28 results about "Designed equipment" patented technology

The invention relates to a reconfigurable equipment simulation system based on software radio, and the system achieves the high-integration, user-friendly and efficient-management reconfigurable equipment simulation system through the modularization and seamless integration of a radio waveform design function, an equipment simulation user operation interface design, a business logic function design and a project management function. Therefore, even if a user does not have a deep programming capability, the user can quickly construct, test, manage and deploy the equipment simulator with complete functions. The system is rich in waveform component and UI component library, customizable in function and good in flexibility, software radio waveform design and equipment simulation are innovatively and seamlessly integrated, automatic non-inductive or manual upgrading can be achieved, the universality is good, various equipment simulators can be designed, the designed equipment simulators have open function expansion, and the system is suitable for popularization and application. And a complete project management process is provided.

The utility model discloses a data acquisition instrument shell pressing structure, which belongs to the technical field of data acquisition instruments and comprises a frame body, four mounting plates and a positioning shell, and the four mounting plates are mounted outside the frame body in a surrounding manner. According to the utility model, the buffer plate arranged at the top and the attached rubber pad absorb external impact and pressure fluctuation through elasticity, so that the dynamic response capability of the touch screen is effectively improved, and the buffer plate can dynamically adjust the position and maintain stable attachment of the screen under the combined action of the telescopic rod and the return spring in a high-vibration or impact environment; meanwhile, due to the design of the anti-skid protrusions on the edge of the rubber pad, stable contact between the screen and the shell is enhanced, screen displacement caused by vibration or external force application is avoided, and touch delay is effectively reduced fundamentally; and the equipment shows high touch sensitivity and quick response capability in a complex environment, so that the user experience is greatly improved.

The invention relates to the technical field of transmission network equipment maintenance, in particular to a PTNSPNOTNSOTN equipment-oriented performance anomaly root cause positioning method and system, and the method comprises the steps: constructing an equipment exclusive data collection system, constructing a hierarchical collection model based on equipment types, collecting and preprocessing data of an equipment layer and a network layer, and constructing an equipment state matrix containing equipment type labels; designing an inference model adaptive to the equipment type, and outputting a sorted root cause list through first-layer equipment type-exception type mapping, second-layer hierarchical root cause candidate generation and third-layer cross-layer root cause fusion; the method has the beneficial effects that a data acquisition and reasoning module is designed specially for exclusive characteristics and protocols of PTN / SPN / OTN / SOTN equipment, the problem of poor adaptability of a general algorithm on the equipment is solved, and the characteristic coverage rate is increased by 70%. Key indexes and abnormal features of various devices can be accurately captured, and a comprehensive and accurate data basis is provided for root cause positioning.

The application discloses a kind of corrective lens design equipment, storage medium and lens, it is related to medical equipment field, for solving the problem of existing refractive correction improves visual acuity or the effect of improving visual quality is poor.Refractive lens design equipment includes acquisition device, selection device and design device, acquisition device obtains the central refractive power of target individual eyeball, selection device finds out target refractive topography from refractive topography group, central refractive power is in the central refractive power range corresponding to target refractive topography, and refractive topography describes the retinal refractive power distribution of eyeball with corresponding central refractive power in preset field angle;Design device obtains refractive power distribution correction scheme in conjunction with target refractive topography, to obtain the corrective lens for target individual.The present application combines the peripheral defocus characteristics of human eye retina to design semi-personalized lens for individual, to achieve the purpose of improving visual acuity, improving myopia prevention and control effect or improving peripheral visual quality.

The invention provides a suspension transfer system for embroidery costume pattern templates, and relates to the technical field of costume design equipment.The suspension transfer system comprises a bottom frame, a platen is arranged on the top face of the bottom frame, a transfer track assembly is arranged on the top face of the platen, and a main support is arranged in the middle of the transfer track assembly; one end of the transfer track assembly is provided with a sample plate hanging mechanism, an embroidered real sample plate is hung and fixed through a sample plate display unit in the sample plate hanging mechanism, display effect diversification is achieved, the texture of the sample plate can be touched, and actual sample comparison can be conducted after the sample plate is taken down; and the parallel limiting units and the transfer track assemblies are matched to realize movement, display and storage of the plurality of sample plate display units, so that compared with page-turning type browsing of a traditional paper atlas, the page-turning type paper atlas is more visual and clear, and the design efficiency is indirectly improved.

An automatic design device includes a function for receiving an input of interest information that is a definition of a requirement to be satisfied by a system and an interest in a system, a function for generating a system configuration from the requirements, and a function for generating a design document for describing the system configuration in accordance with the interest information. The function for generating the design document extracts part of information from the requirement or the generated system configuration according to an extraction instruction included in the interest information to generate the design document.

The application belongs to the technical field of fault monitoring of feature equipment, and relates to an elevator video retrieval and identification method and system based on an improved neural network, and the technical points are as follows: real-time original video data is collected through a monitoring device, preprocessed, and video frame data is obtained; in combination with physical constraint conditions, feature screening is performed on the video frame data, the screened effective feature area is input into a twin liquid mixed neural network, feature extraction, similarity matching and time sequence optimization are completed, and the final retrieval and identification result is obtained. The application designs a device-specific physical constraint feature screening mechanism for the feature equipment such as the elevator, and eliminates interference features; a mixed neural network model is used to realize accurate extraction of device features, similarity matching and time sequence correlation capture; a complete video retrieval and identification system is constructed to form a complete process technical scheme from data collection to result application, and high-precision and high-efficiency retrieval and identification of elevator videos are realized.

The present invention belongs to the field of industrial communications, and relates to an OPC UA-based industrial equipment plug-and-produce method and system. Equipment plug-and-produce at a network level is realized by designing an OPC UA-based automatic discovery mechanism; and equipment parameter configuration and integration standardization are realized by designing OPC UA information modeling for all industrial controllers and field equipment and using an OPC UA as a standard interface for inter-equipment communication. By designing an equipment parameter configuration method and an equipment integration method, parameter configuration of equipment and automatic integration between industrial controllers and field equipment are completed, thereby realizing equipment plug-and-produce at a semantic level; and by designing an equipment replacement method, real-time configuration parameters of old equipment that has failed or needs to be upgraded can be automatically transferred to new equipment, thereby reducing the time required for manual equipment replacement. The present invention reduces the time required for integrating and commissioning large-scale heterogeneous industrial equipment and systems, and eliminates potential human errors.

The application discloses a kind of rail transit station water supply and drainage and fire-fighting system intelligent design method, rail transit station water supply and drainage and fire-fighting system intelligent design device, rail transit station water supply and drainage and fire-fighting system intelligent design equipment, computer readable storage medium, the method comprises: preliminary drawing processing is carried out to building base map based on key graphic data and parameter data, and initial drawing framework is obtained;Key graphic data includes: valve graphic data, equipment graphic data, pipeline graphic data;Component arrangement processing is carried out to initial drawing framework based on pipeline parameter, valve parameter, equipment parameter, drawing parameter and the component characteristics arrangement rule corresponding to each parameter, and plan data is obtained;System drawing processing is carried out according to pipeline preset parameter and plan data, and system drawing data is obtained;Engineering quantity statistics is carried out based on system drawing data, and engineering quantity data is obtained.To improve the processing effect of drawing data.

The application provides a method for analyzing influence of panel horizontal joint setting on overall stability of a dam body, comprising receiving dam body design parameters, collecting panel horizontal joint setting, monitoring and environmental load data; analyzing panel stress, dam body stability risk and dynamic response, generating deformation influence information in combination with panel deformation monitoring data; cooperatively analyzing stress, risk and response information, generating cooperative results; based on the cooperative results and the deformation influence information, proposing dam body reinforcement suggestions and sending to a design device. The application can improve dam body safety and reliability.

The invention relates to a high-strength integral beam integrating multiple functions, and solves the problems of increasingly strict limitation of aerodynamic configuration design of a sledge body on structural design, obvious insufficiency of mounting spaces of test equipment, cables and the like, insufficient optimization of the structural design, poor operation convenience and the like in the prior art. A test equipment mounting interface is integrated on the integral beam, the mounting interface is matched with equipment with different designs, and a cable channel is arranged on the integral beam; lightening holes are designed in a beam body, and sliding shoe installation connectors are designed at the two ends of the integral beam and used for installation of sliding shoes. According to the integrated beam, all testing devices, skid body structural parts and the like are planned in a unified mode and designed in an integrated mode, the structural weight is reduced, the system structural safety and operation convenience are improved, and the economical efficiency is improved.

The invention discloses an optimization design method and design equipment for a road corrugated beam guardrail, and relates to the technical field of road guardrail design. In the method, the design equipment takes the ratio of the reference deformation quantity to the deformation quantity of each part of the guardrail as the equivalent performance residual rate of each part of the guardrail under the service life of anchor point data, and the ratio relationship reflects the performance retention degree of the guardrail parts relative to a brand new state. The construction of the equivalent aging curve converts discrete performance data into a continuous mathematical function, so that the design equipment can predict the performance of each part of the guardrail after natural aging for any service time according to the equivalent aging curve. The design equipment constructs the guardrail optimization model of the target area based on the equivalent aging curve and the preset reference guardrail finite element model, and then obtains the guardrail structure optimization design scheme according to the preset optimization target, thereby reducing the influence of the natural aging of the guardrail on the guardrail optimization design scheme. And the accuracy of the optimized design scheme of the road corrugated beam guardrail is further improved.

The utility model relates to the technical field of washing machine control panel splitting. The automatic board dividing equipment comprises a main body structure, and the main body structure comprises a fixing base, a first motor and a conveying belt. A first motor, a second motor, a third motor and an electromagnetic valve can be connected through an external power source, the first motor can drive a control panel on the upper surface of a conveying belt to move after being started, and then the second motor drives a first connecting plate and a plate dividing structure to integrally transversely move to the position over the control panel when rotating; and then a third motor is started to drive the whole board dividing structure to descend, so that a first board suction structure and two sets of second board suction structures are attached to the control board, and finally, after an electromagnetic valve is started, the first board suction structure and the two sets of second board suction structures adsorb the control board. And the feeding efficiency can be improved to a certain extent.

A software-defined rocket electrical system I / O equipment model abstraction method comprises the following steps: A1, equipment model abstraction definition: carrying out classification and feature extraction on various types of I / O equipment in a rocket electrical system, and constructing a general equipment abstraction model structure; a2, interface standardization design: formulating a standard interface specification of the equipment abstract model, and defining initialization, configuration, data interaction and state monitoring general interfaces of the equipment; a3, realizing drive and hardware decoupling: designing an abstraction layer interface, realizing isolation of an equipment drive program and specific hardware, and establishing association between an abstract model and hardware equipment through a mapping mechanism; a4, data interaction mechanism construction: based on a memory database technology, designing a data interaction mechanism between equipment abstract models and between the models and application programs, and ensuring real-time performance and consistency of data transmission; a5, model management and scheduling: developing an equipment model management module, realizing registration, loading, unloading and version management of an equipment model, and designing a model scheduling strategy based on task priority; and A6, verification and optimization: establishing a verification platform, performing test verification on the function correctness, real-time performance and reliability of the equipment abstract model, and performing optimization adjustment according to a verification result.

The application discloses an EMC forward design method and device for a PCB of a pathological detection equipment and the pathological detection equipment, and comprises the following steps: obtaining the functional module composition of the equipment to be designed; determining the number of PCB stack layers according to the functional module composition of the equipment to be designed; based on the electromagnetic characteristic partition principle, the welding layer for welding components on the PCB is laid out and divided into multiple partitions; according to the electromagnetic compatibility requirement of the equipment to be designed, the wiring path is arranged on each partition, and the interface protection area and / or the shielding filter protection area are set to obtain a pre-designed PCB; the pre-designed PCB is simulated, the wiring path of the pre-designed PCB is adjusted according to the simulation result, and the PCB is manufactured according to the adjusted pre-designed PCB. The EMC test is completed before the formal PCB manufacturing, and the passive design mode of re-arranging, rewiring or replacing components for the designed PCB when electromagnetic compatibility problems occur in the later debugging is completely avoided.

According to the novel integrated machining equipment for machining the industrial socket, a longitudinal adjusting unit and a horizontal adjusting unit in an adjustable turning mechanism can adjust the height and the horizontal position of a turning unit, and after the height of the turning unit is adjusted, the turning unit can adapt to workpieces of different sizes; therefore, the precision and the stability in the machining process are ensured. Due to the moving function of the horizontal adjusting unit, the turning unit can be finely adjusted in the horizontal direction (towards the direction of a machined workpiece), adjustment can be conducted according to the requirements of different turning distances, and the accuracy of the turning process is ensured. And the machining turntable of the equipment can rotate, so that a plurality of machining stations can enter a machining area in sequence, and batch efficient production is realized. And through the integrated design, the equipment is easy and convenient to operate, and the machining efficiency and the product quality are greatly improved. The whole structure is compact, the occupied area is small, and the device is suitable for various industrial production environments.

The invention relates to the technical field of tool design equipment transportation, and provides a non-magnetic active assembling device which comprises a base, a tool base is installed on the base, a rotating disc is rotationally connected into the tool base, and a reference part used for limiting and placing a box to be welded is arranged in the rotating disc. A roller which is driven by a first motor and used for translating the box body in the axial direction of the rotating disc is arranged on the reference part, a pressing mechanism used for pressing and fixing the box body to the reference part is arranged on the rotating disc, and a locking mechanism used for locking the rotating disc is arranged on the base. Through the arrangement of the base, the tool base, the rotating disc, the reference piece, the translation roller, the pressing mechanism and the locking mechanism, coherent adaptation of posture adjustment, position positioning and reliable fixing of the box body is achieved, and the welding precision stability and operation coherence of the thin-wall slender precise box body are guaranteed.

The invention relates to the technical field of equipment digital design, and discloses a data format conversion method and system for domestic large industrial software and CATIA software, a conversion intermediate standard model is formed by establishing a mapping rule of a CATIA model and a target domestic industrial software model, a user-defined intermediate format is adopted as a data bridge between the CATIA and the domestic software, and a conversion intermediate standard model is formed. According to the method, deep analysis is carried out on information such as parameterization features, assembly relations and engineering attributes in a CATIA model, high-fidelity data conversion and seamless data intercommunication and migration between CATIA and domestic software are achieved through a semantic mapping mechanism, the problems that in existing data conversion, information loss is large, and efficiency is low are solved, and the data conversion efficiency is improved. The method is suitable for the domestic collaborative requirements of complex equipment design and manufacturing.

A design support device includes: a virtual space creation unit configured to create image data of a three-dimensional virtual space simulating a site to be designed; and an object control unit having a function of creating an object simulating equipment to be designed in the virtual space, in a case where information on a creation operation of a predetermined object performed by a predetermined user included in the plurality of users in the virtual space is input via the communication unit, configured to create image data of the predetermined object and create attribute information of the predetermined object that can be referred to by other users to output the image data and the attribute information of the predetermined object to the plurality of external devices used by each of a plurality of users.

A digital twinning device (1) for creating an insulated body (2) for a connector using a computer (3) comprising a microprocessor (4), a memory (5), an input interface (6), an output interface (7), a data output interface (8), and a bidirectional data and computer network is described. The memory comprises a computer program product (9) having an interrogation device (10) for technical data of the connector and a CAD design device (11) for the insulating body. This device allows the automatic creation of generative designs of the insulating body (2) using at least one algorithm device (12) and technical data from an interrogation device, and these designs can be output as digital twin from an output device (19) via an interface.

This method for designing a spectacle lens includes: acquiring first information about the usage of a spectacle lens; acquiring second information about at least one of a sight line of a wearer during said usage, a location, a use tool, and the body of the user; acquiring data indicating the number, the position, the shape, and the size of a plurality of first regions set on the face of the spectacle lens, and indicating the distance to a target to be viewed through the respective first regions; setting a variable numerical value, from among the numerical values indicating the distance and the number, the position, the shape, and the size of the first regions in the data, and setting the plurality of first regions on the face and the distance; and setting a target aberration distribution on the basis of the set plurality of first regions and the set distance.

The utility model relates to the technical field of part machining, and discloses a numerical control machine tool for machining mechanical parts, which comprises a machine tool bottom plate, baffles are fixedly mounted on the front and back of the center position of the top of the machine tool bottom plate, a screw rod is fixedly mounted between the two baffles, and a sliding block is slidably sleeved on the outer surface of the screw rod. A second motor is started, an output shaft of the second motor is connected with a screw rod to drive the screw rod to rotate, so that a sliding block moves on the screw rod, the sliding block moves to drive a moving block to move along a track groove, a clamping claw is turned over while moving, and therefore turning-over machining can be achieved when a part is machined. The newly designed equipment can be used for processing more types of parts, particularly parts needing double-sided processing, so that the processing efficiency is greatly improved, the labor burden of workers is reduced, the labor intensity is reduced, and meanwhile, the safety of a working environment is also improved.

This disclosure provides a layout method and installation device for quantum computer measurement and control cables, including the following steps: Based on the interface positions of each cable reel, a first path planning and a first spatial mapping are performed on the measurement and control cables to form a near-device end cable layout and design near-device end fixing components; Equipment end planning: Based on the interface layout of the measurement and control equipment, a second path planning and a second spatial mapping are performed on the measurement and control cables connected to it to form an equipment end cable layout and design equipment end fixing components; Intermediate segment planning: A third path planning is performed to determine the direction of the intermediate segment measurement and control cables and necessary intermediate fixing points to form an intermediate segment cable layout, and intermediate segment fixing components are designed. This not only reduces the number of measurement and control cables between the cable reels and the measurement and control equipment, reducing the system failure rate, but also eliminates the need for adapters, effectively improving the overall link's anti-interference capability and reducing failure points.

The application relates to a high-temperature-resistant high-damping two-stage composite vibration isolator and relates to the field of vibration and noise reduction design equipment, which comprises an outer shell, the bottom end of the outer shell is provided with a bottom plate, a rubber layer is arranged between the outer shell and the bottom plate, the top end of the outer shell is provided with a top end interface, the bottom end of the top end interface extends into the inner part of the outer shell, and a vibration isolation assembly is arranged in the inner part of the outer shell relative to the top end interface. The application has the advantages that the current high-temperature pipeline uses the metal spring vibration isolator structure, the damping is small, and the medium-high frequency vibration isolation effect is poor.

The utility model relates to the technical field of art design equipment, especially art design is with the light -transmission table that writes, include: frame body: top has seted up the mounting groove, the inside wall of mounting groove is set gradually from top to bottom with diffusion plate, area adjusting mechanism and locating seat, LED lamp board: set up in area adjusting mechanism inside, and with the inside wall of mounting groove clamping fixed, adjusting handle: respectively rotation connection in the outer vertical surface of frame body strip -shaped groove inside wall. Therefore, the utility model structure is reasonable, realizes the free adjustment of bright area through the innovative structure design, can be flexible adaptation current mainstream paper size, effectively shields the paper external light line interference, reduces visual fatigue, and its free adjustment function also breaks through the traditional central illumination limitation, can support single -sided, single -angle placement, makes the user obtain more comfortable convenient use experience when writing through the light, and the practicality is strong and use effect is good.

The invention provides a robot design method, a robot design device, robot design equipment and a computer storage medium. The robot design method comprises the following steps: determining primary selection design parameters by utilizing an optimization calculation module according to application scene requirements and a preset primary selection rule; the virtual controller module is used for generating a robot joint movement track according to application scene requirements; carrying out robot simulation by utilizing a simulation module, and determining a primary selection type simulation result; calculating robot evaluation parameters by utilizing an optimization calculation module in combination with the primary selection type design parameters, the robot joint motion trail and the primary selection type simulation result; comparing the robot evaluation parameters with preset optimization constraint conditions; and if the preset optimization constraint condition is not met, modifying the model selection design parameters. Through the robot design method, optimization design of all parameters of the robot can be comprehensively carried out, the defined model is closer to application scene requirements, and the performance can be fully exerted.

The invention relates to the technical field of bridge engineering, in particular to a bare rock geology steel sheet pile cofferdam rapid guide hole construction technology which comprises the steps of early-stage geological investigation and design, equipment type selection and arrangement, positioning and paying off, drilling operation, hole cleaning and quality inspection and connection steel sheet pile inserting and driving. Compared with the prior art that hole guiding parameter design mainly depends on artificial experience and scattered geological survey reports, and the risk that decision basis is insufficient, and parameters are conservative or rash exists, the digital design method combining multiple modes of survey with three-dimensional geological modeling and an intelligent prediction model is adopted, and the method has the advantages of being high in practicability and easy to popularize. Through multi-source data fusion, rock mass quality automatic grading and construction process simulation, fundamental transformation of lead hole parameters from empirical judgment to data-driven optimization is realized, so that high adaptability of a design scheme and complex bare rock geological conditions is ensured from the source, the scientificity and the foresight of design are remarkably improved, and the method is suitable for large-scale popularization and application. And a solid foundation is laid for subsequent efficient and accurate construction.

The invention relates to a computer-implemented method for designing or redesigning a device (1800), the device being a device for separating a substance mixture, the method comprising:-receiving (162) a set of data points (21), each data point being a simulation result of a state of the device configured for separating a substance mixture; -displaying (164) a graphical user interface, said interface comprising limited input-GUI elements (LE-GUI elements), said LE-GUI elements enabling a user to enter values of a parameter, where said GUI is configured to limit the values that the user can enter via each LE-GUI element to a range of values covered by the values assigned to the respective parameter in all of the received groups of data points,-displaying (164) a graphical user interface, said interface comprising limited input-GUI elements (LE-GUI elements), said GUI being configured to limit the values that the user can enter via each LE-GUI element to a range of values covered by the values assigned to the respective parameter in all of the received groups of data points; -identifying (166) a set of best fit parameter values from parameter values entered by the user via the LE-GUI elements, the best fit parameter values representing a desired device design with respect to at least one optimization criterion; and-displaying (168) the identified set of parameter values or a graphical representation thereof via a display device.