26 results about "Product profile" patented technology

Systems and techniques for reconfiguring a metal detector. In embodiments, the metal detector includes a current product profile with a first set of features selected from a set of available features. The current product profile facilitates a first classification of metal detecting operations. In embodiments, a request to reconfigure the metal detector and modify the current product profile based on the request is received. The modification results in a modified product profile that facilitates a second classification of metal detecting operations of the metal detector. The reconfiguration of the metal detector is performed without replacing hardware components of the metal detector. The reconfiguration allows for the metal detector to be upgraded, downgraded, or modified to suit different user requirements or applications.

The utility model discloses a forming mold structure of a vehicle-mounted central control panel, which comprises a first forming part, a second forming part, a first mold core and a second mold core, and the first forming part, the second forming part, a fixed mold core and a movable mold core can jointly define a mold cavity matched with the outline of a product during mold closing. The first mold core and the second mold core can slide towards the movable mold core and the fixed mold core respectively under the action of external force and can extend into the mold cavity during mold closing. According to the utility model, the first molding part is arranged on the fixed mold core, the second molding part is arranged on the movable mold core, the first mold core is arranged on the movable mold plate, and the second mold core is arranged on the fixed mold plate, so that various parts can be linked and matched in a mold closing process to respectively push different mold cores into a mold cavity along different directions, and the relative moving parts are not easy to be stuck; the mold is high in molding production efficiency, and each mold core can be translated out of a mold cavity before the mold cavity is opened during mold opening, so that a plastic product in the mold cavity cannot be damaged by pulling, and the molding production yield is ensured.

The application discloses a kind of cannon shell flexible automation production method and production structure, one of which, a kind of cannon shell flexible automation production method, comprising the following steps: step S1, material is processed, product profile is turned out;Step S2, the product structure is turned out to the product after processing in step S1;Step S3, the product after processing in step S2 is tested;Step S4, the product after testing in step S3 is qualified, and press into bandage in product;Step S5, the product after processing in step S4 is finished machining and visual inspection.The application discloses a kind of cannon shell flexible automation production method and production structure, can realize the flexible automation of cannon shell, reduce the participation of manpower;By introducing industrial robot, visual inspection system and intelligent logistics system to realize the automatic processing and detection conveying function of shell.

Systems and techniques for managing reconfiguration of user-reconfigurable metal detectors. In embodiments, a set of available features associated with a user-reconfigurable metal detector is generated based on a set of capabilities associated with hardware components of the user-reconfigurable metal detector. A first set of features is selected from the set of available features to include in a first product profile configured to enable a first classification of metal detecting operations. A second set of features is selected to include in a second product profile configured to enable a second classification of metal detecting operations. The user-reconfigurable metal detector is configured with the first product profile. Upon receiving a request to reconfigure the user-reconfigurable metal detector, the first product profile is replaced with the second product profile.

1.The name of the design product: door leaf profile (7# door A). 2.The use of the design product: for door leaf products. 3.The design points of the design product: in shape. 4.The picture or photo that best indicates the design points: combined state perspective view. 5.Other components that need to be explained: components 1-2 front and rear views are product profile cross sections, and the product can be infinitely extended along the front and rear directions of the cross section, so the submitted views can clearly show the appearance design of the product, so the left view, right view, top view and bottom view of component 1-2 are omitted; the combined state front view and the combined state rear view are symmetrical, so the combined state left view, right view, top view and bottom view are omitted. 6.Other information that needs to be explained: the design profile components are of indefinite length.

The invention relates to a method for automatically detecting the profile contour of a thermal protection component, and solves the problems that the manual detection efficiency is low and a thermal protection coating on the surface of a projectile body is easily damaged at present. An automatic turntable for placing the thermal protection component is designed, a measuring head mounted on a calibration mechanical arm is used for automatically scanning and shooting the appearance profile of a product, an automatic detection path of the profile of the thermal protection component is determined by adjusting the angle of the turntable and the pose of the mechanical arm, and the scanning pose of the mechanical arm is solidified by programming; subsequent thermal protection components of the same type do not need to be calibrated again, product profile detection is completed according to the calibration path and procedure, data analysis, a production distribution diagram and a measurement report are automatically conducted according to the model, and rapid detection of the profile tolerance, the gap and the order difference of the product is achieved. A manual measurement mode is replaced, the product only needs to be subjected to point pasting once for programming, subsequent products do not need to be subjected to point pasting, damage to the appearance of the thermal protection product and manual measurement errors are reduced, the labor and time cost is reduced, and the production efficiency is improved.

The utility model belongs to the technical field of pultrusion profiles, and discloses an automatic production device for a composite pultrusion profile, which comprises a production mechanism, a pushing mechanism, a collecting mechanism and a detecting mechanism. The production mechanism is used for producing finished product profiles, the pushing mechanism comprises a first conveying assembly and a pushing driver, the first conveying assembly is arranged at the output end of the production mechanism and can bear and convey the finished product profiles, and the collecting mechanism comprises a second conveying assembly and a third conveying assembly. The output end of the material pushing driver is configured to push the finished product sectional materials borne on the first conveying assembly to the second conveying assembly in an abutting mode, the finished product sectional materials borne on the second conveying assembly can be collected and conveyed to the third conveying assembly, and the detection mechanism is used for detecting finished product parameters of the finished product sectional materials borne on the third conveying assembly. By means of the arrangement, the automatic production device for the composite pultrusion profile can improve the working efficiency and the detection precision, and the occupied area is reduced.

Systems and techniques for managing reconfiguration of user-reconfigurable metal detectors. In embodiments, a set of available features associated with a user-reconfigurable metal detector is generated based on a set of capabilities associated with hardware components of the user-reconfigurable metal detector. A first set of features is selected from the set of available features to include in a first product profile configured to enable a first classification of metal detecting operations. A second set of features is selected to include in a second product profile configured to enable a second classification of metal detecting operations. The user-reconfigurable metal detector is configured with the first product profile. Upon receiving a request to reconfigure the user-reconfigurable metal detector, the first product profile is replaced with the second product profile.

Predicting the tire product profile exiting an extruder, as a function of extruder parameters (EXTRD), includes: - obtaining (221) a contextual profile (PL, PT); - decomposing the contextual profile (223) into iterations of a sliding window (FGi) traversing the contextual profile over a set of iterations (FGtot), each iteration of the window (FGi) being centered on a point of interest (Pi) and including at least one point behind (Pi-1) and at least one point in front of the point of interest (Pi+1); - the use of a learning model (225) trained to predict a point of interest (Pi) of a real profile (PR) as a function of a window (FGi) of a contextual profile (PL, PT) centered on the point of interest (Pi), recursively (RCR) over said iteration set so as to obtain a prediction of the entire real profile (226). Figure for the abstract: Fig 2B

This disclosure presents an intelligent decision-making method, apparatus, and electronic device based on multi-dimensional profile linkage. One specific implementation of the method includes: collecting multi-dimensional business data, wherein the multi-dimensional business data includes: user datasets, product datasets, sales datasets, organizational resource datasets, and cooperation datasets; utilizing the multi-dimensional business data to construct a five-dimensional profile model, wherein the five-dimensional profile model includes: user profiles, product profiles, sales profiles, organizational resource profiles, and cooperation profiles; constructing a dynamic decision matrix based on the five-dimensional profile model; and generating intelligent decision information based on the dynamic decision matrix. This implementation can improve the decision success rate.

A method for generating an optimal set of parameters for a design project of a product, in which subject matter experts, working with an artificial intelligence module, select a number of fundamental measurement factors that are related to a group of fundamental prime measurements, all of which in the aggregate comprise a product profile matrix. The fundamental measurement factors are weighted and scored so that the resulting matrix reflects the various aspect of the proposed design. Through an iterative process, the fundamental measurement factors are modified until the product profile matrix provides a set of satisfactory scores that yields an acceptably low risk in proceeding with the selected design.

A computer-implemented process for training a model for automatically recognizing positions in tire product profiles includes calculating an error term with respect to a label assigned in a reference of the interfaces searched in captured images of the tire product profiles that will serve as inputs to the neural network to be trained. A system (100) automatically recognizes interface variations captured in images of samples according to the disclosed process.

Systems and techniques for reconfiguring a metal detector. In embodiments, the metal detector includes a current product profile with a first set of features selected from a set of available features. The current product profile facilitates a first classification of metal detecting operations. In embodiments, a request to reconfigure the metal detector and modify the current product profile based on the request is received. The modification results in a modified product profile that facilitates a second classification of metal detecting operations of the metal detector. The reconfiguration of the metal detector is performed without replacing hardware components of the metal detector. The reconfiguration allows for the metal detector to be upgraded, downgraded, or modified to suit different user requirements or applications.

A data structure for managing inventory information of a user device from an inventory of user devices is provided. In one example, the data structure includes: a device document containing a general product profile of a device from an inventory and a first device identity profile of the device; an embedded universal integrated circuit card (eUICC) document containing multiple data fields describing an eUICC embedded in the device, wherein the eUICC contains at least one embedded subscriber identification module (eSIM); and an eSIM profile document comprising at least one eSIM profile corresponding to the at least one eSIM contained in the eUICC, wherein the at least one eSIM profile contains multiple attributes describing the eSIM.

The embodiment of the invention provides a label generation method and a related device, and relates to the technical field of big data, and the method comprises the steps: obtaining behavior data of a user and attribute data of a commodity; the behavior data comprises historical behavior data and real-time behavior data; obtaining a user portrait label based on the historical behavior data and the real-time behavior data; and obtaining a commodity portrait label based on the attribute data and the real-time behavior data. According to the scheme, the offline data and the real-time behavior data are coordinated, the instant interest of the user and the commodity popularity can be captured in time and the label is generated, the response speed of label updating is effectively improved, different algorithms are adopted for different data to generate the label, and the accuracy of label generation can be effectively improved.

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.

1. The name of the design product: door and window profiles (5). 2. The use of the design product: for building doors and windows, door leaves, door frames. 3. The design features of the design product: in shape. 4. The picture or photo that best indicates the design features: combined state front view. 5. The design product is an elongated article, the length of which is omitted. 6. Other circumstances that need to be explained: component 1-2 front and rear view is the cross section of the product profile, the product can be extended infinitely along the front and rear direction of the cross section, omit component 1-2 left view, right view, top view, bottom view; omit the left view, right view, top view, bottom view of the combined state. 7. Other circumstances that need to be explained: the length of each component of the design profile is indefinite.

The utility model discloses a pin height detection mechanism, which comprises a mounting plate, a moving mechanism, an induction mechanism and a product profile, and is characterized in that the side wall of the mounting plate is provided with a first adjusting mechanism, a second adjusting mechanism, a positioning block and a height detection needle moving along the positioning block; the moving mechanism comprises a front-back displacement air cylinder and a base arranged at the telescopic end of the front-back displacement air cylinder, the base is fixedly connected with the bottom of the mounting plate, the induction mechanism comprises a height detection block, a height lower limit inductor and a height upper limit inductor, the height lower limit inductor and the height upper limit inductor are matched with the height detection block, and the height detection block is arranged at the tail end of a height detection needle. The product profile is matched with the positioning block, the side wall of the product profile is provided with a pin assembling hole, and the pin height detection device is convenient and fast in pin height detection, high in precision and high in stability.

The utility model relates to a blanking structure for punching an inner hole of a fisheye terminal, and belongs to the technical field of punching dies. The blanking structure comprises a lower die module, and a first product profiling protruding block is arranged on the side, close to a product, of the lower die module. The upper die module comprises a blanking module and a lower die module; the stripping module is arranged at the end, close to the lower die module, of the discharging module, a second product profiling protruding block is arranged on the side, close to a product, of the stripping module, and the first product profiling protruding block and the second product profiling protruding block are matched to wrap a fisheye terminal and matched with the discharging module to punch an inner hole of the fisheye terminal. According to the utility model, the requirements of diversification and complication of products are met, the quality of the products is improved, the outer ring of the fisheye terminal is prevented from being released and deformed by stress, the blanking precision and shape of the inner hole can be ensured to meet the requirements of drawings, and the problem that the appearance and the inner hole of the fisheye terminal cannot meet the use function is solved.

This application relates to a method, apparatus, and medium for displaying advertisements on an independent website in the field of e-commerce technology. The method includes: responding to a target page loading event of an independent website store and obtaining a user interaction sequence corresponding to the event; using a preset interest evaluation model to determine the user's interest rating for each product in the independent website store based on the user interaction sequence; for each product whose interest rating meets preset conditions, using a preset conversion evaluation model to determine the corresponding conversion rate based on the product profile, user profile, and user interaction sequence; and selecting the product with the highest conversion rate as the advertised product and constructing a target advertisement corresponding to the advertised product for display on the target page. This application enables the push of product advertisements that attract users' attention and is expected to stimulate users to interact with the product for conversion.

Method of generating configurations of computing products, including receiving images of a particular layout of the computing product; analyzing the particular layout, including identifying computing components of the computing product and determining a thermal mapping of the computing product; identifying physical constraints associated with the computing components of the computing product; identifying product profile of the computing product that indicates, for each computing component, features of the computing component; iteratively permutating, based on the physical constraints associated with the computing components and the thermal mapping, the particular layout to define permutated layouts; iteratively permutating each of the permutated layouts based on combinations of features of each of the computing components of the particular layout; generating, for the computing component, data table indicating each of the permutated layouts of the computing product and each of the combinations of features of each of the computing components of each of the permutated layouts.

The invention discloses a potential demand mining and value-added service recommendation method based on multi-source power data, and relates to the field of demand service recommendation, and the method comprises the steps: forming a unified data set through integrating heterogeneous data and carrying out cleaning, standardization and desensitization processing; based on a demand-product-income three-in-one model, adopting a K-means algorithm to carry out bidirectional clustering analysis on customers and products, and establishing an adaptation relation between customer portraits and product portraits; the service potential is quantified in combination with a scenarized income model, three sets of differentiated packages are designed for homogeneous customer groups, and factors such as demand urgency and consumption ability are comprehensively evaluated to generate value scores; and establishing a dynamic sorting mechanism, and automatically adjusting a recommendation strategy when the power consumption characteristics or the income fluctuation exceeds a threshold value. The method has the advantages that the multi-source power data is integrated, the differentiated package is generated by relying on the trinity model, the bidirectional grouping and the scenarized income model, the recommendation strategy is adjusted by combining the dynamic sorting mechanism, and the customer demand and the enterprise income are matched.

Embodiments of the present disclosure a method for determining product relevancy including extracting metadata from an image file of a digital image collection, the metadata being indicative of at least one feature of the image file. The method includes creating an input profile corresponding to the metadata extracted from the image files of the digital image collection. The method includes comparing the input profile to a product profile, the product profile having one or more rules corresponding to a consumer product, wherein the rules are indicative of the requirements of the product. The method includes determining a match score, the match score indicative of a relevancy of the product profile to the input profile such that a high relevancy correlates to a consumer product that is suited to the input profile and a low relevancy correlates to the consumer product that is not suited to the input profile.

A method for ascertaining a relevance of security-relevant vulnerabilities of a product. The method includes the following steps which are carried out automatically: providing a terms specification which includes terms for specifying the vulnerabilities; providing a product profile of the product, which specifies the product on the basis of the terms in the terms specification; providing at least one vulnerability profile for the particular vulnerability, which specifies the vulnerability on the basis of the terms in the terms specification; ascertaining the relevance of the particular vulnerability for the product on the basis of a processing of the product profile and of the vulnerability profile.