7results about How to "Have space" patented technology

The invention provides a foundation pit inclinometer depth positioning method based on magnetic field feature matching, and relates to the technical field of foundation pit horizontal displacement monitoring, and the method comprises the steps: controlling an inclinometer to move in an inclinometer pipe, and synchronously collecting IMU data, three-axis magnetic field data and odometer data which are marked at unified time; fusing the IMU data and the odometer data by adopting a filtering algorithm to obtain a motion state estimation sequence of the inclinometer; performing spatial resampling on the three-axis magnetic field data based on the odometer data, converting the three-axis magnetic field data into a magnetic field feature sequence distributed along the mileage direction, and matching the magnetic field feature sequence with a pre-constructed background magnetic field feature database to obtain a matched mileage value; and associating the motion state estimation sequence of the inclinometer with the matched mileage value, recalibrating the accurate depth coordinate of each deformation point of the inclinometer by taking the matched mileage value as a unified depth reference, and calculating the deformation quantity of the same depth position in different periods.

This invention discloses an image display method, apparatus, vehicle-mounted display screen, and device, relating to the field of display technology. The method includes: acquiring user interaction commands generated on the vehicle-mounted display screen; generating display information for each first pixel based on the interaction commands; parsing the display information to obtain projection parameters for each projection beam; projecting the corresponding projection beam onto the vehicle-mounted display screen according to the projection parameters to obtain each second pixel; and forming an interactive interface based on all the second pixels. The vehicle-mounted display screen includes a hemispherical or super-hemispherical display carrier, a touch electrode layer covering the outer surface of the display carrier, and a diffraction film layer covering the inner surface of the display carrier. User interaction commands are obtained based on the touch electrode layer, and the diffraction film layer is used to diffract the projection beam to form second pixels. The interactive interface display method of this invention can present the user in a more intuitive, vivid, and private way.

The application discloses a groundwater source comprehensive environmental risk assessment method based on risk control mechanism effectiveness, relates to the field of environmental science and engineering technology, and comprises the following steps: based on the regional comprehensive environmental risk assessment demand, reconstructing the minute-level time sequence by using the global emission record, extracting the synchronous fragment of the energy release peak and the chemical reaction peak, and generating the time peak index list; according to the time peak index list, fusing the wind field data, the flow field data and the thermal field trajectory information, and constructing the multi-dimensional interference spectrum of the peak superposition region. Through the construction of the time peak index list and the multi-dimensional interference spectrum, the application realizes the dynamic perception and early identification of the regional environmental risk, accurately reveals the coupling characteristics of the energy and the chemical process, and through the frequency division breathing phase inversion regulation, the pulse bypass discharge and the cooling infiltration cooperation, the energy release process can keep dynamic balance, the risk resonance amplification can be prevented, and the regional protection and control efficiency can be improved.

The optical module disclosed herein includes a circuit board, a substrate, a laser, an optical modulation chip, and a fiber array. The substrate surface is prone to rusting; therefore, a protective layer can be formed on the substrate surface. A first connecting plate is provided between the substrate and the fiber array. A first thermosetting interface layer is formed between the bottom surface of the first connecting plate and the protective layer, and a first photocurable interface layer is formed between the top surface of the first connecting plate and the fiber array. The first thermosetting interface layer increases the interfacial bonding energy between the protective layer and the first connecting plate, thereby increasing the adhesion between the substrate and the first connecting plate. The first photocurable interface layer is formed by low-temperature curing, thereby preventing the fiber array from deforming due to high temperatures. The first photocurable interface layer has a low shrinkage rate, preventing the fiber array from deforming due to stress, thereby reducing the optical path offset of the fiber array. The bottom and top surfaces of the first connecting plate form different interface layers, satisfying both the adhesion between the connecting plate and the protective layer and ensuring that the fiber array has a low optical path offset.

This application relates to the field of printed circuit board technology, and in particular to a high-precision micro-blind via processing method for optical modules. The method includes: acquiring the stack-up structure information of the substrate of the optical module to be processed, the position of the target conductive layer, and the micro-blind via design requirements; establishing a target via digital template corresponding to the via position to be processed; performing pre-forming rough processing based on the target via digital template while simultaneously acquiring online feature signals; identifying material layers and determining the remaining thickness state based on the online feature signals; switching to a low-damage interlayer transition processing state when entering the target termination region; comparing the actual via information with the target via digital template to generate a compensation control quantity; performing fine-tuning processing based on the compensation control quantity to complete the micro-blind via termination depth control and via shape correction, and performing post-processing corresponding to the via wall quality state. This application solves the problem that it is difficult to simultaneously achieve ideal conditions for via depth endpoint control and via shape consistency during micro-blind via processing.

This invention provides a Transformer-based multimodal indoor 3D scene understanding method. Based on a newly proposed multimodal indoor 3D scene understanding mechanism, it combines geometric structural information from the 3D scene with semantic constraints from natural language to effectively filter and enhance the features of question-related targets. Furthermore, a unified network enables the joint output of semantic understanding and spatial localization within the indoor scene, thereby improving the accuracy and robustness of indoor 3D scene understanding. This addresses the problems in existing technologies, such as the difficulty of 3D detection models in understanding natural language semantics, the difficulty of 2D question-answering models in utilizing 3D spatial structural information, and the insufficient correlation between targets and text in existing sequential solutions.

The utility model discloses an environment-friendly composite plastic drainage plate, which relates to the technical field of plastic drainage plates and comprises a drainage plate and a support component, the drainage plate consists of a base plate and a conical boss, and when the conical boss is distributed upwards, the support component is used for providing auxiliary support for filter geotextile laid at the top of the conical boss. By arranging the supporting assemblies, when the conical bosses are distributed upwards, the connecting transverse strips can provide auxiliary supporting for the filter geotechnical cloth, the sinking phenomenon of the filter geotechnical cloth can be effectively reduced, and when the filter geotechnical cloth sinks, a latticed structure formed by the connecting strips shaped like the Chinese character'shan 'and the supporting transverse strips can provide supporting for the sinking filter geotechnical cloth, so that the filter geotechnical cloth is prevented from falling off. And the sinking filter geotextile is prevented from being in contact with the base plate, so that a space is still formed between the sinking filter geotextile and the base plate, and the drainage channel is kept in an unblocked state.