33 results about "Junction point" patented technology

The invention discloses a part replacement method, device and system and a storage medium. The method comprises the steps that an operation instruction for replacing an initial part through a target part is obtained; identifying a first mechanical connection point on the initial part; determining a second mechanical connection point corresponding to the first mechanical connection point on the initial part in the target part; and replacing the initial part with the target part according to the second mechanical connection point, and inheriting the contact attribute and the mechanical boundary condition of the initial part through the target part. By adopting the scheme provided by the invention, the first mechanical connection point on the initial part can be automatically identified according to the operation instruction, and the second mechanical connection point corresponding to the first mechanical connection point is determined in the target part, so that part replacement is completed, manual operation of an engineer is not needed, and the part replacement efficiency and accuracy are improved.

The invention relates to the technical field of parameterization modeling, in particular to a construction drawing intelligent design optimization method and system based on parameterization, and the method comprises the following steps: extracting boundary and annotation information, judging the orientation and affiliation relation of components, analyzing the coordinates of end points, adjusting the order of side lines, calculating the occupation offset, comparing the positions of intersection points, recognizing preorder nodes, and sorting. Extracting junction point distribution to judge a contact range and a connection relation, and determining a drawing page number by combining a component starting point and a path direction. According to the method, the spatial affiliation relation of the components is established through geometric boundaries and labeling information, the trend is adjusted according to the included angle difference value of side lines, the connection strength is recognized by combining the joint angle and the contact range, the drawing sequence is deduced according to the serial number sequence and the intersection point sequence, and the component combinations are continuously divided through attachment sections. The drawing page distribution is positioned based on the starting point of the component and the path direction, dynamic cooperation of component arrangement, sequence organization and drawing splicing is achieved, and the accuracy of component structure expression and the integrity of construction drawing generation are improved.

The invention provides a method for automatically compiling an assembly process procedure based on CATIA and EXCEL secondary development, and the method comprises the steps: building a standard part library, compiling a procedure template, determining process connection information, selecting drilling and connection working conditions, and finally compiling the procedure according to the determined drilling connection point information. According to the method, by specifying the part drawing number, automatically screening the drilling connection information related to the specified part in the mathematical model and automatically counting the number of the standard parts, the time for selecting, copying, pasting and sorting by technicians is saved, the problems of missing selection, wrong selection and wrong counting of the number of the standard parts are solved, the one-time passing rate of regulation compiling is increased, and the working efficiency is improved. Wait waste in the production process is avoided, and the assembly efficiency is improved.

The invention relates to a method for non-destructively testing a connection point (10) in a component assembly, comprising a base layer (14), at least one cover layer (16), and a connection element (12a, 12b) with a head (18a, 18b) and a shaft (22a, 22b). The connection point (10) is formed between the shaft (22a, 22b) of the connection element (12a, 12b) and the base layer (14), and the cover layer (16) has a thermal conductivity which is greater than that of the base layer (14) and the connection element (12a, 12b). The test is carried out by means of a thermal imaging camera (34) and an inductor (36) which is arranged on the component assembly side opposite the thermal imaging camera (34). The inductor (36) is inductively excited by means of a pulse via an active surface of the base layer (14) at an excitation time. Furthermore: • at a first detection time, a reference image of the connection point (10) is captured by the thermal imaging camera (34), the head (18a, 18) being imaged in said reference image as a head surface area (20a, 20b); • at a second detection time (44), a test image which is analogous to the reference image is captured, said second detection time (44) occurring after the first detection time and a specified duration after the excitation time; • an analysis region (42) is defined in the test image and / or in the reference image, wherein the analysis region (42) at least partly comprises the head surface (20a, 20b), and the analysis region (42) is divided into sub-regions, in particular pixels, said sub-regions being assigned a temperature value; • a temperature change value is formed using a rule on the basis of the temperature values of the corresponding sub-regions of the reference and test image; • on the basis of the temperature change value, an "OK" value is formed if the temperature change lies in a pre-defined temperature interval with at least one lower boundary; and • the connection point (10) is classified in that the sum of the sub-regions with an "OK" value is compared with a reference interval with at least one specified lower interval boundary. The connection point (10) is classified as an "OK" connection if the sum lies in the reference interval, otherwise the connection point (10) is classified as a "not OK" connection.

This application relates to the field of NFV technology and discloses an instantiation method and apparatus for a virtualized network function (VNF). The method includes the steps of: a VNFM receiving a first instantiation request from an NFVO, the first instantiation request including configuration information of a first virtual connection point of the VNF, the configuration information of the first virtual connection point including configuration information of K microservices of the NF corresponding to the VNF; further determining configuration information of a first ingress container object corresponding to the first virtual connection point, the first ingress container object being configured to provide access ingress for the K microservices; and sending the configuration information of the first ingress container object to a CISM, the configuration information of the first ingress container object being for creating the first ingress container object. In this way, an ingress container object can be created for the microservice. The access address of the microservice defined using the ingress container object can be a domain name (e.g., FQDN), so that the access requirements of the microservice can be met.

The invention provides a data full-flow vulnerability collection method and apparatus, a device, a storage medium and a product. The method comprises the steps of obtaining a historical work record; the historical work record comprises work stage time sequence information of the target object; based on the working stage time sequence information of the target object, determining the proportion of target junction points in each preset time period; the target handover point is a handover time point between a following stage and a previous stage of the following stage in the historical work record, and the following stage is a stage following the current stage of the target object in the historical work record; predicting the next stage of the target object from a plurality of following stages based on the proportion of the target intersection points in each preset time period; and when the current stage is completed, performing data full-flow vulnerability collection on the target object by adopting the predicted vulnerability scanning tool corresponding to the next stage. According to the method, more matched vulnerability scanning tools can be used in different stages of the target network and the system, and the overall vulnerability scanning effect is improved.

The present invention relates to a system and method for designing a power management cluster in a code-free manner, the system comprising at least one processor for executing at least one instruction for generating a power instance based on power component information; instructions to generate a reset controller instance disposed at a front end of the power instance and delivering a reset output to a target including the power instance; instructions to set first connection point information between the target and the reset controller instance; an instruction to generate a reset test controller instance including a test mode test data register block corresponding to the reset controller instance and a test control test data register block; an instruction for setting information of a second connection point between the reset controller instance and the reset test controller instance; instructions to generate hardware code based on the power instance, the reset controller instance, the first connection point information, the reset test controller instance, the second connection point information, and hardware code logic.

A set of processing core resources of a database system is operable to receive a query regarding a dataset. The query includes query operations organized in a tree structure. A section of the tree includes a set of branches having a common connection point. The set is operable to, for the section, set a first execution indicator to a pause mode value. The set is operable to set a second execution indicator to an execution mode value. The set is operable to execute the second set of query operations to produce a second partial query resultant. The set is operable to, when the second branch is substantially completes, send an end of file signal to the third set of query operations. The set is operable to, in response to the end of file signal, change the first execution indicator to the execution mode value and execute the first set of query operations to produce a first partial query resultant.

According to the substation prefabricated cabin deployment method and device, the storage medium and the computer equipment provided by the invention, the full-system function baseline test is executed in advance in the factory prefabrication stage, the reference data is generated, and the electronic file containing the accurate process parameters is created for each key connection point; therefore, the subjective experience judgment of the assembly quality is converted into objective data control from the source, and the traceability of the assembly data is realized at the same time. In the on-site assembly link, related machines can be controlled to execute standardized operation according to parameter information in an electronic file, particularly, accurate quantitative control over key procedures such as bolt fastening is achieved, and contact resistance and overheating risks caused by improper torque are eradicated. After assembly is completed, through automatic comparison verification of field test data and reference data tested during preassembly, any assembly deviation or performance degradation can be rapidly identified and positioned, so that the long-term operation reliability of the prefabricated cabin of the transformer substation is improved, and the fault risk is reduced.

1. The name of the design product: PLC programming graphical user interface for electronic device. 2. The use of the design product: for displaying PLC programming interface information. 3. The design points of the design product: the graphical user interface in the screen. 4. The picture or photo that best shows the design points: front view. 5. The rear view is omitted as it is a conventional design; the left view is omitted as it is a conventional design; the right view is omitted as it is a conventional design; the top view is omitted as it is a conventional design; the bottom view is omitted as it is a conventional design. 6. The use of the graphical user interface: the front view is the main interface displayed by the display screen of the display screen panel, in which the user clicks "I" in "select condition" on the left side, the interface jumps to interface change state diagram 1; in interface change state diagram 1, the user clicks "input port 01", the interface jumps to interface change state diagram 2; in interface change state diagram 2, the user clicks "Q" in "select result" on the right side, the interface jumps to interface change state diagram 3; in interface change state diagram 3, the user clicks "output port 01", the interface jumps to interface change state diagram 4; in interface change state diagram 4, the user clicks the blank position between the two dashed boxes, the interface jumps to interface change state diagram 5; in interface change state diagram 5, the user clicks "input port 02" on the left side, the interface jumps to interface change state diagram 6; in interface change state diagram 6, the user clicks "output port 02" on the right side, the interface jumps to interface change state diagram 7; in interface change state diagram 7, the user clicks "input port 02" in the middle position, the interface jumps to interface change state diagram 8; in interface change state diagram 8, the user clicks the "connection line icon" above, the interface jumps to interface change state diagram 9; in interface change state diagram 9, the user clicks the connection point on the right side of "output port 01" and the connection point on the left side of "input port 02" in the middle position, the interface jumps to interface change state diagram 10; in interface change state diagram 10, the user clicks the "connection line icon" above, the interface jumps to interface change state diagram 11. In interface change state diagram 11, the user clicks the "horizontal line" on the left side of "input port 02", the interface jumps to interface change state diagram 12, in which the user clicks the "connection line icon" above, the interface jumps to interface change state diagram 13, in which the user clicks the "connection line icon" above, the interface jumps to interface change state diagram 14.

This invention discloses an intelligent testing method for FPGA interconnect resources at the billion-gate level, belonging to the field of FPGA testing. The method involves identifying the module under test (DUT) of the internal interconnect resources of the FPGA; extracting its physical connection point information from the XDLRC resource file of the DUT; modeling and parameterizing the physical connection points, presenting the results in a graph dictionary; searching for the optimal routing path based on the graph dictionary, generating a configuration graph, and performing ATE testing to determine if the tested path has any faults. This invention extracts the FPGA's XDLRC resource file, analyzes the structural characteristics of the interconnects, and optimizes the modeling process based on the determinacy of the interconnect metal lines' positions, transforming the interconnect metal lines into points in a mathematical graph model. Compared to the previous modeling optimization, the modeling space is compressed by nearly 50%, and the routing search time is also reduced accordingly. An improved depth-first search algorithm is used, enabling the search function to be implemented with concise code, and parameterized information is added to the search dictionary object.

The utility model discloses a terminal connecting structure which comprises a first connecting piece and a second connecting piece, one end portion of the connecting piece is provided with a fastening assembly, and the connecting piece and the outer wall of the end portion of the second connecting piece are attached, enclasped and fixed through the fastening assembly. Compared with an existing welding mode, connection points are reduced, contact point loss is reduced, production procedures are reduced, compared with the welding mode, connection stability is not reduced, and in addition, a plating layer and corrosion resistance of a product can be prevented from being affected.

The invention discloses a path planning method and a nuclear power refueling robot. The method comprises the following steps: acquiring a starting point and a target point of a robot; determining a first junction point of the first working area according to the starting point and the type of the first working area where the starting point is located; determining a second junction point of the second working area according to the target point and the type of the second working area where the target point is located; according to the type of the working area passed by the robot from the starting point to the target point, determining a process junction point in each passed working area; generating a data map set according to the starting point, the first handover point, the process handover point, the second handover point and the target point; and determining a target planning path by adopting an A star algorithm according to the starting point, the first junction point, the process junction point, the second junction point, the target point and the data map set. Through the scheme provided by the embodiment, the movement continuity and the working efficiency of the nuclear power refueling robot under the complex working conditions can be improved.

A system for computing comprising: a reconfigurable computing device, comprising: a lockable circuitry comprising: reconfigurable data routing junctions, each having a configuration interface and an internal configuration; a lock controller, connected to each of the reconfigurable data routing junctions; and a hardware lock bit; wherein the lock controller is configured to deliver a persistent lock signal to each of the reconfigurable data routing junctions when the hardware lock bit is in a locked state; wherein the hardware lock bit is transitioned from the locked state to an unlocked state only by a power cycle of the reconfigurable computing device; and wherein each reconfigurable data routing junction is configured to, in response to assertion of the persistent lock signal: lock the reconfigurable data routing junction's internal configuration; and decline to modify the internal configuration in response to one or more configuration signals received via the configuration interface.

Embodiments of the present application provide a ladder diagram drawing method, an electronic device, a storage medium and a program product. Relate to computer field. The method comprises: receiving a variable relationship list sent by an electronic device, the variable relationship list comprising parameter information of a plurality of first variables, the parameter information comprising position information and system identification of the plurality of first variables; according to the variable relationship list, classifying the plurality of first variables to obtain a first variable set, the system identification of a plurality of second variables in the first variable set being the same; according to the position information of the plurality of second variables, determining position coordinates and connection point coordinates of the plurality of second variables, the connection point coordinates being used to indicate end point coordinates of a connecting line between two second variables; and generating a ladder diagram corresponding to the first variable set according to the position coordinates and the connection point coordinates of the plurality of second variables. Improve the drawing efficiency of the ladder diagram.

The application discloses a cloud configuration pipeline flow component implementation method, equipment and medium, the method comprises the following steps: receiving Internet of Things collection data, and based on the preset data rule, the corresponding style rule is configured for the pipeline flow component corresponding to the Internet of Things collection data; the style rule is used to indicate the display style and animation effect of the pipeline flow component corresponding to the data rule, and the animation effect at least includes flashing and rotating; receiving the operation instruction of the user through the visual editing window, and determining the connection point information corresponding to the operation instruction, so as to bind the connection point information to the SVG Polyline element; based on the SVG Polyline element, and according to the data rule corresponding to the Internet of Things collection data and the style rule corresponding to the data rule, the pipeline flow component is rendered in the visual page, and the dynamic rendering effect of the pipeline flow component is realized.

The present application provides a kind of body connection point part gap detection method and system, comprising: selecting the assembly numerical file needing to do body connection point part gap detection, input model file in software;Identify all connection point numerical files in assembly numerical file and record each connection point center coordinate;Generate normal line through center coordinate, detect the intersecting parts of connection point;Extract the maximum profile of the position where connection point is located, generate the maximum profile cylinder parallel to the normal line direction, generate four equal division normal lines same as the center line direction of cylinder within the maximum profile cylinder;By comparing the detection value between the intersection point of four equal division normal lines and the intersecting parts with the theoretical value, it is judged whether the part gap detection is qualified.The present application completes body connection point part gap detection by software judging and identifying, makes judgment more efficient and accurate, saves time cost and personnel cost.

The invention relates to the technical field of modular assembly, and provides an electromechanical component modular assembly state detection method and system, and the method comprises the steps: carrying out the recognition of an assembly working condition through workpiece identification and station perception, initializing a structure subgraph, and carrying out the modeling of an assembly action through multi-source sensor data; the method comprises the following steps: extracting action features and predicting the position of a target connection point; carrying out local structure modeling and spatial registration on the target connection point; carrying out docking consistency judgment by combining action behaviors and structural geometry to obtain a structural error and a consistency score; constructing a state judgment function; and forming a final assembly state judgment, and outputting the final assembly state judgment in a structured format. According to the invention, high-precision, multi-dimensional and traceable detection of the assembly state of the modular electromechanical component is realized, the method is especially suitable for complex manufacturing scenes of multiple varieties, small batch and high variation, and the assembly quality control level and the engineering application value are greatly improved.

The present invention relates to a blank joining module for a converting machine. The blank joining module comprises an upper feeder device configured to feed and transport an upper blank (2b) and a lower blank (2a) towards a junction point (J) where the upper blank is superposed onto the lower blank. The blank joining module comprises a register control system comprising a sensing system and a position correction device (86) configured to displace the upper blank to be aligned to the lower blank.

A device (4) for an electrical distribution system (2) is specified, comprising a basic arrangement (6) with a base support (8) having at least one connection point (10) for attachment to a busbar (12) of the distribution system (2), comprising a functional arrangement (18) with a module carrier (20), wherein the functional arrangement (18) is designed for the fixed mounting of at least one functional module (22) on the module carrier (20), and wherein the functional arrangement (18) is detachably connectable to the basic arrangement (6). Furthermore, a set is specified, comprising a functional arrangement (18), a first basic arrangement (6), and a second basic arrangement (64).

The invention discloses a dynamic adjustment method and system for a distributed reasoning assembly line, and relates to the technical field of artificial intelligence and computer application. The method comprises the following steps: redundantly deploying overlapping model layers on adjacent calculation units of the distributed reasoning system, so that the overlapping model layers exist in an upstream calculation unit and a downstream calculation unit at the same time physically; a junction point module is configured in the overlapping model layer, and the junction point module has a dynamically adjustable routing state and is used for controlling the flow direction of data output by the model layer; receiving reasoning data carrying a configuration version label; according to the configuration version label of the inference data, determining the routing state of a junction point module in the upstream calculation unit; path selection is performed based on the determined routing state, the inference data is input to a next model layer of the upstream computing unit to continue local computing, or the inference data is exported to the downstream computing unit to continue computing in an overlapping model layer of the downstream computing unit. The invention aims to realize millisecond-level assembly line dynamic adjustment, avoid inference service interruption and reduce adjustment overhead.

Device (1) for testing a connection point (2) of an electrical installation, comprising: - a connection means (12) for connecting the device to the connection point (2), - a load test means for performing a load test of the connection point and determining load test measurement values, - an evaluation means for evaluating the load test measurement values ​​and creating a load capacity assessment, and - one or more display means (13, 14) for displaying the load capacity assessment, characterized in that a control means is provided and is configured to: • detect the connection of the device to a connection point, and, • after a successful connection has been detected, without establishing a connection with other devices, to perform a load test using the load test means and to determine load test measurement values.and• to evaluate the load test measurements using the evaluation device and to create a load-bearing capacity assessment, and• to display the load-bearing capacity assessment using the display device(s).

1. The name of the design product: threaded stacking connector. 2. The use of the design product: for increasing connection points in electronic equipment, computers and other similar products. 3. The design points of the design product: in the shape of the product. 4. The picture or photo that best shows the design points: assembly state figure 1.

1. The name of the design product: crimping type stacked connector. 2. The use of the design product: for increasing connection points in electronic equipment, computer and other similar products. 3. The design points of the design product: in the shape of the product. 4. The picture or photo that best shows the design points: combination state Fig. 6.