6 results about "Physical shape" patented technology

The utility model relates to a novel assistance rod capable of capturing actions, which comprises an assistance rod shell, a fixed rod fixed at the top end in the assistance rod shell, a central shaft body fixed at the bottom of the fixed rod, a first outer ring penetrating through the outer part of the central shaft body, and a second outer ring penetrating through the outer part of the first outer ring, a plurality of first springs are fixed between the central shaft body and the first outer ring, and a plurality of second springs are fixed between the first outer ring and the second outer ring. In the process of shaking the reinforcing bar, the edge of the second outer ring is provided with a slidable concave centrifugal plate body, and the concave centrifugal plate body slides along the second outer ring through centrifugal force; due to the fact that the first spring and the second spring are arranged among the first outer ring, the second outer ring and the central shaft body, adjacent layers can be driven to be unfolded in sequence, and therefore the first annular lamp strip on the top of the first outer ring and the top of the second outer ring can change the physical form in real time and continuously expand and contract according to the waving action of a user, and the visual effect is improved.

The subject of the invention is a method of designing and manufacturing a prosthetic socket, comprising a step of creating a test socket (1) based on an initial digital model of the test socket (1), a step of adjusting the test socket (1), a step of scanning the adjusted test socket (1) to create a digital model of the adjusted test socket (1), a step of creating a digital model of the final prosthetic socket based on the digital model of the adjusted test socket (1), and a step of manufacturing the prosthetic socket based on the digital model of the final prosthetic socket. The step of adjusting the test socket (1) comprises performing at least one physical shape change (2) of the test socket or marking the required shape change (2) of the test socket on the outer surface area (3) of the test socket, the step of scanning the adjusted test socket (1) comprises the step of scanning the outer surface area (4) of the adjusted test socket, and the step of creating the digital model of the final prosthetic socket comprises determining at least part of the inner surface area of the digital model of the final prosthetic socket based on the outer surface area (4) of the digital model of the adjusted test socket.

1. Name of the product in this design: Body Shape Assessment Device. 2. Purpose of this design: To evaluate human body shape. 3. The key design features of this product are the combination of shape and pattern. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

Currently, artificial reality (XR) experiences typically only provide a representation of the user's upper body (e.g., as an avatar). While the legs don't have a wide range of movement and expression in XR, they need to bring a sense of credibility to the digital human presented in XR. However, tracking the legs can be difficult because they are often invisible to the XR device's camera. Several aspects of this disclosure provide a full-body synthesis system that can generate plausible full-body poses of a user in real time on an XR device by leveraging generative machine learning. The full-body synthesis system is compatible with a wide number and types of inputs (e.g., joint position / rotation / acceleration, computer vision models, etc.) and can be applied to users of any height, body size, and body shape.

This application discloses a method and system for printing shoe material fabrics. The method includes: acquiring first images of various sample shoe material fabrics to be printed; in each first image, setting partitions based on the physical shape and / or distribution of the sample shoe material fabric, and selecting prominent features on the sample shoe material fabric as selection areas within the partitions; configuring the partitions and corresponding selection areas as a recognition template to obtain multiple recognition templates corresponding one-to-one with various shoe material fabrics to be printed; acquiring a second image of the shoe material fabric to be printed; performing partition and selection area recognition matching on the second image based on the recognition templates to obtain the shoe material fabric recognition and positioning result; and loading a corresponding target printing pattern according to the recognition and positioning result to print the shoe material fabric. This application solves the technical problem of low efficiency caused by difficulties in recognizing features.

The invention discloses a data set construction and model training method and system for the physical form of the disabled, and the method achieves the high-precision ethical compliance data set construction through the multi-posture modular dummy physical simulation, high-density key point-surface deformation joint labeling, privacy anonymization mapping and balance data enhancement strategy. The method comprises the following steps: (1) regulating and controlling a multi-freedom dummy to generate an extreme posture and limb missing sample; (2) synchronously acquiring image, video and three-dimensional size data to form a multi-modal data packet; (3) mapping the three-dimensional data into a pixel-level dense label; (4) optimizing marking quality and balancing sample distribution, and constructing a training data set with strong robustness; and (5) training the incomplete figure estimation model by using distillation-curriculum learning. The scheme has the advantages of zero contact, wide coverage, high precision, low ethical risk and the like, and is suitable for data set generalization construction of the disabled assisting technology.