52results about How to "Automate your design" patented technology

Embodiments of the present application provide a product model design system and method based on a graph network. By transforming the product model into the corresponding graph network, the depth neural network can learn and train according to the corresponding characteristics mapped by the graph network, so that the depth neural network can predict the corresponding optimal design actions according to the design index parameters of the product model to be built and automatically generate a product model conforming to the design index parameters.

The invention discloses a pesticide-sprinkling helicopter. The pesticide-sprinkling helicopter comprises a helicopter body, a sprinkling power device, a pesticide preparation box, an automatic pesticide preparation valve, a pesticide conveying pipeline, a sprinkling pump and a pesticide sprinkling nozzle. The sprinkling power device comprises an air inlet pipeline, an electrically-controlled valve, a wind wheel, a main shaft of the wind wheel, a bevel gear, a stirring device, a belt pulley and a belt. The air inlet pipeline is installed outside the helicopter body. The position, close to an air inlet, of the air inlet pipeline is equipped with an electrically-controlled valve. The wind wheel is installed into the air inlet pipeline through the main shaft of the wind wheel. The main shaft of the wind wheel is connected with the stirring device through the bevel gear. The stirring device is installed into the pesticide preparation box. The main shaft of the wind wheel is also equipped with the belt pulley. The belt pulley is connected with the sprinkling pump through the belt. The pesticide-sprinkling helicopter has the following beneficial effects: wind energy generated by a helicopter propeller is taken as a power source; the wind power drives the stirring device and the sprinkling pump to work in sync; one power source is used for driving two devices; and therefore, consumption of electric power of the helicopter is reduced.

The invention discloses a device based on automatic data construction for testing a test object in an input field. The device comprises a test component modeling device, a storage device, an input field test designing device, a test component data analyzing device and an automatic test execution device, wherein the test component modeling device is used for receiving an element library, a universal type classification library and a universal type case library and performing element component modeling and universal type component modeling; the storage device is used for storing relevant information such as post-modeling data; the input field test designing device is used for obtaining an input field test object to be data-constructed, going through the input field test object to be data-constructed and generating and storing the data feature cases of the input field test object to be data-constructed; the test component data analyzing device is used for reading a data feature case to be data-constructed and analyzing the read data feature case to be data-constructed to complete the data construction; and the automatic test execution device is used for providing the input field to be tested for the input field test design device (3) to read and completing the automatic test execution in a system to be tested. Therefore, the automation level, the commonality and the test efficiency are improved finally.

The invention provides a circuit board schematic diagram design method and device, electronic equipment and a storage medium. The method comprises the steps of receiving input design scheme data; according to the component library, calling a schematic diagram design model to analyze the design scheme data, and outputting a circuit board schematic diagram corresponding to the design scheme data; wherein the schematic diagram design model is obtained by training through a deep learning algorithm; the method comprises the following steps: automatically analyzing received design scheme data by utilizing a schematic diagram design model obtained by training a deep learning algorithm, and automatically obtaining a circuit board schematic diagram corresponding to the design scheme data input by auser according to related component design data obtained from a component library; the automatic design of the schematic diagram of the circuit board is realized, the design efficiency of the schematic diagram of the circuit board is improved, and the whole design process does not need manual participation, so that design errors caused by human factors are avoided, and the design reliability of the schematic diagram of the circuit board is improved.

The invention relates to a method for designing automatic simulation calculation of the flow state of a large slow flow landscape water body in a multi-scheme manner. The method comprises the steps of: firstly, establishing flow evaluation indexes of a large slow flow water body; then carrying out once meshing for simulation calculation of multiple water inlet schemes; and integrating all simulation calculation processes by programming and establishing project files (*.CAS (Chemical Abstracts Service) files) and recording script files (*.JOU (journal) files), self-correcting boundary conditions by programs and calculating each scheme so as to realize automation of simulation calculation of the multiple scheme. By applying the method provided by the invention, once meshing and boundary condition arrangement are only needed, a large quantity of time is saved. Especially, when more designed possible water inlets exist, simulation calculation on all schemes is difficult to carry out by the existing calculating method. Compared with the scheme obtained by the existing calculating method, the optimal scheme screened by the method has the advantages that the mean flow rate of the slow flow water body is remarkably increased and is more uniformly distributed, the water area in a stagnation zone is remarkably reduced, hydrodynamic force conditions of the slow flow water body are improved, and the quality of the slow flow water body is improved.

The invention discloses a smart scoliosis orthopedic system. The smart scoliosis orthopedic system includes a data analysis module, a simulation design module, a wearing feedback module and a terminalcontrol module; the data analysis module uploads a whole-spine X-ray film of a patient, and then the system automatically analyzes the scoliosis type of the patient and then gives specific conditionssuch as corresponding Cobb angles; according to pelvis X-ray film information of the patient, a risser sign and a bone-age increase space are given to assist in pre-judging an orthopedic condition ofa brace on the patient; and meanwhile, CT images or other data of parts required by specific suggestions on thoracic segments or lumbar segments is given. The smart scoliosis orthopedic system has the advantages that effects of automatic design, monitoring and treatment are achieved, doctor-patient communication conflicts are reduced through cooperation of an attending doctor, the patient and other family members, many medical resources can also be saved to a great extent, and meanwhile orthopedic treatment effects on scoliosis can also be improved.

The invention discloses automatic cotton fiber detection equipment which comprises a color and impurity detection device, a grabbing mechanism, a splitting mechanism, a length and strength detection device, a first sample box and a second sample box, and the first sample box and the second sample box are both used for containing cotton fiber samples. A color detection port and an impurity detection port for exposing cotton fiber samples are formed in the bottom of the first sample box, and a length detection port and a strength detection port for exposing the cotton fiber samples are formed in the bottom of the second sample box; the first sample box is grabbed to the color and impurity detection device through the grabbing mechanism, and the color and impurity detection device detects a cotton fiber sample through a color detection opening and an impurity detection opening of the first sample box; the second sample box is grabbed to the splitting mechanism through the grabbing mechanism, and the splitting mechanism is used for splitting the cotton fiber samples located at the length detection port and the strength detection port and conveying the cotton fiber samples to the length and strength detection device for detection; and automatic detection of the cotton fiber sample is realized.

The embodiment of the present application provide a mechanical product design method and a system thereof, By inputting the design index parameters of the mechanical product to be designed to the artificial agent, the design action is optimized according to that design index paramete by the artificial agent, so as to realize the purpose of automatically generating a design model of a mechanical product conforming to the design index parameter, and thereby, the present application can realize the sharing of the design experience of the mechanical product, and can make the establishment of the design model of the mechanical product faster and more efficient.

The invention belongs to the technical field of spacecraft flight measurement and control, and particularly relates to a spacecraft antenna installation position and antenna direction selection determination method. The method comprises a setting link, a geometric visible arc section operation link, an antenna installation angle traversal range operation link, a first judgment link, an intersection range operation link, a link margin operation link, a second judgment link, a third judgment link, a result operation link and a result output link. Compared with the prior art, according to the selected spacecraft orbit data, the antenna pattern, the measurement and control station layout and the spacecraft and ground equipment measurement and control communication link constraint, the antenna installation position and the antenna direction meeting the measurement and control task requirement are automatically calculated, and automatic design of the spacecraft antenna installation position and the antenna direction is achieved.

The invention relates to the technical field of automation of lithium battery production mechanisms, aims at solving the problems that power is saved and the safety cannot be ensured when an operatoroperates and overturns a PACK wire lithium package, and provides an overturning screwdriving device for a lithium battery package. The device further comprises a conveying wire mechanism, and an overturning mechanism which is connected to a rack base in a front and back sliding manner, wherein the overturning mechanism comprises a battery package clamping plate mechanism, a driving mechanism and an overturning supporting plate; the overturning supporting plate is vertically fixedly connected to the battery package clamping plate mechanism; the overturning supporting plate is rotatably connected to a rack through a rotating shaft; and the overturning supporting plate is backwards overturned by 120 degrees. With the adoption of the device, the lithium battery package product is automaticallylifted and overturned; compared with an existing manual overturning mode, the device extremely reduces the working intensity of the operator and improves the safety coefficient of the whole production line.

The invention discloses a clamping force deflecting increment progressively decreasing determination algorithm. The clamping force deflecting increment progressively decreasing determination algorithm comprises the following steps of judging the existence of a first interval value; calculating a first interval value of force; judging the existence of a second interval value; determining a second interval value of the force. According to the clamping force deflecting increment progressively decreasing determination algorithm, involved calculations convert a continuous type clamping force design problem to be a discrete type, a computer is beneficial to achievement of automatic design of the clamping force, the algorithm is suitable for complex-shaped workpieces, and a basic theory is provided for research and development of a practical computer auxiliary clamp design.

The invention provides a rapid ship living area modeling method based on man-machine interaction. The method comprises: carrying out modeling on composition components of sample rooms of different room types on a secondary development platform of drawing software, and generating multiple sets of reasonable sample living areas to serve as preset arrangement schemes; establishing a utility value model for calculating utility values of different sample living areas; packaging the drawn layout scheme into a program set; loading the program set through drawing software; inputting design parametersof a to-be-designed actual room into the drawing software; and performing utility value analysis of each preset arrangement scheme on the input design parameters through preset utility values, and generating a design drawing of the actual living area under the scheme. According to the method, automatic design of modeling design and layout of the living area is achieved, the limitation in traditional drawing software drawing design work is broken through, and the design efficiency and the automation degree are improved.

The invention discloses a design method of a standard cell library circuit. The method comprises the steps of (1) selecting a standard cell library corresponding to an existing process as a template,(2) classifying all the cells in the template, (3) modifying the names of transistors of all cells in the template according to a classification result, (4) providing a parameter assignment list required by all transistors of the standard cell library of a whole new process, and (5) carrying out parameter assignment on transistors at all levels according to a parameter assignment list and the number of drivers to form a standard cell library corresponding to the new process. According to the method, the automatic design of the standard cell library circuit can be achieved, the working efficiency can be improved, and the error rate is reduced.

The invention belongs to the technical field of spacecraft flight measurement and control, and relates to a spacecraft antenna installation position and antenna direction selection determining system. The system comprises a setting module, a geometric visible segmental arc operation module, an antenna mounting angle traversal range operation module, a first judgment module, an intersection range operation module, a link margin operation module, a second judgment module, a third judgment module, a result operation module and a result output module. According to the system of the invention, on the basis of selected spacecraft orbit data, antenna patterns, measurement and control station layout and the spacecraft and ground equipment measurement and control communication link constraint, the antenna installation position and the antenna direction meeting measurement and control task requirement are automatically calculated, and automatic design of the spacecraft antenna installation position and the antenna direction is achieved.

The invention discloses a shoe bottom cleaning device. The device comprises a shell, transverse rods, a conveyor belt, hairbrushes, a motor, belt pulleys, a belt, spray heads, water inlet pipes, a water outlet pipe, electromagnetic valves, a single chip microcomputer, a triggering switch and a water supply tank, wherein the conveyor belt is connected with the motor through the belt pulleys and thebelt; the spray heads are obliquely arranged on the parts, among the transverse rods and the conveyor belt, on the left and right sides of the shell; the single chip microcomputer is electrically connected with the motor, the electromagnetic valves and the triggering switch; the triggering switch is installed below the transverse rods; the water supply tank is formed in the position, close to theleft side, in the shell, the two rows of hairbrushes are arranged on the conveyor belt to form a double helix shape; the hairbrushes are in contact with water in the water supply tank when verticallyfacing down. Different from the prior art, the device has the advantages that the hairbrushes are arranged by adopting the double helix mode, so that things in lines of the shoe bottom can be effectively cleaned away when the hairbrushes are driven by the conveyor belt to clean the shoe bottom; meanwhile, automation is achieved, and water is saved when the device is in use; the overall structureis simple, and the practicability is high.