51 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 invention discloses a chip design method, chip design equipment and a medium, and relates to the technical field of chips, during chip design, a target module in a chip is firstly determined, power supply planning of the target module is independently adjusted to avoid the influence of voltage drop on crosstalk when the wiring density is too large, crosstalk prevention is started in advance in the power supply planning stage, and the crosstalk is prevented from being damaged. After the layout and wiring design of the chip is carried out according to the power supply plan and the module layout, the crosstalk condition existing in the chip is directly analyzed, and if the crosstalk occurs in a target module, a mode of enlarging the layout space of the target module is adopted to cope with the crosstalk; if crosstalk occurs in other modules, a mode of adjusting electrical parameters of a signal line is adopted to cope with the crosstalk. Crosstalk prevention is carried out in the chip design stage, and different response modes are adopted according to different areas where crosstalk is located, so that the influence of crosstalk on normal working of the chip is avoided, and the accuracy and stability of the chip during working are improved.

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 field of engineering cost and technical and economic review, in particular to an intelligent technical and economic review method and system based on parameter fuzzy matching. And an intelligent process of equipment identification, model matching, unit conversion and quota review is designed, so that full-process automation of technical and economic review is realized. The system solves the problem of equipment name expression difference by utilizing fuzzy matching and a synonym library, the most adaptive equipment model is accurately selected through a mutual exclusion and scoring sorting mechanism, the accuracy and efficiency of review are remarkably improved, the problems of manual missed review, wrong review and different standards are effectively avoided, and in the quota matching process, the review efficiency is greatly improved. By applying keyword and antonym matching logic, a quota adjustment condition is automatically judged, a human-material-machine cost adjustment coefficient is calculated, and conversion from'experience judgment 'to'rule driving' is realized.

The invention discloses a micromotor resonance risk analysis method and system, belongs to the technical field of micromotor manufacturing, analyzes and diagnoses the resonance risk of a micromotor by combining electromagnetic excitation simulation, modal simulation and sound physical quantity acquisition, and is used for avoiding the frequency band where the micromotor generates resonance and reducing noise. And the design of a micromotor mounting structure is guided, the equipment investment cost is low, and the application range is wide.

The utility model discloses a double-flow-line linkage bending shaping device and an automatic bending assembly line using the same, the double-flow-line linkage bending shaping device comprises a rack, and a main flow line, a bending flow line, a transfer module, a jacking module and a bending shaping module which are arranged on the rack, the main flow line and the bending flow line are arranged in parallel along the product flow line direction, the main flow line is provided with a code scanning station, and the bending flow line is provided with a code scanning station. A code scanning station is arranged on the bending streamline, a code scanning module is correspondingly arranged at the code scanning station, a bending station is arranged on the bending streamline, a visual module is correspondingly arranged at the bending station, and the transferring module comprises a feeding carrying mechanism and a discharging carrying mechanism; and the bending shaping module comprises a bending mechanism and a steel sheet taking and placing mechanism which are correspondingly arranged at the bending station. According to the scheme, the productivity is improved through double-station simultaneous operation, the normal streamline is not affected while equipment bending and shaping work is conducted through the double-flow-line design, the product streamline waiting time is shortened, the productivity is improved, the turnover frequency of the flexible circuit board is reduced through the automatic streamline design, the part damage rate is reduced, and the product yield is improved.

The utility model discloses concrete mixing equipment for building construction, which comprises a support frame, a driving part and a mixing drum are respectively mounted on the left side and the right side of the top of the support frame, the right side of the inner cavity of the mixing drum is communicated with a discharge valve, the top of the mixing drum is fixedly connected with an auxiliary frame, and the top of the inner cavity of the auxiliary frame is communicated with a feeding pipe; the variable-angle stirring mechanism is mounted in the stirring barrel in a penetrating manner, the variable-angle stirring mechanism comprises a movable rod, a stirring plate is movably mounted on the surface of the movable rod through a rotating shaft, a displacement block is mounted on the surface of the stirring plate in a penetrating manner, and an auxiliary rod is fixedly connected to one side of the displacement block. The utility model has the advantage of uniform processing, and solves the problems that the stirring piece in the existing stirring equipment is fixedly arranged, the mixing and stirring range is fixed, the overall stirring uniformity is general, and the vertically designed equipment is easy to cause the phenomenon of material layering and has certain limitation.

Provided in the present application are a method for constructing a device, a method for constructing an assembly database, a method for designing a device, and a related product. The method for constructing a device comprises: on the basis of an assembly path of a device, decomposing the device into several combination assembly relationships in a set sequence, wherein each combination assembly relationship is used for representing a connection relationship between a first target member and a second target member; on the basis of each combination assembly relationship, forming an intermediate configuration of the device, and on the basis of excitation and response data for the intermediate configuration, establishing a quantitative model of the intermediate configuration corresponding to the combination assembly relationship; and combining quantitative models corresponding to intermediate configurations, so as to form a model of the device. On the basis of the intermediate configurations corresponding to the combination assembly relationships, the performance of connection relationships in the device is independently quantified, and when the method is applied to the design of the device, the initial precision and the dynamic characteristics of the designed device can be effectively ensured.

The invention provides a circuit design method, a virtual device, circuit design equipment and a storage medium. The method comprises the following steps: acquiring a target circuit design demand of a user; a pre-maintained circuit design library is called, and the circuit design library comprises mapping relations between different circuit design requirements and different circuit design schemes; under the condition that a target circuit design scheme corresponding to the target circuit design requirement exists in the mapping relation in the circuit design library, target circuit design is carried out based on the target circuit design scheme; and under the condition that the target circuit design scheme corresponding to the target circuit design demand does not exist in the mapping relationship in the circuit design library, generating a circuit design script command based on the target circuit design demand, and executing the circuit design script command to perform target circuit design. Automatic and efficient circuit design is realized, manual operation is not needed, and the working efficiency and the working accuracy are 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 utility model discloses a biological product workshop clean workshop structure relates to clean workshop structure technical field. Including three structure layers and basement, the basement is used to place live toxic wastewater sterilizing tank, water pump and water chiller, the structure layer is by clean room and upper technical interlayer two parts composition, still include two equipment pipeline layers, and equipment pipeline layer is used to place drain pipe, cold storage and greenhouse unit, two equipment pipeline layers are located below the structure layer of top layer and below the structure layer of middle layer respectively. The utility model designs equipment pipeline layer, and places drain pipe, cold storage, greenhouse unit all in equipment pipeline layer, reduces the density of traditional workshop upper technical interlayer public works to some extent, can carry out construction simultaneously in the construction process, is favorable to shorten the project construction period. In the workshop maintenance process in later period, the repair space is sufficient, and the maintenance is convenient, and reduces the safety risk in the maintenance process.

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 discloses software development aided design equipment which comprises a working table, a host placing plate is fixedly installed at the bottom of the working table, a displayer and a machining assembly arranged outside the displayer are arranged in the working table, and the machining assembly comprises a protection assembly arranged outside the displayer. When a used displayer needs to be protected, a handle is rotated to drive an opposite threaded rod to rotate along with the displayer, and due to the fact that an inclined frame fixedly installed at the end of a sleeve plate is arranged in a frame groove in a sliding mode, under the limitation of the inclined frame, the rotating opposite threaded rod drives two sleeve plates arranged on the outer wall of the opposite threaded rod in a sleeving mode to move oppositely, and the sleeve plates drive the inclined frame to slide in the frame groove; due to the fact that the inclined groove body is formed in the inclined frame, under the limitation of the inclined groove body, the inner portion of the inclined frame makes contact with and extrudes the outer wall of the sliding column, the sliding column drives the support to slide downwards, and the displayer arranged at the top of the support is pulled downwards.

The present application relates to parallel machine structure technical field, specifically to a kind of two degrees of freedom double output mode's cleaning and sorting equipment.The conventional cleaning and sorting production line, if the part on conveying device is conveyed to carry out cleaning and sorting, usually will be equipped with a cleaning robot and sorting robot, cleaning robot and sorting robot are independently arranged, the topology of two is different, respectively needs to be equipped with a host computer to carry out control, cause the cost of cleaning and sorting production line to be higher, the floor area of production line is larger.For the above problems, the present application provides a kind of two degrees of freedom double output mode's cleaning and sorting equipment, the design of the cleaning and sorting equipment has two degrees of freedom, can realize double output mode, this special robot topology makes that equipment can show efficient and flexible operating ability in complex sorting and cleaning task, by this design, equipment can move in two dimensions, while realizing two output actions, greatly improve work efficiency and the convenience of operation.In addition, the special structure of this equipment also allows it to control the position and direction of object more accurately when performing tasks, thereby improving the accuracy of sorting and cleaning.

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.

The invention belongs to the technical field of thermal power generation boilers, and discloses a thermal power generation boiler water level control optimization method based on a particle swarm optimization algorithm, which comprises the following steps: calculating heat exchange efficiency attenuation coefficient and lift attenuation coefficient characteristics by collecting equipment health parameters such as water cooling wall scaling thickness and feed pump inlet and outlet pressure difference; an equipment health correction item is introduced into the dynamic hybrid model, and meanwhile, an equipment attenuation compensation mode is designed, so that the problem that equipment attenuation is not quantized through traditional control is solved; compared with the defect that deviation of a traditional model is gradually enlarged due to equipment aging, the equipment health state and the water level model can be associated in real time, disturbance influence and equipment attenuation influence are distinguished, and the deviation between a model calculation value and the actual water level is stably controlled within + / -3 mm; cross-system parameters such as power grid frequency and turbine control valve opening are collected, a disturbance transfer path matrix is constructed through cross-correlation analysis and transfer entropy, then the implicit disturbance chain influence amplitude in the future 30 s is predicted through GNN, and prediction feedforward control is triggered. By means of the design, the water level standard reaching rate under the extreme working condition is increased, the water level protection maloperation risk during isolated grid operation can be reduced, and it is guaranteed that a unit can still operate safely and stably under the extreme scenes such as deep peak regulation and power grid faults.

The utility model belongs to the technical field of underwater equipment, and discloses a multi-legged underwater robot which comprises a machine frame, propellers and a walking assembly, the propellers and the walking assembly are installed on the machine frame, the propellers are connected with the walking assembly, the number of the propellers is at least two, and the orientations of the two propellers are opposite; the propellers are used for driving the walking assembly to change the advancing track. Through the design, when the equipment is used for underwater operation, the equipment rotates, one group of propellers provide main thrust to ensure basic operation of the equipment, and the other group of propellers provide oblique thrust to provide additional force on the basis of the main thrust, so that the equipment has enough forward power, the steering flexibility of the equipment is enhanced, and the service life of the equipment is prolonged. And the condition that the equipment sinks into silt is reduced, especially in a complex or soft underwater terrain, so that normal operation of underwater operation is ensured.

The utility model relates to the technical field of measuring brackets, in particular to a bracket special for multi-scale measurement of the detection efficiency of a gamma spectrometer. Concave disc bottom plates are fixedly arranged at the bottom in a staggered manner, and annular grooves are formed by the concave disc bottom plates and the outer edges of the concave disc bottom plates; a plurality of threaded holes are formed in the inner wall of the main body disc plate in a cross-shaped up-and-down penetrating manner; a support frame; and a disc frame is detachably mounted through the screw rod. The structural design flexibility is specifically multi-direction movement, the equipment can freely move in the radial direction and the axial direction through the design of the threaded holes in the main body disc plate, and accurate positioning is achieved. And due to the introduction of the adaptive locking structure, the equipment can adapt to locking of threads with different sizes, and the compatibility and adaptability of the equipment are improved.

Adaptable manufacturing systems, methods, and apparatuses are disclosed. An apparatus for manufacturing a product in accordance with the present disclosure may include a design apparatus, an assembly apparatus, and a control apparatus, coupled to the design apparatus and the assembly apparatus. The control apparatus receives input information from the design apparatus and the assembly apparatus. The control apparatus provides output information for altering at least one parameter used by at least one of the design apparatus and the assembly apparatus in the manufacture of the product.

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.