9results about How to "Achieve seamless integration" patented technology

This invention relates to the field of wine cabinet technology, specifically to an island wine cabinet with an independent island structure and at least two doors on the side walls opening in different directions for convenient multi-directional access. Its direct cooling and heating circulation system switches the refrigerant flow direction via a four-way valve, enabling the same system to switch between cooling and heating modes. The top functional module and the direct cooling and heating circulation system are electrically and signal-connected to the cabinet via quick-plug interfaces, forming a modular, pluggable structure. The intelligent control system monitors the chamber temperature through temperature sensors, and the main control unit dynamically adjusts the operating power of the top functional module and the direct cooling and heating circulation system accordingly, achieving coordinated operation. Compared with existing technologies, this invention integrates professional temperature control, multi-directional access, modular expansion, and coordinated control, realizing the fusion of wine storage, cooking, and social scenarios, significantly improving space utilization, ease of use, functional customization capabilities, and energy efficiency.

The invention discloses an airport pavement surface layer plate design method and system and a readable storage medium, and relates to the field of airport pavements, in the method, firstly, a block design parameter dictionary and design data are read to obtain a block design base, then point-line construction and seam line preprocessing are carried out by adopting a half-side data structure, and an airport pavement surface layer plate is obtained; and carrying out region segmentation and surface layer information assignment through an anticlockwise minimum region half grid method, then carrying out reinforcement design on underground pipelines, a filling and excavation boundary line passing region and a special-shaped region, and finally generating a three-dimensional model and assigning attribute information. According to the method, the associated configuration of the design parameters, the intelligent judgment of the reinforcement scheme and the seamless integration of the design data and the three-dimensional model are realized, and the design efficiency and accuracy are effectively improved.

The application discloses a kind of based on digital human segmentation MRI image splicing and fusion method, comprising: the MRI data of different parts of human body obtained by nuclear magnetic resonance scanning is first registered after being preprocessed such as noise reduction, using the resolution, orientation etc. of reference image and floating image after registration, further realize the transformation of floating image between image coordinate system and world coordinate system, simultaneously based on trilinear interpolation interpolation and operation in the above spatial transformation process.The application realizes the seamless fusion of the three-dimensional image to be spliced in high and low frequency direction, effectively utilizes image high and low frequency component information.The application not only simplifies the two-stage image splicing and fusion process of traditional splicing method, i.e.fusing overlapping area first and then splicing non-overlapping area, and greatly improves the overall splicing and fusion accuracy of segmented MRI data.

This invention provides a method, device, and electronic device for simulating hydraulic muscles based on the MuJoCo physics engine, belonging to the field of robot simulation technology. The method includes: acquiring the current state information of the hydraulic muscle and a predefined fixed-length parameter array; and calculating the hydraulic muscle force using a polynomial constitutive model of the hydraulic muscle through a preset muscle force calculation function interface in MuJoCo, wherein the interface is consistent with the original Hill muscle model interface of the engine. Using this invention, accurate integration of the hydraulic muscle model can be achieved without modifying the MuJoCo engine interface, improving the compatibility, stability, and modeling accuracy of the simulation system.

The application relates to the field of semiconductor technology and discloses a method for improving the ion implantation uniformity of a high-energy ion implanter, which comprises the following steps: firstly, generating plasma with a density of 10^11 / m^3 in an arc chamber by optimizing ion source excitation parameters; then, establishing a mathematical model based on a mean square deviation formula, calculating a deviation coefficient of an injection beam current intensity in real time, and adjusting the moving speed of a scanning mechanism in a closed loop to realize dose compensation; in addition, a full solid-state radio frequency power supply and a multistage resonant cavity are adopted to reduce energy loss, and a composite structure manufactured by a vacuum brazing process is used to improve the thermal stability of an extraction system. In combination with atomic mass analysis and an energy screening model, the application precisely controls the beam quality from multiple dimensions such as a physical source, energy management and structural deformation. The method significantly improves the spatial uniformity and depth consistency of the implantation dose, and meets the requirements of high-precision, long-term stable ion implantation processes under advanced processes.

This invention discloses a chest CT image processing system, including a data acquisition module, an image enhancement module, a multi-resolution fusion module, and a high-fidelity export module. This invention relates to the field of intelligent CT image processing technology, specifically a chest CT image processing system. This system performs intensity cropping and normalization on CT images, and combines logarithmic domain bias field regularization iterative correction to restore tissue contrast. First, it locates the lung field, refines the boundaries using variational segmentation, and uses mask-constrained nonlocal mean denoising within the lung to preserve small lesions. It then combines a Hessian matrix with an improved Frangi metric for structural enhancement, fusing the original image, denoised image, and enhanced image. Based on structural response and gradient, it constructs a voxel-level importance mapping, performs high- and low-resolution resampling, and seamlessly synthesizes the images according to weights, preserving high resolution and detail in key areas, improving the accuracy of lung field and lesion boundaries, while reducing computational and storage overhead and effectively avoiding artifacts.

This invention discloses a self-supporting carbon-based carbon dioxide adsorption-desorption unit and its arrayed networking system and intelligent control method. The adsorption unit is integrally formed from carbon dioxide adsorption material into plates, sheets, corrugated surfaces, irregularly shaped three-dimensional forms, or flexible films, and is self-supporting without a container. It has an internal through-flow gas channel; a regenerative heat source raises the temperature of the adsorption body to ≤100℃, and at least one of Joule heating, infrared heating, or hot air heating can be selected; a decorative layer is provided on the surface, and an installation structure is provided on the back. The units are independent and pluggable, with the same or different specifications, and can be connected in parallel, series, or a hybrid series-parallel network. The system includes multiple units, environmental sensors, and a controller, enabling independent control, gas supply to the inner walls of plant factories, wall purification in conference rooms / classrooms, linkage with fresh air systems, staggered scheduling of heterogeneous carbon bricks, LSTM concentration prediction, and reinforcement learning optimization. This invention solves the technical problems of existing DAC devices, such as high-temperature safety issues, space occupation, mandatory uniformity of specifications, and disconnection from the building environment.

This disclosure presents a transparent cortical electrode, its fabrication method, acquisition system, and assembly system. The transparent cortical electrode comprises a basal layer, a conductive layer, a transparent conductive coating, and an insulating layer. The basal layer includes a transparent window region and a connection region, the window region being used to encapsulate a cranial opening. The conductive layer includes an electrode array formed on the window region, pads formed on the connection region, and leads electrically connecting the electrode array and the pads. The transparent conductive coating is formed on the electrode array for acquiring neural electrical signals. The insulating layer is made of a transparent material, covering the leads and exposing the transparent conductive coating. The transparent cortical electrode proposed in this disclosure enables seamless integration of neural electrical signal recording, cranial encapsulation, and neural imaging, allowing for simultaneous recording of neural electrical activity and neural imaging.