depth sampling can be realized.

The present invention discloses a method for detecting oxidative free radical absorption capacity, which is based on FLIPR-TETRA real-time fluorescence detection technology, and utilizes the fluorescence decay produced by AAPH oxidant contained in sodium fluorescein, and with the aid of water-soluble vitamin E antioxidant, establishes an oxidative free radical absorption capacity (ORAC) detection model; performs ORAC detection on the test agent and antioxidant, and directly derives the area under the fluorescence curve of each well using ScreenWorks™ system software in the FLIPR-TETRA detection system; establishes antioxidant concentration, test agent concentration-net area standard curve, and judges the antioxidant capacity of the test agent by the ratio of the net area of ​​the antioxidant at the same concentration. The present invention is based on FLIPR-TETRA technology, can realize whole plate loading and whole plate detection, avoids errors in the operation process, is simple to extract whole data, reduces the time of data processing, and has reliable detection results.