32 results about "Product model" patented technology

This invention discloses an adaptive dispensing method, apparatus, device, and storage medium, relating to the field of dispensing technology. The method includes acquiring identification information corresponding to a medium to be dispensed; acquiring dispensing parameters corresponding to the medium based on the identification information; arbitrarily placing the medium on the dispensing platform of a dispensing device; controlling a vision recognition device to collect and identify the placement information of the medium; and controlling the dispensing component of the dispensing device to perform a dispensing operation on the medium according to the dispensing parameters and the placement information. This method automatically matches dispensing parameters based on the identification information of the medium and automatically identifies the placement information of the medium using vision recognition technology before performing an adaptive dispensing operation. It eliminates the need for human intervention and complex operations, reducing the difficulty of dispensing operations and making the dispensing process more precise and efficient. It is suitable for mass production applications with different product models.

The utility model relates to spot welding fixture technology field especially relates to a robot automatic spot welding fixture of turntable bottom plate subassembly, including mechanism body, be provided with lifting adjustment subassembly, positioning and pressing subassembly, lifting positioning subassembly, slide table positioning subassembly, head positioning subassembly, side edge mobile slide platform subassembly and vertical plate positioning subassembly on mechanism body. The utility model novel structure, can change type fast, can be compatible with different types of product model, realize flexible production, automatic welding, solved the problem of traditional through artificial clamping labor intensity, promoted the quality and production efficiency of product, saved work time, can accurate control workpiece's up and down, horizontal, vertical and angle positioning, adapt to different size and shape turntable seat circle and workpiece, improved welding accuracy, applicable to a variety of workpiece types and size, realized the multifunctionality and adaptability of equipment, can fasterly complete welding task, shorten production cycle, promote overall production efficiency.

This invention discloses a software encrypted transmission system. When the quantity of product demand reaches a threshold, the demand identification module sends a demand signal containing the product model to the automatic execution module. Upon receiving the demand signal containing the product model, the automatic execution module generates an operation instruction containing the product model and sends it to the cloud control module. Upon receiving the operation instruction from the automatic execution module, the cloud control module encrypts the software corresponding to the product model in the operation instruction, generates an encrypted file, and sends download permission to the user. Upon receiving a download request, and if the download permission verification is successful, and a burning device is connected to the local device, the encrypted file is downloaded to the burning device. This software encrypted transmission system directly downloads the encrypted file to the burning device, preventing leakage and solving the technical problem of easy software leakage in existing technologies.

The utility model relates to conveying technical field, concretely is a kind of injection molding finished product model conveying equipment.A kind of injection molding finished product model conveying equipment, it includes: rack;Conveying mechanism, the conveying mechanism is set on rack, for conveying injection molding finished product model, wherein, the conveying mechanism includes first wallboard and second wallboard, and the first wallboard and second wallboard are respectively fixed on the both sides of rack.The beneficial effects of the utility model are: by being respectively provided with first sliding part and second sliding part in the first wallboard and second wallboard top of conveying mechanism, and first direction blanking part can slide along the first wallboard top borderline by first sliding part, second direction blanking part can slide along the second wallboard top borderline by second sliding part, so that blanking part can all be according to the change of branch position real-time adjustment blanking position, without disassembly or reinstallation, greatly reduce adjustment time.

This utility model discloses a large-scale energy storage insulating cover multifunctional blister box, including a blister box body. The blister box body has two insulating cover-shaped cavities. A PC blister insulating cover is placed inside each cavity, and the PC blister insulating cover is covered with a lithium mica sheet. Reinforcing ribs are provided on the inner surface of the insulating cover-shaped cavities to prevent stacking and collapse. Positive and negative electrode markings are provided on both sides of the reinforcing ribs. A product model marking area is also provided on the front edge of the blister box body. A product error-proof indicator is provided between the two insulating cover-shaped cavities. This utility model can achieve efficient feeding, precise positioning, and rapid release, significantly improving production cycle time and product qualification rate, and reducing overall enterprise costs.

The application discloses a pultrusion process yarn feeding intelligent control system and method based on industrial visualization and PLC closed-loop control, which comprises a hardware layer, a PLC closed-loop control layer, a software management layer and a visualization interaction layer which are sequentially communicated and connected; the hardware layer is used for collecting physical parameter data in the yarn feeding process and executing control instructions; the PLC closed-loop control layer is communicated and connected with the hardware layer by using a modular PLC controller, and real-time receives the physical parameter data collected and transmitted by the hardware layer; the software management layer is used for realizing hierarchical permission management of administrators and operators, setting, storing and calling a preset process parameter library of different product models, carrying out fault diagnosis and generating fault treatment suggestions; the visualization interaction layer is communicated with the upper computer monitoring software through an industrial touch screen, and is used for graphical real-time monitoring of yarn feeding process parameters, multi-state fault color code warning, process parameter configuration and issuing, historical data trend analysis and intelligent report automatic generation.

This application applies to the field of smart home technology, providing a method, apparatus, and smart home device for operating a device. The method includes: responding to a received device instruction, determining an instruction program corresponding to the device instruction to be executed from a program package; if the program package includes multiple instruction programs, obtaining the product model of the device, the product model being used to characterize the device function; determining a target instruction program from the multiple instruction programs based on the product model; and executing the target instruction program to realize the device function corresponding to the device instruction. Through this method, device products with subdivided functions can use the same program package, thereby reducing the development and testing of the device's control software. Furthermore, burning the same program package into device products with subdivided functions can reduce the workload in parts production and management.

This utility model relates to the field of furniture model display technology, and discloses a whole-house customized product model display stand, including: a base, a controller set on the front side of the top of the base, a support fixed on the rear side of the top of the base, a furniture model placed on the top of the support, and partitions fixed on the top of each of the four sides of the support, with adjacent partitions sharing a common side. This utility model, through the use of partitions and background components, allows for the alteration of the background panels within rectangular frames, thereby changing the background of the walls surrounding the furniture model and adapting the furniture model's placement to the needs of the actual furniture placement environment. Simultaneously, utilizing the transparent acrylic material of the partitions, the background components are pressed down to fall into storage slots, facilitating viewing of the furniture model from different angles. Furthermore, due to the structural features of the storage box, rectangular frames with different backgrounds can be stored and arranged, and it is convenient to automatically retrieve and store rectangular frames that fall from above.

This utility model relates to the field of welding fixture technology, and more particularly to a robotic automatic welding fixture for conveyor roller brackets. It includes a main body, on which are mounted a positioning component, a pad adjustment component, a rotary clamping component, a flipping clamping component, and a slide table moving component. This utility model enables rapid fixture module changeover, improving the flexibility of the production line. It can quickly adjust the fixture position according to the needs of different product models, thereby achieving efficient welding of multiple product models. This significantly shortens product changeover and adjustment time, improving production efficiency. Simultaneously, automatic handling grippers enable loading and unloading operations, achieving unmanned welding. This not only reduces human intervention but also effectively reduces worker workload, avoiding fatigue and errors caused by prolonged operation, ensuring the stability and accuracy of the welding process, improving overall product quality, and reducing the impact of human factors on welding precision.

This invention discloses an automated system and method for cold extrusion camera housing design driven by artificial intelligence, belonging to the field of intelligent manufacturing technology. The system includes a preprocessing module, a parameter generation module, a verification and prediction module, and an optimization module. The preprocessing module converts a 3D product model into signed distance field data; the parameter generation module, based on a conditional variational autoencoder model, samples from the latent space to generate SDF data for the cold extruded part and process parameters for the billet; the verification and prediction module performs geometric constraint verification and forming quality prediction; and the optimization module achieves closed-loop optimization of the design by adjusting the latent space sampling strategy. Through a self-learning closed loop of product SDF, latent space encoding, cold extrusion part generation, verification and prediction, and optimization feedback, end-to-end intelligent design from product geometry to cold extruded parts and billets is achieved, significantly reducing reliance on manual labor and simulation costs, and improving design efficiency and quality.

The present invention relates to a platform for generating a model design by stepwise selection. The platform for generating a model design by stepwise selection comprises: a configuration factor selection module (11) for enabling a connector to select configuration factors for forming a product model; a configuration factor database (12) for storing a plurality of pieces of configuration data for each selected configuration factor and providing same to the configuration factor selection module (11); a configuration factor combination module (13) for combining the configuration factors selected by the configuration factor selection module (11); and a model design generation module (16) for generating a final model design from the combined configuration factors.

The application relates to the technical field of semantic analysis, in particular to a fault log knowledge graph construction method for electrical complete equipment, which is driven by an ontology attribute mode, extracts a resonant circuit subthreshold degradation feature from an induction heating operation parameter sequence, and defines a time window to form a degradation feature record at a product model switching moment; based on a blank piece serial number, the degradation feature record is time-sequentially aligned with an eccentric load feature of a downstream forging and pressing process, is corrected in combination with a transmission cooling influence, and a cause-effect evidence record is generated; a semantic symmetric ontology structure is constructed, log fault entities and non-log potential root cause entities are defined, and the potential root cause entity nodes are instantiated according to the degradation feature records; a directed cross-process cause-effect relationship edge is established between the potential root cause entities and process-sensitive fault entities according to the cause-effect evidence records; and through a topological integrity verification and an iterative updating mechanism, closed construction of the knowledge graph is realized, and the complex equipment fault tracing and knowledge expression capabilities are improved.

This invention discloses a method for automatic cavity cutting in 3D software, comprising: acquiring a model containing adhesive areas and a target product model in 3D software; the model containing adhesive areas consists of several parts containing adhesive areas, wherein the parts containing adhesive areas refer to the parts that are in contact with the forming surfaces of the mold used to prepare the actual product model; obtaining an optimal containment block for the target product model; the optimal containment block includes several combined cubes in contact with the actual product model; and performing a Boolean operation to calculate the difference between the optimal containment block and the model containing adhesive areas to obtain the actual product model. This invention provides a method for automatic cavity cutting in 3D software to avoid difficult-to-detect anomalies caused by improper cavity cutting models in molds, thereby reducing mold design costs.

Embodiments relate to systems and methods for generating content for a draft message based on tracked product data and pre-processed vectorized data. The methods can include extracting a customer domain identifier from a request and using the customer domain identifier to obtain from a product model a proposed product profile and a proposed product action. The methods can include constructing a first query comprising a semantic-based search criteria and a keyword-based search criteria and obtaining a first set of search results from an internal data store using the first query. The methods can include constructing a second query comprising a search vector and obtaining a second set of search results from a second data store using the second query. The methods can include causing generation of a prompt that includes the proposed product action obtained from the product model, and the composite set of search results satisfying a relevance metric.

This application discloses a flexible changeover scheduling method, apparatus, equipment, storage medium, and program product for an automated production line, relating to the field of industrial automation technology. The method includes: obtaining the target product model and retrieving the process parameter set corresponding to the target product model from a preset process formula database; obtaining safety status signals for each workstation and dividing each workstation into a safe operating area and an automatic operation area based on the safety status signals; issuing a first type of parameter to the automatic operation area and automatically adjusting the process through an execution unit; and issuing a second type of parameter to the safe operating area and guiding manual adjustment of the process through a manual operation guidance terminal. Because the first and second types of parameters achieve the temporal overlap and parallel execution of manual auxiliary processes and automated processes, the serial bottleneck of human-machine mutual waiting is eliminated, minimizing changeover downtime.

This invention relates to the field of water heater production line technology and discloses an intelligent circular foaming production line for water heaters, including a roller line and an automatic mold changing station. A weighing mechanism is installed at one end of the roller line, and a product entering the mold station is located on one side of the weighing mechanism. A friction line is located on one side of the product entering the mold station. An automatic door opening station, a product exiting the mold station, an automatic mold changing station, a product entering the mold station, and an automatic door closing station are sequentially arranged on one side of the friction line. In use, the invention achieves precise mold changing through lifting and positioning, lead screw height adjustment, and cylinder thickness adjustment. The mold flows to the mold entering station, and the mold carrying the product flows to the door closing station. After completing the air and electrical circuit connection, foaming agent is manually injected. The mold then circulates along the friction line to complete foaming. After foaming, the mold flows to the door opening station to open, and a robot picks up the finished product and places it on a foam backing. This system is suitable for the large-scale production of multiple product models.

The invention discloses an assembly line product defect detection method and system based on machine vision, and relates to the technical field of industrial automation and machine vision detection, and the method comprises the following steps: aiming at each to-be-detected product model, in an offline simulation environment, based on a three-dimensional CAD model of each model of product, calculating a three-dimensional CAD model of each model of product; configuring a virtual camera and a virtual light source model and performing optical rendering to generate a standard product image; defining layout and reference parameters of a measuring tool on a standard product image, recording model parameters of the virtual camera and the virtual light source, and jointly packaging and storing the model parameters as a digital twinning detection template; the shutdown time of a production line is greatly shortened through a series of automatic operations, the overall equipment utilization rate is remarkably improved, the problem that the traditional system is low in remodeling efficiency is effectively solved, complex hardware adjustment and parameter configuration do not need to be manually conducted in the remodeling process, and the cost is reduced. And the high consistency of detection standards after model changing of different batches and different operators is ensured.

The application discloses a sand mold casting method for large ring-shaped castings, which comprises the following steps: step a: according to the required shape and size of the ring-shaped castings, the ring-shaped product is divided into multiple modules, and drawing processing drawings of the multiple modules; step b: according to the processing drawings of the multiple modules in step a, five-axis continuous engraving is adopted to carry out engraving processing, and multiple segmented models are obtained; step c: according to the shape of the ring-shaped castings, the multiple segmented models are spliced to form a product model. The application provides a sand mold casting method and device for large ring-shaped castings, and overcomes the problem that large ring-shaped castings are cast by the sand mold casting method without molds and sand boxes in the prior art.

This application relates to the field of AGV intelligent scheduling technology, and discloses a method and system for dynamic path optimization in an AGV scheduling system, including: Step 1, identifying and obtaining the material model and batch number transported by the AGV, and obtaining the production data of the material based on the production management system, product model, and batch number; Step 2, performing priority analysis on the material based on the production data updated at preset time intervals, and obtaining the priority value of all AGV transport tasks based on the priority analysis results; Step 3, performing a dynamic path optimization process based on an improved spatiotemporal A* algorithm and the priority value of each AGV transport task. This invention establishes an information channel with the production system, and uses the production information corresponding to the transported materials to determine the priority of each AGV transport task. It calculates the time priority based on the predicted transport time, waiting time, and demand time, thereby improving the accuracy of AGV transport task priority determination.

This invention relates to the field of regional ecological environmental protection and discloses a method for assessing human activity disturbance in ecologically vulnerable areas based on stress and sensitivity. The method includes constructing human activity stress indicators covering population agglomeration, urban construction, agricultural production, industrial production, tourism and leisure, and energy development, as well as ecosystem sensitivity indicators based on topography, soil, vegetation, and climate sensitivity. It comprehensively utilizes multi-source data to extract and optimize each indicator through a spatial model; employs a combination of subjective and objective methods to determine indicator weights, and calculates the human activity stress index and ecological sensitivity index separately; and obtains the human activity disturbance index through a product model coupling, achieving a quantitative spatial assessment of human activity disturbance. This invention overcomes the limitations of traditional assessments that separate stress and effects, achieving accurate identification of disturbance hotspots and key stress factors in ecologically vulnerable areas. The process is scientific, the results are reliable, and it is applicable to ecological risk diagnosis and spatial management decisions in ecologically vulnerable areas.

1. The name of the design product: graphical user interface for smart magic cube operation and maintenance background product data management of electronic equipment. 2. The use of the design product: for an electronic device. 3. The design points of the design product: the interface content of the graphical user interface for displaying information. 4. The picture or photo that best indicates the design points: interface change state diagram 1. 5. The use of the graphical user interface: the graphical user interface is used for smart magic cube operation and maintenance background product data management. Among them, the main view is the smart magic cube operation and maintenance background home page interface. In the main view, the user clicks the 6th icon from left to right (product warehouse icon) below to enter interface change state diagram 1, which displays the product warehouse home page interface. In interface change state diagram 1, the user clicks the "Project Added Device Total" item to enter interface change state diagram 2, which displays the project added device total pop-up window interface. In interface change state diagram 2, the user clicks the "OK" button to enter interface change state diagram 3, which displays the product warehouse home page interface. In interface change state diagram 3, the user clicks the "Product Model" item to enter interface change state diagram 4, which displays the model pop-up window interface. In interface change state diagram 4, the user clicks the "OK" button to enter interface change state diagram 5, which displays the product warehouse home page interface. In interface change state diagram 5, the user clicks the "Please select" item under the "Function Tag" bar to enter interface change state diagram 6, which displays the function tag selection pop-up window interface. In interface change state diagram 6, the user clicks the "OK" button to enter interface change state diagram 7, which displays the product warehouse home page interface. In interface change state diagram 7, the user clicks the left "Synchronization Listening" bar to enter interface change state diagram 8, which displays the synchronization listening interface.

This application provides a comparative analysis method and apparatus based on product models. The method includes: acquiring a first product model and a second product model to be compared, and displaying the first and second product models at default display angles; receiving an angle switching request, the angle switching request including a target area of ​​the product; selecting corresponding target angle parameters from a preset angle library based on the target area; adjusting the display angles of the first and second product models according to the target angle parameters; and generating comparative analysis results of the first and second product models based on the displayed parts. This application displays product models with pre-configured display angles, ensuring that the two product models are displayed at the same angle, facilitating comparison of product appearances by users; and generating corresponding comparative analysis results for the displayed product parts using a large model, with the analysis results including parts that users are more concerned about, thus improving the efficiency of information acquisition.

This invention relates to the field of production control technology and provides a general production line process control method, comprising the following steps: assigning a globally unique identifier to each piece of equipment, binding the identifier with relevant equipment information, and storing it in a production database; dynamically combining multiple test sub-items according to test logic and mapping them to corresponding test stations based on product model; wherein the combination method of test sub-items, the number of stations, and the test order are dynamically adjusted according to product model; after each test station completes the test, the test result status is reported to the database in real time and recorded; the test result status includes untested, successful, failed, and locked status; and performing flow-type test control based on status determination. This invention achieves unified management and tracking of different equipment. Furthermore, by dynamically combining test sub-items and mapping them to corresponding test stations according to product model, this method can adapt to the production needs of different products, enhancing its versatility.

The application relates to the technical field of hot riveting of plastic products, in particular to a laser hot riveting device which comprises a rack, a die, a Y-direction driving assembly, a laser heating assembly, a riveting assembly and a temperature acquisition assembly. The Y-direction driving assembly drives the die to switch positions, the laser heating assembly heats a workpiece, and the riveting assembly drives the upper die to hot rivet the workpiece. The laser hot riveting device provided by the application only needs to replace the die when changing product models, and the heating clamp does not need to be redesigned, thereby reducing development cost and shortening the development cycle. The laser heating assembly realizes non-contact heating and softening of plastic riveting columns. The temperature detection precision is improved through infrared temperature measurement.

This invention relates to the field of product design technology, specifically a rapid design method for cultural and creative products based on 3D printing. The method, implemented using a rapid design system, includes the following steps: receiving multimodal cultural and creative product requirements input; preprocessing and standardizing the input content; filtering core elements through cultural element weighting to fill gaps in the requirements and obtain complete and clear design requirements; deconstructing and analyzing the core cultural elements; generating a parametric 3D basic model through cultural symbol adaptability; and clarifying the model's structural features and dimensional parameters. This invention completes requirements through multimodal input processing and cultural element weighting, quickly clarifying cultural and creative product design needs; transforms core cultural elements through cultural symbol adaptability analysis and parametric modeling, accurately conveying cultural connotations and flexibly generating diverse cultural and creative product models; and adjusts the model through process adaptability scoring optimization and simulation verification pass rate checks, improving printing feasibility and product structural stability.

The application discloses a food impurity online screening method and system based on visual recognition, which pre-trains a general feature encoder offline through a large-scale multi-category food image set, establishes an efficient feature extraction basis, dynamically constructs a product prototype Gaussian mixture model online based on K standard product images to accurately depict the normal distribution, and fuses global probability density and local manifold curvature information when modeling an abnormal score to construct a comprehensive and robust abnormality discrimination basis, effectively solving the missed detection problem of traditional methods for hidden normal product multi-modal distribution abnormalities. In this way, the rapid adaptation capability of the screening system to new product categories is significantly improved, the new product model deployment time and cost are greatly shortened, and the accuracy and system robustness of impurity detection are significantly improved.

The present application relates to the technical field of anomaly detection, and particularly relates to a LED backlight panel rapid determination method and system based on product-level slope threshold template, which comprises the following steps: obtaining a product model, a sample identification and a plurality of point detection data corresponding to the sample of a to-be-tested LED backlight panel sample, wherein the point detection data at least comprises a point number, a current value, a voltage value and a collection timestamp; merging the plurality of point detection data by sample, and sequentially reconstructing the point detection data of the same sample according to the point number to form a sample-level data sequence; calculating a sample-level slope index corresponding to the sample based on the sample-level data sequence; calling a product-level slope threshold template corresponding to the product model from a database according to the product model; comparing the sample-level slope index with the product-level slope threshold template, and outputting a binary classification determination result of normal product or abnormal product.

This application provides an automatic debugging system and a portable handheld device. The system includes: a scanning unit that scans at least two devices in a system under test and acquires device information for the at least two devices; an identification unit that determines the product models of the at least two devices in the system under test and the connection method between the at least two devices based on the device information; a modeling unit that models the system under test based on the product models and connection method to obtain an engineering architecture diagram of the system under test; and a programming unit that generates a test program for testing the system under test based on the engineering architecture diagram. This reduces the technical requirements for operators, shortens testing time, and improves the programming efficiency of the testing system.

This utility model relates to the field of production process control technology and discloses a real-time monitoring device for a production line, including a mounting frame. A belt conveyor body is embedded inside the mounting frame, and a structural frame is embedded on one side of the top of the mounting frame. A data acquisition device body is embedded on the top of the mounting frame, and a sorting mechanism is provided on one side of the mounting frame; the sorting mechanism includes a mounting shell. This utility model, through the cooperation of a first electric push rod, a contact plate, and a first infrared identification sensor, can collect and control data through the device's PLC control terminal and the data acquisition device body. It controls the first electric push rod corresponding to the product's classification, causing the contact plate to push the product to the corresponding conveyor on the production line. Therefore, in addition to real-time monitoring of products during production or warehousing, it can automatically classify and transport products according to product model and batch, improving the overall automation effect.