33 results about "Body scan" patented technology

This invention relates to a system and method that enhances user interaction and marketing effectiveness through advanced data integration and personalized algorithms. The system and method collects detailed user data through body scanning and questionnaires, creating comprehensive profiles using machine learning. These profiles facilitate precise matching of influencers with businesses based on physical attributes, audience demographics, and content preferences. The system generates AI-driven marketing personas tailored to specific demographics and enables live shopping integration with social platforms. A novel double-blind review mechanism ensures transparent feedback between businesses and influencers. The platform supports group profiles that aggregate multiple users' data, enabling family-based shopping with privacy controls and preference weighting. The system continuously refines its algorithms using campaign performance data and engagement metrics, optimizing future matches and marketing strategies. This innovative approach significantly improves marketing ROI, user engagement, and personalization for digital social interaction and targeted marketing.

Various techniques pertain to a user interface that includes an instructional display portion comprising one or more textual or graphical instructions pertaining to preparing for a body scan for body care of a client and a scan initiation display portion that includes a scan initiation widget which, when interacted by the client, invokes execution of a scan process and an analysis process for a respective body area of the client. The user interface further includes a scan result display portion including interactable textual or graphical information pertaining to a result of the body scan for the body care and an adjustment display portion having a plurality of adjustment widgets that transform at least a color index or value into a transformed color index or value in a L*a*b* color space or a LCh color space.

The invention relates to the technical field of costume design, in particular to an intelligent display system and method for costume design, and the method comprises the following steps: receiving a costume design sketch, employing a convolutional neural network to extract contour features, and generating a structured 3D costume model containing a layout topological relation and fabric physical parameters; obtaining user body type scanning data, and constructing a parameterized virtual human body with an anatomical level and soft tissue dynamic response capability; dynamic fitting of the garment model and a virtual human body is achieved through a physical simulation engine, and garment deformation behaviors changing along with actions are calculated; and analyzing the scene semantic tag input by the user, matching illumination, accessories and background elements in a preset material library, and generating an interactive 3D display scene with physical interaction and light and shadow effects. According to the method, the costume design modeling efficiency and simulation precision can be improved, intelligent matching of the costume style and scene semantics is realized, and the immersion of costume display and the user experience are enhanced.

We provide a system that protects personal privacy by preventing infringement of portrait rights and damage caused by being photographed in photos due to unauthorized posting on social media. Solution: Utilizing multiple biometric identifiers, including the user's facial image, 3D body scan, clothing, voice, and movement analysis, posts on social media are constantly monitored. When a reflection is detected, a notification and deletion request is automatically sent. The system is comprised of a composite module that performs monitoring, detection, notification, request, and billing, and detection accuracy is continuously improved using AI. It has a flexible monitoring system according to billing levels and an automatic linking function with social media operators. [Effects] High-precision detection and a sustainable monitoring model will enable the protection of individuals' portrait and privacy rights, as well as the prevention of digital tattoo formation.

The invention relates to a method for the security control of at least one person (50) with the aid of a control device (1), the control device (1) comprising a body scanner (5) for carrying out a body scan of the person (50), a sensor system (6) for detecting the person (50) by means of one or more cameras, and an AI system (8), wherein the method comprises the following steps, in particular in the listed order: • evaluating the data detected by the sensor system (6) with the aid of the AI system (8) in order to ascertain at least one risk feature of the person (50), wherein the risk feature cannot be identified by means of the body scanner (5), in particular cannot be identified with a predetermined probability, and / or wherein the risk feature is intentionally ignored and / or masked by means of the body scanner (5); • determining, on the basis of the evaluation, that at least one risk feature is present; • triggering a risk signal if the at least one risk feature has been ascertained, wherein the risk signal can be perceived optically and / or acoustically and / or haptically and / or electronically, in particular by the person (50), and / or wherein the risk signal prevents a triggering of the body scan.

The utility model provides a track deformation monitoring device based on a three-dimensional laser scanner, which comprises a cross beam, the cross beam is positioned above a first track, the bottom end of the cross beam is provided with at least one support frame, the bottom end of the support frame is rotatably connected with a grooved wheel, the grooved wheel is clamped on the top edge of the first track, and the top edge of the first track is provided with a groove. The three-dimensional laser scanner body is connected with the sliding plate through a connecting piece, according to the track deformation monitoring device, the grooved wheel at the bottom of the supporting frame is driven by the cross beam to move in the laying direction of the first track, the three-dimensional laser scanner body scans the first track, and the three-dimensional laser scanner body is connected with the sliding plate through a connecting piece. According to the three-dimensional laser scanner, the traditional mode that a three-dimensional laser scanner body is held by hands for scanning is changed, the situation that the scanning effect is affected due to fatigue of workers when the three-dimensional laser scanner body is used for a long time is prevented, and the stability of the three-dimensional laser scanner in use is improved through rolling of the grooved wheel along the first track.

An automated adjustable mannequin is provided for use as a platform for producing computer generated fashion model clothing displays. The clothing displays may be static photographs or video. The mannequin combines manually adjustable dress forms currently used by seamstresses and clothing designers with three dimensional scanning and photographic technologies. Actual body scan data of a living model may be used to automatically adjust the shape or contours of a dress form in real time to match the size and dimensions of a previously photographed model. The automated adjustments to the mannequin may be made at a rate of one frame at a time or 30 frames per second, where the body-form adapts to changes in the underlying model's movements.

The present application belongs to the technical field of human body image digital information processing, and provides a spine generation method and device based on 3D human body scanning. The method comprises the following steps: fitting a three-dimensional reconstruction model according to a basic digital human model to obtain a fitted digital human model; calculating a body shape parameter used in the fitting of the fitted digital human model; performing regression processing on a preset basic spine model using the body shape parameter to obtain a preliminary spine model matched with the size of the skeleton of the three-dimensional reconstruction model; performing deformation processing on the basic digital human model using the body shape parameter to obtain a digital human model deformed using the body shape parameter; matching the position of the skeleton of the preliminary spine model with the digital human model deformed using the body shape parameter to generate a spine model matched with the spine of the three-dimensional reconstruction model. Thus, the accuracy, efficiency and cost of spine judgment are improved, and the popularization and application of spine judgment are promoted.

The invention discloses a guide control method and device for 3D fitting, a program product and a storage medium, and relates to the technical field of intelligent retail. The method comprises the steps of obtaining member archive data; extracting historical preferences and shopping intentions of the customers entering the store from the member file data, and generating guide path data according to the historical preferences and the shopping intentions; judging whether the customer entering the store arrives at the standing site or not; generating a 3D human body model according to the human body scanning data of the customer entering the store when the customer position data indicates that the customer entering the store arrives at the standing site; selecting a virtual clothing model according to the 3D human body model and the shopping intention, and performing registration rendering on the virtual clothing model and the 3D human body model to generate a virtual fitting image; generating size recommendation information according to the virtual fitting image and the human body scanning data; and sending the size recommendation information and the virtual fitting image to a terminal device of the customer entering the store so as to guide the customer entering the store to carry out shopping. By implementing the technical scheme provided by the invention, the shopping efficiency of customers in a shop can be improved.

An example operation includes merging diffusion tensor image (DTI) data associated with a scan of a patient body with a three-dimensional medical model to create a merged three-dimensional image in a three-dimensional coordinate space, identifying fibers of selected portions of the merged three-dimensional image associated with a region of interest defined by a virtual area selection performed by a physical instrument, highlighting the fibers as a fiber bundle, and displaying the highlighted fiber bundle as a colorized subset of the merged three-dimensional image.

The present application provides a security inspection control method and device based on terahertz wave detection of physiological parameters. The method collects terahertz wave echo signals, measures the phase difference of the echo signals, and obtains an offset variation curve of the echo signals. The offset variation curve of the echo signals is decomposed to obtain echo offset components of different frequency bands and divide them into different component clusters. The frequency domain spectrum of the echo offset component with the largest correlation in each component cluster is used to extract the frequency measurement value of each type of security inspection physiological parameter, thereby obtaining the abnormality of the physiological parameter. The abnormality value of the physiological parameter is compared with a preset abnormality threshold to determine whether to conduct a security inspection on the inside of the target security inspection subject. This method can achieve more accurate physiological parameter detection using terahertz waves, and can quickly screen out target security inspection subjects with abnormal physiological parameters for body scanning inspection, thereby making it easier to detect whether contraband is hidden in the human body based on terahertz security inspection technology.

An automatic vehicle body sanding system operated in a painting factory includes a painting inspection device configured to detect a defective position (NG Point) by analyzing a 2D image of a vehicle body for which an intermediate process has been completed taken with a camera, and display the defective position on a 3D vehicle body drawing. The automatic vehicle body sanding system includes a robot having a multi-joint structure on which at least one of a 3D scanner, a sanding tool, and a dust absorber required for sanding work is mounted. Further, the automatic vehicle body sanding system includes a server configured to match the defective position of the vehicle body detected by the painting inspection device and 3D scan data of the vehicle body scanned by the 3D scanner with a 3D vehicle body drawing shape on a simulator.

The present invention relates to an apple picking robot, which relates to the technical field of agricultural picking. It includes a picking robot body, and a microprocessor is arranged on one side of the upper surface of the picking robot body. The apple picking robot based on image recognition of the present invention, through the arranged image acquisition mechanism, flipping component and light shielding component, when the image acquisition device scans an apple, the three-stage telescopic rod performs telescopic work to drive the horizontal plate, the first mirror surface and the second mirror surface to displace, assisting the image acquisition device to perform all-round acquisition work of the apple. When the flipping plate is on both sides of the apple, the sensor body scans the apple to drive the motor body to rotate, assisting the second mirror surface and the flipping plate to flip. At the same time as the three-stage telescopic rod performs telescopic work, the sunshade cloth is driven to unfold to block the sunlight on both sides for the image acquisition device, assisting the image acquisition device to collect the apple, achieving the purpose that the image acquisition device can collect the apple all-round.

A user guidance system utilizing augmented reality (AR) components and human pose detection technology is presented. The user guidance system can help a user to more effectively and accurately conduct a 3D body scan using a smart device. The AR components are computer-generated for on-screen guidance to guide a camera operator to position a camera in a particular position relative to a target object at a particular tilt orientation relative to the target object to capture images of a region including the target object for 3D reconstruction of the target object. The human pose detection technology is used to detect real-time poses of a human user and provide real-time on-screen guidance feedback and instructions to the human user to adopt an expected optimal pose for 3D reconstruction of the human user.

This invention provides an authentication device, authentication method, and authentication program that utilize a user's full-body scan data to more reliably authenticate the presence of an individual. [Solution] In the authentication device 10, the control unit of the server 100 includes a reception unit 111 that receives body scan data of the user's entire body received from a user terminal 200 or other external terminal, an avatar generation unit 112 that generates an avatar in a virtual space based on the body scan data, an issuing unit 113 that issues a certificate using distributed identity based on the body scan data, and an authentication unit 114 that links the avatar with the certificate.

A method of delivering tumor treating electric fields to a patient after tumor remission using predictive data in a preventive therapy, which includes the steps of: reviewing a scan of the body; identifying remissive tumor-filled areas on the scan; determining a spatial relationship between remissive tumor-filled areas and predicted locations of tumors; arranging an array of insulated electrode elements on the body, the array of electrode elements being coupled to an electric field generator, a control device configured to send a signal to the generator causing the generator to deliver tumor-preventative electric fields to the electrode elements; determining at least two subarray firing configurations for the array of electrode elements for targeting the remissive tumor-filled areas, the subarray firing configurations depending at least in part upon the spatial relationship between the two remissive tumor-filled areas; and delivering the tumor-treating fields to the remissive tumor-filled areas using the subarray firing configurations.

Methods, device, system and one or more computer readable media having one or more computer programs with instructions to generate custom-fit garment patterns from a 3D body scan are disclosed. The patterns may be obtained by unwrapping the 3D body scan (3D image) into 2D using defined datapoints associated with the surface of a body in a target region. Patterns may be generated for different types of garments. The custom-fit garment patterns generated from the 3D body scan may be basic patterns, which may be further customized or modified as desired.

This application provides a security inspection system, including M security scanning devices, N hand-operated inspection terminals, and M first data acquisition components. Each of the M security scanning devices and each of the N hand-operated inspection terminals supports direct or indirect data communication. Each first data acquisition component is associated with a corresponding security scanning device. The first data acquisition component is used to collect first identification information of the person being inspected. The security scanning devices are used to scan the person being inspected. The body scan result of the same person and the first identification information are correlated. The hand-operated inspection terminal is used to acquire and display the body scan result of the person being inspected. Using the technical solution provided in this application helps improve security inspection efficiency.

A high-load device for a three-dimensional scanner is characterized in that the high-load device comprises a supporting table, a driving motor is arranged on the supporting table, a connecting rod is arranged at the output end of the driving motor, a containing disc is arranged on the connecting rod, a bearing disc is arranged below the containing disc, pulleys are arranged on the bearing disc, a limiting disc is arranged on the containing disc, and the limiting disc is arranged on the supporting table. A positioning block is arranged on the limiting disc, a positioning groove is formed in the bearing disc, an overturning rod is arranged on the limiting disc, a spring is arranged below the overturning rod, and a scanner body is arranged on the supporting table; a heavy object to be scanned is placed on a placing disc, the object is fixed, a driving motor is controlled to drive the placing disc to rotate through a connecting rod, a scanner body carries out three-dimensional scanning on the object, and in the rotating process, a pulley on a bearing disc abuts against a limiting disc, so that shaking of the object is avoided, shaking is reduced, meanwhile, manual rotation is not needed, and the working efficiency is improved. And the accuracy of data during scanning is improved.

A method of garment fit assessment in the context of online shopping stores a 3D body scan of a fashion influencer who has been visually documented online wearing a purchasable garment, receiving a 3D body scan of a shopper, and, from the 3D body scans of the influencer and shopper, creating a comparative digital 3D body model that visually overlays the two 3D body scans to reveal differences in body size and shape between the shopper and influencer. From an online viewing of the comparative model, the shopper can visually gauge a body similarity between the shopper and influencer to gauge how the garment, as seen worn on the influencer, will fit the shopper. In other embodiment, instead of comparative evaluation against an influencer's body scan, the system overlays multiple body scans of a singular user at different points in time, for visualization of the individual's body changes over time.

The invention is applicable to the technical field of medical diagnosis, and provides a method for diagnosing dyslipidemia by using an infrared thermal imaging technology, which comprises the following steps of: a, preparing a subject before infrared thermal imaging scanning; comprising but not limited to environment regulation and control, information collection of a subject and signing of an informed agreement book; b, scanning the whole body of the subject by using infrared thermal imaging equipment, and recording an infrared thermal image of the subject; and c, analyzing the collected infrared thermogram, and determining the temperature distribution characteristics of the specific area of the abdomen of the subject. According to the method for diagnosing the dyslipidemia by using the infrared thermal imaging technology, the energy metabolism condition of the body can be reflected through the infrared thermal imaging technology, a new means is provided for early detection of the dyslipidemia, the dyslipidemia can be found and intervened in time, and the risk of chronic diseases such as cardiovascular diseases is reduced.

The present invention provides a health scanning method and system based on multi-dimensional slow waves and AI, belonging to the technical field of data processing. Specifically, it includes: determining the distribution data of body movement data in the data analysis period, and combining the distribution data of the data deviation period in the adjacent period of the data analysis period to determine the data credibility coefficient and the credible data period of different data analysis periods. Obtain the slow wave monitoring data of monitoring devices in different dimensions during the credible data period. Based on the slow wave monitoring data and the body movement data at the corresponding moment, use a preset AI model to determine the matching scanning results in different credible data periods. Based on the matching scanning results and the credibility coefficient in different credible data periods, determine whether the output of the body scanning result of the tester can be performed, improving the accuracy of the body scanning result.

An information processing apparatus according to the present invention includes: a first acquisition unit that acquires biometric information of a person; a second acquisition unit that acquires identification information of the baggage possessed by the person; and a creating unit that creates link information for associating the biometric information with the identification information.

1. The name of this design product: Quiet training graphical user interface for electronic equipment. 2. Purpose of this design product: an electronic device. 3. The key design point of this design product lies in the graphical user interface. 4. The picture or photo that best illustrates the key points of the design: Main view of Design 1. 5. Designate Design 1 as the base design. 6. Purpose of the graphical user interface: to guide training in quiet self-cultivation. 7. Human-computer interaction method of the graphical user interface: The main view of Design 1 is the initial interface of the calmness training activity. Click the "Breathing" activity button on this interface to enter the Design 1 change state diagram 1. Drag and select or click to select the corresponding breathing activity time in the Design 1 change state diagram 1, and then click "Start" to enter the Design 1 change state diagram 2; the main view of Design 2 is the initial interface of the calmness training activity. Click the "Breathing" activity button on this interface to enter the Design 2 change state diagram 1. Drag and select or click to select the corresponding breathing activity time in the Design 2 change state diagram 1, and then click "Start" to enter the Design 2 change state diagram 2; click the "Imagination Training" activity button in the main view of Design 3 to enter the Design 3 change state diagram; click the "Body Scan" activity button in the main view of Design 4 to enter the Design 4 change state diagram. 8. Other situations that require explanation Other explanations: The gray covered area in each view is the content screen.

The utility model relates to the technical field of book scanning, and discloses a book scanning robot, a shell is fixedly connected to the top of a lower base, a scanning mechanism is arranged in the shell, the scanning mechanism comprises a support plate, and the support plate is fixedly connected to the top wall of an inner cavity of the shell. Through the design of the scanning mechanism, a to-be-scanned book is placed on the top of the platform plate, the book is turned over during placement, pages on the two sides of the turned-over book are supported through the two page supporting plates, then the book located in the shell is scanned through the camera body, and during scanning, the book is scanned through the camera body. The page turning mechanical arm is used for turning the pages of the book, so that the purpose of rapidly scanning the book is achieved, compared with manual page turning and repeated taking and scanning, more manpower is saved, the structural design is simple, the use cost is reasonably controlled, and the practicability is higher.

The invention discloses a truck material stacking position determining method. The truck material stacking position determining method comprises the steps that a truck plate scanning point cloud set, the material size and the maximum clamp size of a truck plate are obtained; calculating the position coordinate of each point cloud in the plurality of vehicle plate scanning point clouds, and determining the contour vertex coordinate of the vehicle plate; coordinate calculation is carried out according to the contour vertex coordinates to obtain the sweeping board length and the length central axis of the sweeping board; and calculating according to the length of the vehicle plate, the maximum size of the clamp, the size of the material and the length central axis, and determining the material stacking coordinates of the material placed on the length central axis. Based on this, through the vehicle plate scanning point cloud set and contour vertex coordinate calculation, the three-dimensional contour data of the vehicle plate is accurately obtained, and the accuracy of subsequent calculation is ensured. The whole process is automatic, manual intervention is reduced, planning time is shortened, and the method is particularly suitable for high-frequency and large-batch logistics scenes. The material stacking coordinates are determined through accurate calculation, the material placing accuracy is improved, rework and resource waste are reduced, and the operation cost is comprehensively reduced.

The present invention relates to a digital human model utilization device taking data security into account, and a driving method therefor. The digital human model utilization device taking data security into account, according to one embodiment of the present invention, may comprise: a storage unit for storing body scan data obtained by three-dimensionally (3D) scanning the body of a user; and a control unit which uses the stored 3D body scan data to generate a 3D digital human model formed so as to enable utilizing each of body parts, and which manages a utilization history on the basis of a blockchain when the generated 3D digital human model is utilized.

A system includes software that allows users to use one or more sources of sizing information to make purchasing decisions. The system uses three-dimensional (or 3D) scans of customers to make apparel recommendations. The 3D scans are compared to sizing information in the system, to determine which products are most suitable for the customer. Sizing information the system can use are information from manufacturers as well as sizing feedback from previous customers.

The utility model discloses a power distribution room model building three-dimensional scanning device, and relates to the model building technology field, the power distribution room model building three-dimensional scanning device comprises a scanning equipment body and a supporting mechanism, the supporting mechanism comprises a first supporting frame, the first supporting frame is arranged in an inverted U shape, the outer wall of the first supporting frame is slidably provided with an L-shaped sliding plate, the front surface of the L-shaped sliding plate is fixedly connected with a fixing plate, and the fixing plate is fixedly connected with a power distribution room. The scanning equipment body is installed on one side of the fixing plate, and a sliding mechanism is arranged between the first supporting frame and the L-shaped sliding plate. By means of the arrangement of the first supporting frame, the L-shaped sliding plate and the fixing plate, the inverted-U-shaped first supporting frame enables the L-shaped sliding plate to move according to an inverted-U-shaped track when the L-shaped sliding plate moves; therefore, the fixing plate installed on the scanning equipment body can perform three-dimensional scanning on the periphery and the upper portion of the switch cabinet located in the first supporting frame during working, the working area of the scanning equipment body is increased, and a switch cabinet model built after scanning of the scanning equipment body is more accurate.

An example operation includes merging diffusion tensor image (DTI) data associated with a scan of a patient body with a three-dimensional medical model to create a merged three-dimensional image in a three-dimensional coordinate space, identifying fibers of selected portions of the merged three-dimensional image associated with a region of interest defined by a virtual area selection performed by a physical instrument, highlighting the fibers as a fiber bundle, and displaying the highlighted fiber bundle as a colorized subset of the merged three-dimensional image.