5results about How to "Offset error" patented technology

This invention provides a bus with a battery compartment bottom collision protection structure. The bus includes a frame, a battery compartment mounted on the frame, and a collision protection structure installed at the bottom of the battery compartment. The collision protection structure includes a bottom protection structure fixed to the frame, a bottom protection plate, and a reinforcing protection structure located above the bottom protection structure. The reinforcing protection structure includes multiple reinforcing beams arranged at intervals, with the ends of the reinforcing beams fixed to the frame. Adjacent reinforcing beams form accommodating spaces for the corresponding portions of the bottom protection plate to deform upwards. The battery compartment bottom collision protection structure provided by this invention enters the corresponding accommodating spaces when deformed under stress, thus preventing compression of the battery compartment bottom. This effectively solves the technical problem in the prior art where the battery compartment bottom protection structure deforms under stress, causing battery damage.

The utility model discloses a curtain wall across middle support relates to building outer dress technical field, and curtain wall across middle support includes board groove formula embedded part, fixed support and fixed hanger, and board groove formula embedded part part sets up in the concrete precast slab, and is outwardly extended with the mounting bolt, and the fixed support is connected in the mounting bolt and is locked through the nut, and the fixed hanger is connected in the side wall of fixed support, and the width direction interval of fixed hanger is equipped with first installation hole and second installation hole, and first installation hole is used to wear fixed bolt and connects fixed support, and second installation hole is used to wear fixed bolt and connects the installation stand, and the distance of fixed hanger relative to the concrete precast slab can be adjustable adjustment to adjust the position of installation stand.

The utility model discloses a plate type spare visual inspection module, including track board and two detection units, the detection unit includes two set up on the track board's light supplementing lamp, sets up the portal frame on the track board and two rotation connection on the portal frame's U type frame, the U type frame rotation connection has the camera in, be provided with two bending plate on the U type frame, be provided with second screw hole on the bending plate, second screw hole thread connection has second adjusting screw, two second adjusting screw's end part respectively with the both sides of camera are opposite. Camera can carry out horizontal and longitudinal translation adjustment and rotation adjustment, offset the error that appears in camera installation and use process, guarantee the accuracy of visual inspection. Through the axial sliding of first adjusting screw and second adjusting screw fine adjustment, enlarge the displacement of adjustment, thereby make fine adjustment more convenient and accurate.

This application provides a method and system for detecting antibiotic pollution in water bodies based on spectral characteristics, belonging to the field of water environment monitoring and analysis technology. First, this application simultaneously acquires the surface-enhanced Raman spectrum and redox potential time-series data of the water sample to be tested. Next, the ratio of the characteristic peak intensities of the target antibiotic is extracted from the spectrum to generate a first feature set. Simultaneously, wavelet packet decomposition is performed on the potential data, and energy entropy is calculated to construct a second feature set. Subsequently, the two feature sets are concatenated, and a mutual information maximization algorithm is used to filter out the target feature subset highly correlated with concentration. Finally, using a support vector projection regression model trained based on a structural risk minimization mechanism, and through kernel function mapping and hyperplane projection operations, the accurate detection of the target antibiotic concentration in the water sample is achieved. This application improves the anti-interference capability and quantitative accuracy of antibiotic detection in complex water body backgrounds.

This invention relates to the field of spatial information data processing technology. It discloses a method and system for remote sensing intelligent identification and visualization management of airport airspace. The method includes acquiring remote sensing data of the airspace and facility occlusion data; firstly, constructing a data missing topology set to explicitly label local missing data caused by dynamic occlusion; then, performing three-dimensional topological reconstruction on the airspace remote sensing data to generate incomplete area prediction information; spatially filling boundary breaks; extracting boundary spatial coordinates based on the incomplete area prediction information; constructing an initial boundary model and calculating boundary consistency parameters based on the airspace remote sensing data; generating boundary consistency constraint information; optimizing the initial boundary model based on these constraints to obtain an optimized boundary model; and calculating the aircraft flight path safety distance in real time. This improves the real-time boundary monitoring accuracy of the airspace under conditions of occlusion and limited three-dimensional boundary structure consistency.