10results about How to "Eliminate limitations" patented technology

This invention discloses a method and system for quantifying the color discrimination ability of both natural and artificial light sources. The method first measures the spectral power distribution of the light source to be evaluated. S ( l The illuminance E was then calculated; subsequently, the neutrality index of the light source was calculated in a uniform color space. S neutral The continuous color difference index (SCD) is calculated based on the chromaticity values ​​of a set of continuous color samples in a uniform color space; a segmented illuminance correction function is output according to the illuminance range; finally, the neutrality index is... S neutral The continuous color difference index (SCD) and illuminance correction function are uniformly input into a preset light source color discrimination capability quantification model G to calculate a comprehensive evaluation value. This invention comprehensively quantifies color discrimination capability from three dimensions: spectral characteristics of the light source, neutrality, and illuminance level. It effectively solves the technical problems of existing models failing to represent the spectrum under natural light and being unable to accurately quantify the nonlinear visual response of the human eye under extremely large illuminance spans.

The utility model discloses a kind of medicine applying devices for gynaecology vaginitis, belong to gynaecology medical instrument technical field, a kind of medicine applying device for gynaecology vaginitis, including push plate, push plate front end is fixedly connected with medicine applying structure, medicine applying structure inside is threadedly connected with injection structure, push plate rear end is fixedly connected with limit ring, push plate inner surface and limit ring inner surface are threadedly connected with push structure, it is cooperated by medicine applying structure and push structure, when gynaecology doctor treats vaginitis patient, capsule, tablet and powder drug can be quickly sent into patient vagina, complete medicine applying, by injection structure and medicine applying structure and push structure cooperation, so that device can also complete liquid medicine applying, eliminate limitation, by push structure, so that the controllability of device is higher, can effectively avoid to cause harm to the inside of patient's vagina, can realize the function of convenient liquid medicine and high operating precision, improve the practicality of device.

The application relates to the technical field of artificial intelligence, and discloses a highway side slope deformation intelligent identification and prediction system based on space-air-ground stereoscopic monitoring, which comprises a space-air-ground stereoscopic monitoring module, a data fusion processing module, an intelligent identification module, a deformation prediction module and a central control module; the space-air-ground stereoscopic monitoring module cooperatively collects side slope deformation data by using multi-source heterogeneous sensors, including space satellite remote sensing data, sky unmanned aerial vehicle aerial photography data and ground Internet of Things sensor data, realizes all-weather and multi-scale monitoring of side slope surface displacement, internal stress, crack expansion and environmental factors, guarantees the comprehensiveness and real-time performance of the monitoring data, and eliminates the limitations of a single data source; the data fusion processing module performs space-time registration, denoising and normalization processing on the multi-source monitoring data, guarantees the accuracy and reliability of real-time deformation risk diagnosis, and reduces the false alarm rate.

The invention relates to the technical field of tunnel engineering, and discloses a tunnel soft rock large deformation assessment method based on multi-source parameter analysis, and the method comprises the steps: firstly constructing an assessment model based on a grey clustering theory, and carrying out the preliminary risk classification of tunnel surrounding rock; after a tunnel face is revealed through tunnel excavation, apparent characteristic data are quantitatively collected, a comprehensive score is calculated, and an apparent large deformation level is determined; meanwhile, a BP neural network model optimized through a particle swarm optimization algorithm is utilized, and the cumulative deformation of the surrounding rock is predicted based on multi-source input parameters; calculating a strength-stress ratio by combining ground stress and rock mass strength data actually measured on site, verifying and correcting the preliminary grade, and determining a final comprehensive large deformation grade; and finally, mapping the grades into support parameters, and executing dynamic adjustment based on monitoring data. According to the method, through the fusion of theoretical calculation, field quantitative scoring and intelligent prediction, accurate judgment and closed-loop control of large deformation of the soft rock are realized, and the construction risk is effectively reduced.

This invention discloses a weightlessness simulation exercise aid device, relating to the field of fitness equipment technology. Specifically, it includes: a support part; a frame for fixing the fitness equipment, and a third movable frame that can move freely in the XY plane is provided inside the frame. The support part is slidably mounted on the third movable frame along the Z direction, and a floating lifting cylinder is provided inside the third movable frame to inhibit the sliding of the support part. This weightlessness simulation exercise aid device separates the weightlessness aid from the fitness equipment, allowing the fitness equipment to be used independently in space. The weightlessness aid part can be used to verify the performance of other space fitness equipment. Moreover, by using a floating support part, it can meet the needs of users to exercise in positions other than lying down, thereby solving the problem of limited usage scenarios.

According to the knowledge retrieval method and device based on multi-path recall, the target query statement of the user is expanded, rewritten and split through the first large language model so as to form the multiple candidate query statements under the same semantics, problem rewriting is achieved, retrieval elements can be refined, and the accuracy of recall results can be improved. Multi-path content retrieval is adopted, vector retrieval and ES retrieval are adopted at the same time, database data of ES retrieval are updated in real time, the problem of knowledge limitation can be eliminated, delay is reduced, and information integrity is guaranteed. A Rerank model or a double-tower model is introduced to score and sort the first type of query results and the second type of query results which are recalled preliminarily, the query results with the higher score are selected to be integrated and supplemented by a second large language model, natural language reply aiming at the target query statement is generated, the accuracy and integrity of the final knowledge retrieval result are improved, and the query efficiency is improved. And the double-tower model can be iteratively updated according to user feedback, so that the user satisfaction is ensured.

This invention discloses a method and system for assessing the risk of black soil erosion based on erosion and degradation, belonging to the field of black soil erosion assessment technology. The method includes acquiring high-resolution soil structure tomography images of the target black soil region, long-term climate and hydrological time-series data, digital models of surface micro-topography, and historical land use change vector maps. The soil structure tomography images are analyzed for pore connectivity, and the soil aggregate destruction index and vertical fracture development density are extracted. Effective rainfall erosivity factors and seasonal freeze-thaw cycle intensity factors are calculated, and surface disturbance intensity layers are generated by fusing micro-topography and land use change data. Multiple parameters are input into a coupled model of the black soil erosion process, and erosion and degradation risk distribution maps under different future scenarios are generated through spatial iterative calculations. This method refines the characterization of black soil microstructure and surface composite disturbance features, improving the precision and scenario adaptability of black soil erosion risk assessment.

A kind of double position radial fracture test system of safety pull-off valve for petrochemical industry, the middle part of the upper end of the chassis is provided with high-frequency high-pressure pulse air gun moving along the upper end between right end support assembly and left end support assembly, left end support assembly is connected with pressure increasing device, the shooting port of high-resolution image measurement and simulation optimization analysis system moves along the upper end between right end support assembly and left end support assembly, and safety pull-off valve to be measured is arranged between the upper end of right end support assembly and left end support assembly.The main advantages are: high-precision, high-resolution full-strain or instantaneous deformation fracture measurement is realized, the instantaneous shear fracture process of safety pull-off valve under sudden dragging process is accurately and effectively simulated and measured, the degree of automation is high, the measurement and analysis precision is high, the detection timeliness and accuracy are improved, the detection cost is reduced, and the product safety and quality are improved.

The invention discloses a high-voltage equipment foundation condensation prevention and control system based on two-dimensional humidity monitoring intelligent linkage ventilation and a control method thereof.The system comprises a main box body, a bimodal humidity monitoring unit used for detecting the temperature, humidity and water vapor concentration in the main box body, and a dynamic ventilation assembly used for outward ventilation of the main box body; the active condensation suppression device is used for feeding external air into the main box body and can heat the air; according to the method, an intelligent decision center module of a bimodal humidity monitoring unit judges a current state according to temperature and humidity data and water vapor concentration data, and if the current state is a normal state, a dynamic ventilation assembly is controlled to operate at a low speed to achieve natural ventilation from a main box body to the outside; if the current state is a condensation early warning state, the dynamic ventilation assembly is controlled to operate at a medium speed, and the active condensation suppression device is controlled to supply fresh air into the main box body; and if the condensation risk state is judged, controlling an electric heating wire to heat so as to raise the temperature of air in the main box body.

The application discloses a new method for diagnosing shape quality of cold continuous rolling based on causal analysis, which comprises the following steps: reconstructing an attractor manifold according to two features in a same system to obtain a state space; reconstructing an attractor manifold again according to a feature time delay; finding a nearest neighbor point and calculating a nearest neighbor estimation; defining a CME score formula, calculating a CME score, judging whether the CME score converges to a constant or not, and if the CME score converges to a constant, it is indicated that a causal relationship exists between the two features. The application of the diagnosing method to diagnosing shape quality of cold continuous rolling can effectively monitor shape quality abnormality.