22results about How to "Exact fit" patented technology

This invention relates to the field of glass production testing technology, specifically disclosing a glass cold bending ultimate failure test device and method. The device includes a worktable and four identical cold bending loading units. Each unit integrates a planar displacement structure with horizontal displacement capability, a liftable and directional adjustable support structure, and a pressure head connected by a ball joint. During testing, the planar displacement structure of each unit is first adjusted to accommodate glass specimens of different sizes. Then, the support structures of three units form an L-shaped support surface, and their pressure heads press against corresponding corner points on the upper part of the specimen to establish stable constraints. Finally, the pressure head of the fourth unit applies a concentrated load to the unconstrained corner points, while automatically monitoring the load and displacement until the specimen fails. This invention, through modular and automated design, achieves high versatility of the device, high testing accuracy, and high operational safety, effectively improving testing efficiency and data reliability.

The utility model discloses an automobile die sundry cleaning device relates to automobile die cleaning equipment technical field, and this device includes work table, support frame and sliding slot, the support frame is installed in the top of work table, the sliding slot is set up in the both sides of support frame, the inside sliding connection of sliding slot has the sliding block, and the rotatory column is rotatoryly connected between two sliding blocks, the outer wall on rotatory column both ends is fixedly connected with fixed block, and the top swing of fixed block has the die, the inside of support frame is provided with the brush, be provided with the moving assembly for moving to the brush on the support frame, and the clamping assembly for clamping the die is set up between two fixed blocks. The utility model drives first screw rod and second screw rod to rotate through two third motor respectively, realizes the movement of brush in horizontal direction and vertical direction, and then combines the vertical movement of brush in the direction of second electric push rod control, makes the brush can cover each position of die.

The utility model discloses a filter support, including fixed frame, two active elements, two driven module and transmission part. Active element and driven module all are opposite fixed frame mobile setting, and transmission part is opposite fixed frame rotation setting. Two active elements and two driven module are along annular arrangement, and a driven module is located between two active elements. Active element and transmission part transmission connection, and driven module also with transmission part transmission connection. When active element is opposite fixed frame mobile, can drive transmission part opposite fixed frame rotation, and then promotes driven module to move to the same mobile direction with active element. The structure realizes the cooperation of active element and driven module through transmission part, improves the adjustment flexibility, can better adapt to different caliber lens, reduces the dark corner, satisfies the diversified shooting demand.

The utility model discloses a kind of fixed tool for photovoltaic module support processing, including installation platform, the installation platform top is provided with fixed component, the installation platform bottom four corners position place is uniformly connected with lifting rod, four the lifting rod outside is uniformly slidably connected with connecting sleeve, four the lifting rod bottom is uniformly fixedly connected with sliding rod in connecting sleeve inside, two the connecting sleeve between front and back sides are uniformly fixedly connected with connecting strip, two the connecting strip between middle part are fixedly connected with fixed rod, the fixed rod top middle part is fixedly installed with rotating support, the rotating support inside left and right sides are rotatably connected with transmission rod, two the transmission rod front and back ends are fixedly connected with rotating strip. The utility model said a kind of fixed tool for photovoltaic module support processing, can quickly adapt to different size support, reduce the time of manual adjustment, work efficiency is significantly improved.

The application relates to a cloud service workload prediction method and system based on a convolution enhanced Transformer, which comprises the following steps: collecting cloud server workload data and preprocessing the cloud server workload data to decompose the cloud server workload data into a trend component and a residual component; constructing a workload prediction model, training the workload prediction model by using the trend component and the residual component, and obtaining a trained workload prediction model; predicting the cloud server workload by using the trained workload prediction model to obtain a workload prediction value; predicting the trend component by using a trend information capturing module to obtain a prediction result of the trend component; predicting the residual component by using a convolution enhanced Transformer encoder module to obtain a prediction result of the residual component; and fusing the prediction result of the trend component and the prediction result of the residual component by using a feature fusion module to obtain a final workload prediction value.

This invention relates to the field of geological exploration, and in particular to a method and apparatus for correcting well logging acoustic velocity to VSP velocity trends. The method includes the following steps: acquiring well logging data and VSP data; preprocessing the well logging data and VSP data; determining the number of nodes in the input layer based on the feature count of the well logging data and VSP data; determining the number of hidden layers and the number of neurons in each layer based on the complexity of the problem and the characteristics of the well logging data and VSP data, thereby constructing a neural network model; training the neural network model; and inputting the well logging data to be corrected into the neural network to obtain the correction result. This invention improves the reliability of data support during modeling and imaging, and enhances the accuracy of modeling and imaging.

This invention belongs to the field of fluorochemical technology, specifically relating to a method for preparing cis-1,1,1,4,4,4-hexafluoro-2-butene. The method includes the following steps: I. Reacting 3,3,3-trifluoropropylene with carbon tetrachloride under light irradiation, optionally in the presence of a first catalyst, to obtain 1,1,1,3-tetrachloro-4,4,4-trifluorobutane; II. Reacting the obtained 1,1,1,3-tetrachloro-4,4,4-trifluorobutane with hydrogen fluoride in the presence of a second catalyst to obtain cis-1,1,1,4,4,4-hexafluoro-2-butene. The first step of this method uses a light-driven addition reaction, and the photocatalytic approach significantly reduces production costs. It can also be combined with a dedicated catalyst to improve reaction efficiency. The second step, the fluorination reaction, is adapted to a specific catalyst, which can effectively improve the conversion rate of the reactants and the selectivity of the target product, ensuring the overall high efficiency of the preparation process.

The application discloses a floating connector for satellite on-orbit docking, and relates to the technical field of connectors. The floating connector comprises a plug module and a socket module. The plug module and the socket module are respectively arranged at the docking positions of two satellites for docking. The plug module comprises a mounting base fixed on a satellite and a floating plug movably arranged on the mounting base. A limiting assembly for limiting the movement of the floating plug is arranged on the mounting base. The socket module comprises a shell fixed on a satellite and a connecting socket fixed in the shell. A docking port for the floating plug to enter is arranged on the shell. A plurality of correction blocks are arranged on the shell and distributed along the circumference of the docking port. A driving assembly for driving the correction blocks to simultaneously slide in the direction of approaching or moving away from each other is arranged on the shell. The application has the effect that when the on-orbit docking of the satellites deviates and is within a certain deviation range, the plug and the socket of the connector can still be accurately plugged.

This invention discloses a method for fitting a 3D human body model based on 2D contour interaction and semantic segmentation. The method first parses a user-drawn 2D stick figure skeleton using a JPN module and drives an SMSLX model to generate an initial 3D human body. Then, the initial model contour is rendered from multiple fixed perspectives, generating corresponding bounding voxel spaces and point cloud projections. A prior network combining UDF and positional information is introduced to guide the training of the multi-view semantic segmentation network module UPS, achieving accurate segmentation of each part of the contour image. Based on the segmentation results and voxel point cloud projections, surface constraint point clouds for each body part are calculated. Finally, using the constraint point clouds as targets, the SMSLX model parameters are optimized for each part using a CFM module, ultimately generating a 3D human body shape that matches the user's editing intent. This invention allows users to indirectly adjust complex 3D models through intuitive 2D contour editing, significantly improving interaction efficiency and avoiding direct manipulation of complex 3D data.

The application discloses a pet emotion electroencephalogram signal extraction algorithm, and belongs to the field of electroencephalogram signal processing. In view of the spatial asymmetric interference caused by pet activity and the nonlinear artifact caused by contact impedance mutation, bilateral baseline and forehead electroencephalogram signals of the pet are synchronously collected and processed as follows. First, one side of the baseline is used to cross-space predict the other side, and asymmetric residual error isolated from local noise is extracted; second, a delay autocorrelation prediction is performed on the main signal of the forehead, and low-frequency physiological drift is accurately stripped; finally, the residual error and the main error signal are sent into a second-order Volterra network for spatial mapping, so as to offset the nonlinear coupling interference. The application effectively blocks the common-mode diffusion of unilateral noise, realizes deep decoupling of physiological drift and neural potential, and can still restore the pet electroencephalogram characteristics with high fidelity under violent movement.

This invention discloses a throwable explosion-proof inspection robot and its control method for highway emergency response, belonging to the field of highway emergency rescue and intelligent inspection technology. First, it integrates composite gas detection, full-domain visual monitoring, and dynamic road condition capture functions to achieve comprehensive multi-dimensional data capture, providing complete raw data support for subsequent decision-making. Then, through multi-source data fusion, risk level assessment, and dynamic path planning, it completes data correlation analysis, risk classification, and optimal route planning. Based on this, the invention integrates gas, vision, and road condition detection functions through a multi-modal explosion-proof sensing module, combined with the software-based explosion-proof control logic of the explosion-proof safety assurance module, achieving precise adaptation of explosion-proof characteristics to highway emergency scenarios. This allows the inspection function to go beyond single-parameter monitoring, comprehensively capturing the status of hazardous sources and the dynamics of the surrounding environment.

The application discloses a kind of based on unsupervised polygon structural member shape fitting method, belong to railway infrastructure intelligent monitoring and computer vision technical field, by obtaining the contour point set of structural member in image, with slope parameter and its corresponding translation parameter describe the straight line where structure piece edge is, based on the distance between contour point and straight line, construct target function, by optimizing slope parameter and translation parameter, minimize target function to train neural network model, generate the slope parameter and translation parameter corresponding to predicted optimal straight line, obtain the contour point set corresponding to the image of structure to be measured, by trained neural network model, generate optimal slope parameter and translation parameter, have generated optimal straight line, by the intersection point between straight line and straight line, obtain the shape of polygon structural member.The application can accurately fit and state detection to the shape of polygon structural member, to realize the real-time monitoring of railway infrastructure accurately, efficiently.

The utility model discloses a kind of processing fixtures of thin-wall die casting product, including base, two symmetrical installation frames are equipped on the base, two The installation frame is used to support die casting, fixed limiting mechanism is equipped on the base to limit die casting, the fixed limiting mechanism is equipped with two fixed ends, each The fixed end is equipped with secondary limiting mechanism, the secondary limiting mechanism is slidably connected between fixed end, fixed piece is equipped on the secondary limiting mechanism to the side wall of die casting Fixed, the fixed piece and secondary limiting mechanism can be detachably connected. When the utility model is fixed to die casting, different types of fixed mode can be selected according to the type of thin-wall in die casting.

The present application belongs to the technical field of anti-coking of coal-fired boilers, and provides a furnace coking research and judgment and acoustic screen protection interlocking system and method, wherein the furnace coking research and judgment and acoustic screen protection interlocking system comprises a multi-source data fusion research and judgment module with a built-in physical constraint coking prediction model, a hierarchical interlocking logic control module and an acoustic field adaptive acoustic screen protection module; the output end of the multi-source data fusion research and judgment module is in communication connection with the input end of the hierarchical interlocking logic control module; the output end of the hierarchical interlocking logic control module is in electrical connection with the control end of the acoustic field adaptive acoustic screen protection module; and the state feedback end of the acoustic field adaptive acoustic screen protection module is in bidirectional data interaction with the multi-source data fusion research and judgment module; the present application constructs a full-closed loop system of "research and judgment-interlocking-protection-feedback", solves the problems of low research and judgment precision, rigid interlocking control and poor acoustic screen protection effect of the traditional technology, and realizes the core target of "early discovery and early treatment" of furnace coking.

The utility model is suitable for the field of fragrance, provide a kind of upside-down fragrance device, include: fragrance seat;Fragrance bottle, its main part is provided as spherical structure, and is fixed with fragrance seat carding;Mounting cover, is installed on fragrance bottle, its inside carding has liquid absorbing core;Sealing cover, is installed at fragrance bottle mouth by thread cooperation.The utility model improves the bottle body structure of fragrance bottle, mounting cover inner ring sealing design and internal structure, compared with existing product, by adopting spherical bottle body design, effectively reduce gravity, enhance the anti-inclination stability when inverting use and reduce fragrance liquid residual dead angle;By setting multiple sealing ribs on the side surface of mounting cover inner ring and forming multilayer sealing structure with bottle mouth, the sealing property is greatly improved to prevent leakage;By canceling the reinforcing rib that can cause deformation, the risk of component deformation is eliminated, ensure that mounting cover inner ring and liquid absorbing core continue accurate adaptation, to improve sealing durability, durability and reduce manufacturing difficulty.

The utility model discloses a kind of film conveying mechanisms of optical ball cover film, including support plate, the support plate top is provided with film coating mechanism, the support plate top is provided with material collecting mechanism, the support plate top is provided with tensioning mechanism, the support plate top is fixedly installed with mounting plate one, the support plate top is fixedly installed with mounting plate two;The utility model can easily push U block through connecting rod to drive slider sliding by pressing block drive L type rod disengaging from limit groove, realize the quick adjustment of the distance between guide roller two and guide roller one, adapt to different thickness, hardness film, after adjusting, reset spring automatically push L type rod and enter limit groove, the position of guide roller is stably fixed, operation does not need complex tool, convenient and efficient, can flexibly cope with the different types film to the difference demand of conveying path, avoid the problem of inadaptation caused by fixed spacing, improve the universality of mechanism and film conveying stability.

The utility model relates to a wallboard fixing structure technical field especially relates to a ship wallboard splicing fixing device, including the ship inner storehouse base plate, the ship inner storehouse base plate surface has the wallboard through the fixed component butt joint, butt joint through the splicing piece between two adjacent wallboards, the fixed component includes the batten, two hook plates are arranged to the batten horizontal plate end edge side, and the hook plate surface hooks and hangs butt joint has the hanging plate, and the hanging plate is fixed on the wallboard back through the bolt. The utility model discloses the arc spring lock catch design of hook plate and hanging plate, and the oblique needle plate of splicing piece is combined and is inserted into the fixed mode, forms double displacement -resistant structure, when the ship shakes, spring is clamped in the elastic deformation of hook plate slot and absorbs vibration energy, and at the same time, the needle plate of splicing piece prevents the transverse slip of wallboard, solves the problem that traditional bolt fixing is easy to loosen, improves the cabin safety and service life.

This invention discloses a method, apparatus, system, medium, product, and 5G messaging server for travel route planning based on 5G messaging. Upon receiving a travel route planning request from a primary user, the system sends a first 5G message to the primary user; it then acquires the travel mode, destination, and multiple attractions selected by the primary user based on the first 5G message; if the primary user selects a multi-person travel mode or a partial travel mode, it sends a second 5G message to at least one selected travel partner; it acquires multiple attractions selected by each travel partner based on the second 5G message; and it plans and generates a multi-person travel route based on the multiple attractions selected by the primary user and each travel partner. This invention provides users with a faster and more convenient automatic travel route planning service, and can also meet the personalized travel needs of multiple users traveling together, thereby improving the user experience.

This invention relates to the field of spraying control technology, and discloses a method and system for spraying the wall of a wind turbine tower. The method includes: scanning the wall of the wind turbine tower with a sensor to obtain its surface contour data and form reference geometric information; extracting the curvature distribution characteristics of the reference geometric information, extracting key path points based on the curvature distribution characteristics, and introducing robot kinematic constraints to perform integrated processing for smoothing and coverage completeness, thereby generating a spraying path; establishing a mapping relationship between the curvature of the spraying path and nozzle parameters, and setting initial values ​​for atomization pressure and paint flow rate based on the mapping relationship; during spraying execution, integrating real-time thickness monitoring data and preset thickness to generate parameter adjustment instructions, driving the actuator to perform online correction of the spraying parameters; this invention achieves precise adaptation between the spraying path and the tower contour, dynamic matching of spraying parameters, ensuring that the coating thickness always conforms to the preset standard, and improving the stability and controllability of the spraying process.

This invention discloses a method for evaluating the efficacy of traditional Chinese medicine compound prescriptions based on integrated pharmacokinetics. Active target proteins and inactivated conformational target proteins are immobilized in the working channel and differential reference channel of a multi-channel microfluidic chip, respectively. Tissue dialysis fluid extracted from a live animal model is introduced into the multi-channel microfluidic chip. A surface plasmon resonance optical platform acquires absolute and background resonance angle offset signals, and a digital signal processor performs parallel subtraction operations to output a dynamic differential reference signal. A computer, combined with a first-order interaction kinetic model, continuously calculates the integrated target occupancy rate using the dynamic differential reference signal and the theoretical maximum differential resonance signal capacity. A macroscopic pharmacodynamic synchronous acquisition system acquires the pharmacodynamic response index sequence. The computer subtracts the fluid transport delay time to convert to the actual extraction time and interpolates and aligns the pharmacodynamic sequence, constructing an improved maximum effect model to iteratively calculate and output dose-effect and time-effect correlation parameters.

The utility model relates to air conditioning equipment field discloses fixed structure of shock block and air conditioner thereof, including first shock block and second shock block, the surface of first shock block relative second shock block is first plane, the surface of second shock block relative first shock block is second surface, first plane and second surface all are set up with semicircle through slot and can butt joint and piece together into the cylindrical hole for air conditioner pipeline to pass through, be equipped with the guide portion on first plane, the guide portion includes at least two limit lugs, the second plane is set up with the limit slot of cooperation limit lug sliding insertion, limit slot and limit lug same number, still include at least two buckle parts of symmetrical setting in semicircle through slot both sides, the buckle part all includes the buckle of embedding first shock block and the card seat of embedding second shock block, the buckle is connected with opposite card seat, to provide a kind of shock block fixed structure of installation convenience not easy to fall off.

This invention relates to the field of unmanned aerial vehicle (UAV) control technology, specifically to a dynamic obstacle avoidance method for UAVs based on multi-sensor fusion. The method includes receiving image sequences, depth point clouds, pose parameters, and flight velocity parameters; calculating illumination distortion gradient values ​​and speckle noise entropy values ​​based on the image sequences and depth point clouds; performing coordinate registration and feature extraction on the image sequences, depth point clouds, and pose parameters to output visual and radar feature sets; generating weighted visual and radar feature sets through a weight adjustment function, and generating a joint heterogeneous feature tensor through alignment and concatenation; and generating airframe attitude and thrust control commands by applying the joint heterogeneous feature tensor to a probabilistic prediction model and a model predictive control algorithm. This invention avoids error accumulation and decision delays caused by multi-level serial computations through cross-domain reuse and deep coupling of airframe physical parameters in the data stream, thus improving the global executability of obstacle avoidance tasks.