29results about How to "Guaranteed versatility" patented technology

The invention relates to the technical field of wireless communication, in particular to a multi-scene communication high-fidelity simulation method and system, computer equipment and a medium. The method comprises the following steps: acquiring a channel state information matrix from a plurality of physical environments, converting a complex channel matrix in the channel state information matrix into a dual-channel real number tensor, and constructing an input tensor in combination with a binary mask matrix; the steps of local fine feature and global context dependency extraction, iterative feature fusion and adaptive dimension reduction are executed through a channel processing module, meanwhile, time domain sparsity constraint is applied, and high-fidelity broadband channel state information is reconstructed; and converting the format of the high-fidelity broadband channel state information into a standard complex number channel matrix format according to a real complex number conversion rule. Through the mode, the technical problem of lack of asymmetric information processing capability in the existing channel simulation technology is solved, and the fidelity, the practicability and the environmental adaptability of channel simulation in a complex scene are improved.

The embodiment of the application discloses a kind of based on wavefront parallel processing to the method, device, storage medium and computer equipment of image H.264 encoding, it is related to image processing field.The application is processed adjacent macroblock line by double encoder parallelly, and respectively first buffer and second buffer are written to encoding bit stream.In macroblock line encoding completion, first buffer remaining bit stream and entropy encoding remaining bit stream are merged in real time, if the length after merging is less than 8 integer multiples, then appropriate bit stream is dynamically taken from the head of second buffer and spliced, complete code stream in line with H.264 standard is generated and outputed.After encoding is completed, the minimum splicing length is used as the offset of second buffer, continue to output byte stream, and the encoding of next macroblock line is started.The application only needs double macroblock line buffer, significantly improves the encoding speed, reduces memory occupation, and does not need to modify decoder, and compatibility is strong.

Embodiments of the present application disclose an information extraction method and device, electronic equipment and storage medium. The method comprises: obtaining document information of a target document, and an entity classification model and an entity association model which have been trained; the entity classification model comprises a feature representation network and an entity classification network; inputting the document information into the feature representation network to obtain document features, and inputting the document features into the entity classification network to obtain an entity category of each document object in the target document; inputting key position features corresponding to key position entities and value position features corresponding to value position entities in the document features into the entity association model to obtain key-value pair relationships between each document object under the key position entities and each document object under the value position entities; and extracting at least two document objects with the key-value pair relationships as structured information from the target document, so as to effectively extract structured information from various documents.

The invention relates to the technical field of direct-current fans, and discloses a direct-current fan and a serialization design method.According to the direct-current fan and the serialization design method, general electromagnetic structure design of a series of direct-current fans is conducted through electromagnetic simulation optimization, magnetic steel surface magnetism is analyzed through a static magnetic field to determine the magnetic steel machining magnetizing inspection standard, and a boss in a shaft sleeve is adopted for replacing a clamping ring for limiting; a low-cost and standardized direct-current fan series structure is formed, and only the required performance output corresponding to the number of turns of the winding needs to be adjusted, so that low-cost and quick-response series product development is realized.

The utility model relates to a kind of lifting reciprocating components for stuffing forming machine material receiving, the component includes base, side plate, guide rail, sliding block, cutter disc lifting plate, belt lifting plate, cutter disc lifting motor and belt lifting motor, two side plates are vertically fixed in the both ends of base, its inboard is equipped with guide rail, sliding block is mounted on guide rail, sliding block is connected cutter disc lifting plate between, cutter disc lifting motor drives cutter disc lifting plate to reciprocate along guide rail up and down by first crank link mechanism, belt lifting motor drives belt lifting plate to move up and down by second crank link mechanism, belt assembly is provided on belt lifting plate, symmetrically equipped with guide rod on belt lifting plate, guide rod is fixedly arranged in guide seat on base, and its top end is provided with lower supporting plate and upper supporting plate for carrying belt assembly, the utility model realizes the independent accurate lifting of cutter disc and material receiving belt and collaborative operation, movement is stable, material receiving is reliable, effectively improve the production efficiency and product quality of stuffing forming machine.

This invention provides a method, apparatus, device, and storage medium for optimizing gear parameters in a speed reducer. The method includes: acquiring a sample set of gear pairs in the speed reducer, as well as the gear parameters and modification ranges of the gear parameters; inputting a portion of the sample set as training samples into a preset speed reducer simulation model to obtain first simulation values ​​for each training sample under various operating conditions, the first simulation values ​​including transmission error and peak-to-peak value of transmission error; calculating the mean and variance of the transmission error and peak-to-peak value of the training sample under different operating conditions based on the first simulation values ​​of the same training sample, and determining them as second simulation values; performing fitting calculations based on the training samples and the second simulation values ​​to determine a surrogate model; and constructing a gear parameter optimization model based on the surrogate model and the modification range, so that the gear parameter optimization model outputs optimized values ​​for each gear parameter based on the second simulation values. This invention not only improves the NVH performance of the speed reducer but also enhances the versatility of gear parameters.

This invention discloses a photoresist stripping device that avoids parasitic gate effects and murex patterns. The photoresist stripping device is sequentially configured with a drying zone, a stripping zone, a hot water washing zone, an ultracooled water washing zone, and an air drying zone according to the substrate transport direction. A hot air knife for blowing hot air onto the substrate surface is provided at the outlet of the stripping zone. A second spray pipe for spraying hot water onto the substrate surface is provided in the hot water washing zone. A cold air knife for blowing cold air onto the substrate surface is provided at the inlet of the ultracooled water washing zone. A third spray pipe for spraying ultracooled water onto the substrate surface is provided in the ultracooled water washing zone. The photoresist stripping device also includes a vortex tube, a heating device, and a cooling device. This invention avoids the product yield and quality risks caused by parasitic gate effects and murex patterns; it also ensures the versatility of the photoresist stripping equipment, which is beneficial for production line logistics optimization and capacity improvement.

The present application relates to the technical field of conveying, and discloses a kind of powder material pneumatic pipeline automatic conveying device, including the negative pressure pipe connected in the input end of vacuum pump.The present application is rotated by driving motor and connecting head, because sleeve and connecting head synchronous rotation and with the thread groove on connecting pipe meshing, sleeve will rotate along thread groove with connecting head, in turn drive connecting cover and extension pipe to extend from suction hole, realize height compensation, maintain suction height consistent, avoid the interruption of conveying caused by powder liquid level drop;When large particle and caked material appear in adsorption later stage, connecting head rotation drives guide column synchronous rotation, will move along the slope of guide column, in turn drive sealing plate to move, seal the extension pipe corresponding to three non-adjacent connecting cover;In the case where the negative pressure power of vacuum pump is unchanged, the number of suction holes is reduced, which can improve the suction force of a single suction hole, accurately adapt to the adsorption demand of large particles and caked material in later stage, without replacing equipment to adapt to different material conveying.

The specification discloses a ciphertext cracking method and device, a storage medium and an electronic equipment. In the ciphertext cracking method provided in the specification, a ciphertext to be cracked is obtained; the ciphertext to be cracked is input into a pre-trained cracking model, and coding features are extracted through a coding subnetwork; predicted content and non-predicted content in the ciphertext to be cracked are determined, and a predicted plaintext corresponding to the predicted content is determined; the predicted plaintext is input into the cracking model, and context features are extracted through a context layer of a decoding subnetwork; the coding features and the context features are input into a prediction layer in the decoding subnetwork, so that prediction features are output through the prediction layer; the prediction features are input into an output subnetwork in the cracking model, so that a plaintext corresponding to at least part of the non-predicted content is obtained through the output subnetwork; the predicted plaintext is re-determined according to the predicted plaintext, and the non-predicted content in the ciphertext to be cracked is continuously predicted until all the content of the ciphertext to be cracked is predicted.

The application discloses a circuit breaker mechanical characteristic test and diagnosis algorithm verification device with a waveform editing function, which comprises a signal acquisition and communication module, a man-machine interaction interface, a drag-type waveform editing unit, a waveform feature self-adaptive reconstruction unit and a format storage and reading unit. The signal acquisition and communication module synchronously acquires four types of key signal waveforms during circuit breaker opening and closing operations; through graphical operation of the man-machine interaction interface, a user can drag and edit waveform feature points, the waveform feature self-adaptive reconstruction unit generates a corrected waveform according to the adjusted feature points, the format storage and reading unit stores the adjusted waveform into a standard format file, and the signal acquisition and communication module sends the standard format file to an external diagnosis system. The application integrates mechanical characteristic test and diagnosis algorithm verification functions, and solves technical problems, such as dependence of diagnosis algorithm verification on field test data, insufficient fault sample coverage and non-reproducibility in the prior art.

The utility model relates to motorcycle frame technical field, concretely for the universal motorcycle frame of realizing many vehicle types adaptation, including frame main part, frame main part includes frame crossbeam and frame vertical beam, frame main part is equipped with two, and the support block for increasing motorcycle structure strength and the support block for limiting and fixing of different model engines is equipped between two frame main parts, and the side end of support block is fixedly connected with the limiting hanger through bolt, and the limiting hanger includes fixed crossbeam, blocking vertical beam and hanging crossbeam, and the motorcycle engine is placed in the middle of limiting hanger, and the top end part of hanging crossbeam is inserted with the hanging plate, and the lower end of hanging plate is fixedly connected with motorcycle engine through bolt, the utility model discloses can limit and fix the engine of different model, and according to the use scene, the model of engine is replaced, ensures the versatility of frame, thereby makes the motorcycle more adapt to the scene of use, and the use is more economic.

The application provides a text processing method and device, a model training method and device, and a storage medium, and relates to the technical field of neural networks. The text processing model is trained by using a training sample text added with a separation mark. Since the training sample text is labeled with label information and position information of the separation mark, the label information of the separation mark indicates whether the text at the position of the separation mark needs to be merged, and the label information of the separation mark is generated according to the real semantics of the text at the position of the separation mark in the training sample text, and the accuracy of the label is high. Therefore, based on the label information and position information of the separation mark labeled by the training sample text, the text processing model obtained by training can be used for accurate merging processing of a target processing text. The training sample text can be obtained by concatenating multiple lines of text, so that the text processing model obtained by training can be applied to the merging processing of multiple lines of text, and the efficiency of the merging processing of multiple lines of text is improved.

The application discloses a mechanical arm control method, a hardware abstraction layer architecture, an electronic device and a computer storage medium. The method comprises the following steps: in response to a hardware operation request sent by upper-layer control software, querying a factory registry to obtain a default specific factory class, wherein the default specific factory class comprises a plurality of specific factory classes, and each specific factory class corresponds to a different type of hardware platform; calling a hardware creation method corresponding to the default specific factory class to generate a target hardware instance matched with a target hardware platform, wherein the target hardware platform is a hardware platform used for controlling a mechanical arm at a current time, and the target hardware instance is used for implementing specific driving logic of the target platform; and establishing communication between the upper-layer control software and the target hardware instance, so that the upper-layer control software calls the target hardware instance and executes hardware operation through the target hardware instance. According to the application, the upper-layer code layer is completely unaware of the change of the lower-layer hardware platform, and dynamic expansion is facilitated.

The application provides a relay image conversion structure for an endoscope, which comprises a first relay assembly, two groups of second relay assemblies and a plurality of short mirror tubes; one end of one group of second relay assemblies is connected to the first relay assembly through a short mirror tube, and the other end is connected to the other group of second relay assemblies through a short mirror tube; the lengths of the first relay assembly and the second relay assemblies are different. The structure makes the dispersed relay image conversion system form an integral whole before being assembled into the endoscope inner tube, thereby reducing the assembly difficulty of the endoscope inner tube, cutting the work task, eliminating the wrong assembly and improving the assembly efficiency.

The middle support carrier comprises a support body, a plurality of grid structures are arranged in an inner cavity of the top end of the support body, a bottom positioning groove is formed in each grid structure, and a plurality of top limiting grooves corresponding to the bottom positioning grooves are formed in the bottom end of the support body. The limiting plate is detachably placed at the top ends of the grid structures, can be located in the inner cavity of the supporting body and is matched with the wall of the inner cavity of the supporting body, a plurality of limiting through openings corresponding to the bottom positioning grooves are formed in the limiting plate, and the width of the limiting through openings is not larger than that of the bottom positioning grooves. According to the utility model, the detachable design is adopted, the limiting plate only needs to be replaced according to the inclination of the bottle body, and the whole structure of the support body does not need to be changed, so that the universality of the support body is ensured, and the processing complexity is reduced. Due to the fact that the limiting plate is simple in structure and easy to machine, positioning accuracy can be guaranteed, production cost can be effectively reduced, production efficiency is improved, and high economical efficiency and practicability are achieved.

The utility model discloses a grinding wheel wear detection device, relates to the technical field of grinding wheels, and aims to solve the technical problem that the blockage wear degree cannot be visually observed in the conventional wear detection, and the grinding wheel wear detection device comprises a detection cylinder which is of a conical structure of which the diameter is gradually increased from top to bottom, and an outer connecting frame is arranged above the detection cylinder; a driving motor is mounted at the top of the outer connecting frame, a plurality of connecting rods are arranged at the lower half part of the detection cylinder, the bottom ends of the connecting rods are connected with a plug removing structure, the plug removing structure comprises a plurality of elastic connecting rods, a first removing ball is arranged at the bottom of each elastic connecting rod, and a plurality of shaft side removing pieces are arranged on the periphery of each first removing ball; the shaft side removing part reciprocates in the axis direction when matched with the elastic connecting rod to fluctuate up and down, and a blowing and gathering structure is further arranged in the detection cylinder. When the grinding wheel cleaning device is used, sweeps on the surface of a grinding wheel can be cleaned, an operator can visually observe the quantity and distribution of the sweeps, the blockage and abrasion degree of the grinding wheel can be rapidly judged, and a quantitative basis is provided for subsequent adjustment.

The invention provides an anti-noise high-precision error vector amplitude measurement system and method for a satellite launching system. The system comprises a demodulator, an A / D conversion circuit, a data distributor, a decoding function module and an EVM processing module. And the demodulator carries out carrier synchronization, code synchronization and blind equalization processing on the digital signal, and outputs real I-path data Ireal and Q-path data Qreal. The data distributor copies the Ireal and the Qreal and divides the Ireal and the Qreal into two paths for output, one path is transmitted to the decoding function module, and the other path is transmitted to the EVM processing module. And the EVM processing module comprises a phase error calculation unit, an amplitude error calculation unit and an error vector amplitude calculation unit which are respectively used for carrying out parallel processing on the Ireal and the Qreal, calculating to obtain a phase error ErrPhase, an amplitude error ErrMag and an error vector amplitude value, and reporting an analysis and processing result through a CPCI (Compact Peripheral Component Interconnect) bus. According to the invention, high-precision and anti-noise measurement of the satellite emission signal quality is realized through shunt parallel processing and a multi-bit-width quantization and smoothing strategy.

The application relates to a method, device and medium for realizing middleware processing of a communication board, which comprises the following steps: step S1, initializing the middleware of the communication board; step S2, when the communication board receives a message from an external device, judging whether a corresponding processing function is registered for the message application, if the corresponding processing function is registered, transmitting the message into the middleware for special processing, otherwise directly sending the message to a logic board; step S3, when a message to be sent to the external device is received from the logic board, judging whether a corresponding processing function is registered for the message application, if the corresponding processing function is registered, transmitting the message into the middleware for special processing, otherwise directly sending the message to the external device. Compared with the prior art, the application has the advantages of great flexibility and the like.

The invention discloses a semantic communication privacy enhanced federal multitask learning method for mobile edge computing. The method comprises the following steps: initializing a global model comprising a shared encoder and a plurality of personalized decoders by an edge server, and issuing the global model; after each mobile edge client performs multi-task training locally, performing semantic compression processing of integrated error compensation, sparsification, quantification and coding on model updating, performing discretization mapping on features by using a local private codebook to enhance privacy, and uploading compressed data; and after the server side receives the data, inferring a nonlinear relation graph among global tasks through adaptive kernel learning, and according to the nonlinear relation graph, performing differential weighted aggregation of structure perception on updating execution of the shared encoder and each personalized decoder, updating a global model, and issuing the updated global model to the client side for next iteration. According to the method, the endogenous privacy protection is realized while the communication overhead is reduced, and the efficiency, safety and performance of federal multitask learning in a resource-limited mobile edge environment are effectively improved.

The utility model discloses a hot water isostatic press product placing cavity, including open cavity body from front to back, and the cavity body includes the frame structure that is enclosed by bottom plate, two side plates and top plate, at least two baffle plates are arranged in the cavity body, and each baffle plate is spaced apart, and is connected between bottom plate and top plate, thereby the inside of cavity body is divided into multiple parts, and the sliding rail of front and back extension is equipped in all on the corresponding baffle plate of bottom plate and top plate, and the top end and bottom end of baffle plate are all installed on the corresponding sliding rail, thereby with bottom plate and top plate realize front and back sliding connection, and then realize detachable connection with the cavity body, and the top plate, two side plates and baffle plate all are evenly arranged with a plurality of through -holes. The utility model discloses through setting up detachable baffle plate in the cavity body, and the inside of cavity body is divided into multiple parts, can according to different product size and processing demand flexible adjustment cavity inside space layout, avoided the mutual interference between products, and ensured that every product can be even pressure.

The utility model provides a tool clamp for turning a lifting lug of an oil cylinder cover. The tool clamp mainly comprises a connecting seat, a base, a balancing weight, a central positioning shaft, a pressing plate, a V-shaped pressing block, a rear connecting rod, a front connecting rod and a swing bolt. When an oil cylinder cover is turned, the bottom of a workpiece is fixed to a center positioning shaft, the top end of a circular ring of a lifting lug makes contact with a V-shaped pressing block, the V-shaped pressing block is connected to a pressing plate through a cylindrical pin, the two sides of the pressing plate are each provided with a supporting arm, and the supporting arms are connected with a front connecting rod and a rear connecting rod through grooves respectively. The V-shaped pressing block can make contact with the top end of a lifting lug of the oil cylinder cover workpiece, and the oil cylinder cover workpiece is restrained on the tool clamp by locking the swing bolt. According to the tool clamp, automatic alignment of a workpiece can be achieved, therefore, positioning errors are reduced, the universality of the clamp can be guaranteed through the design of the center positioning shaft, the tool clamp is suitable for machining parts of the same type and different sizes, and therefore the clamp cost is reduced.

The present disclosure relates to an image processing method, system architecture, device, medium and program product. The image processing method comprises: receiving abstract layer data storage information sent by a first abstract layer; converting the abstract layer data storage information into general data storage information having a preset data structure; and controlling the first abstract layer to execute at least one hardware processing process based on the general data storage information. By converting the abstract layer data storage information into general data storage information, the general data storage information having a unified preset data structure can be used as a basis for controlling the first abstract layer to execute the hardware processing process, a general data transmission path is provided for different chips, the coupling with the chips is reduced, the data processing process is simplified, the system development efficiency and maintenance efficiency are improved, and the generality of the system architecture is ensured.

The application discloses a kind of based on depth image priori image loss compression method, method includes: constructing a convolutional neural network, the network structure of the convolutional neural network is used as the prior information of image, using the network parameter of the convolutional neural network as the low-dimensional representation of image;Iterative calculation is carried out by gradient descent optimizer, the fitting processing of image is completed, and the optimal network parameter set is obtained;According to the optimal network parameter set as the data after image compression, then realize by input tensor to the convolutional neural network, output corresponding image, realize the loss compression of image.The embodiment of the application can maintain the generality under the premise, the recovered image can still maintain higher image quality at high compression rate, and can be widely applied in image processing technical field.

The embodiment of the invention relates to the technical field of automatic testing, and discloses an automatic testing system and method and a vehicle, and the system comprises an upper computer main service module which is used for obtaining a testing script, carrying out the abstract conversion of the testing script, and obtaining a target abstract instruction; the target abstract instruction is a standardized target abstract instruction for describing a test operation type; the access and access control module is used for determining a corresponding virtual device node when the target abstract instruction is received; converting the target abstract instruction into an executable instruction corresponding to the operation equipment through the virtual equipment node; controlling the operation equipment to execute the executable instruction, and receiving a returned execution result; the virtual device node is created based on a device capability description model of the operating device. According to the technical scheme, the test script is converted into the standardized abstract instruction, so that the test script does not need to be modified for different devices or scenes, and cross-device and cross-scene efficient multiplexing is realized.

The utility model discloses a metal spare and accessory part polishing and grinding device which comprises a grinding mechanism, a spare and accessory part supporting base is arranged outside the grinding mechanism, and a spare and accessory part clamping assembly is arranged inside the spare and accessory part supporting base. The part clamping assembly comprises a motor installed in the part supporting base, one end of the motor is connected with a screw rod, the screw rod is sleeved with a screw cylinder, a conical pushing block is installed on the outer surface of the screw cylinder, and a clamping connecting block is slidably arranged on one side of the conical pushing block. The clamping connecting block is connected with a clamping block through a square supporting block, and one side of the square supporting block is connected with a telescopic rod; under the action of the part clamping assembly, metal parts of different specifications can be clamped and ground, the clamping mechanism does not need to be replaced, the application range of the grinding device is widened, meanwhile, the grinding efficiency is further improved, and the universality and production efficiency of equipment are guaranteed.

The application provides a business processing method and device, which can be used in the financial field or other fields. The method comprises the following steps: receiving a business processing request of a target business scenario, wherein the business processing request comprises multiple types of business data; determining whether the business processing request is verified according to a preset switch rule decision tree and each type of business data, and if yes, completing the business processing corresponding to the business processing request; wherein the preset switch rule decision tree comprises rules of multiple business scenarios and corresponding relationships between the rules, and the corresponding relationships comprise and relationships. The application can guarantee the universality and reliability of the business switch, thereby improving the reliability of the business processing.

The invention discloses a design method based on configurable dual-bus message parallel decoding of a carrier rocket, and the method comprises the steps: firstly, generating bus message decoding configuration files of all levels of the carrier rocket according to a bus communication protocol of the carrier rocket; secondly, creating a plurality of bus message decoding units, binding corresponding rocket stages and bus CPU (Central Processing Unit) numbers, and reading bus message decoding configuration files of the corresponding stages; and finally, creating a bus message receiving unit, associating the bus message receiving unit with the bus message decoding unit with the same series, and establishing a one-to-many data distribution relationship. According to the invention, synchronous decoding of bus messages of all levels on the rocket is realized, and decoding requirements of rockets of different models can be flexibly met.

The invention discloses a chip abnormal defect identification method based on multi-template fusion and a storage medium. The method comprises the following steps: step 1, constructing a chip defect detection model based on deep learning; step 2, collecting each type of chip image; 3, based on median fusion, obtaining an ideal chip image of each type of chips; step 4, carrying out image difference; step 5, performing sliding cutting on the difference image to obtain chip difference images with the same size and overlapped set sizes; step 6, training a chip defect detection model; step 7, performing differential operation and sliding cutting on the to-be-detected chip image; step 8, predicting a chip defect type and a defect position in a corresponding set chip difference image by using the trained chip defect detection model; and finally, determining the position of the defect in the original to-be-detected chip according to the difference image number of the chip with the set size. According to the invention, the appearance difference between chips of different models can be reduced, the universality of the model is improved, and the defect identification precision is high.