7 results about "Athletic training" patented technology

We provide the system. [Solution] A means for inputting individual body shape and constitution data, A means for referencing a database of athletes with similar characteristics in the past using the input data, and processing the generated data, A means for generating an exercise training menu optimized for the user based on the processed data, A means for displaying the generated exercise training menu and related products to the user, A means for collecting feedback after performing exercises based on the aforementioned training menu and using it to improve the system, A system that includes this.

This utility model discloses an autumn / winter golf training garment that enhances shoulder and waist rotational stretching, relating to the field of training garment technology. This autumn / winter golf training garment with enhanced shoulder and waist rotational stretching includes a front panel, a back panel, sleeves, a waist stretching structure, an on / off and adjustment structure, a warm and fitted structure, and a shoulder stretching structure: both the front and back panels have oblique elastic seams in the shoulder area, which extend obliquely along the shoulder rotation direction to accommodate the significant shoulder twisting during a golf swing. This utility model allows for greater stretching during the coordinated movement of the shoulder and waist in golf training. Furthermore, because the material of this training garment naturally conforms to the body's curves and has strong resistance to deformation, it maintains its appearance even after repeated stretching during training, meeting the diverse fabric matching needs of autumn and winter seasons.

This product is a spherical conditioning item used in contact with the hands, feet, etc. The outer surface of the sphere has numerous small protrusions, and the equator has several types of larger protrusions of different shapes and sizes from the small protrusions, randomly arranged without any particular regularity. It is designed to provide a variety of sensations when gripped, rolled, or placed on the floor in its divided state and stood on. This product is small enough to fit in the palm of your hand and can be used as a sphere, or the ball can be divided in half at the equator and used as a hemisphere.

The present disclosure relates generally to devices and methods for athletic and / or skills assessment, development, and / or performance and to devices and methods for athletic and / or skills assessment, development, and / or performance via or in connection with determining, generating, and / or tracking athletic training workouts for individual users, among other aspects, as described herein.

The application discloses a human posture recognition system based on a wearable sensor and belongs to the technical field of sensor measurement. The human posture recognition system collects foot bottom pressure through a pressure sensor module, filters and denoises and performs smooth processing through a signal processing module, and wirelessly transmits sensor signals to an upper computer through a wireless transmission module. The upper computer adopts a hidden Markov algorithm and a random forest fusion algorithm to recognize postures. The system comprises a pair of flexible pressure sensor arrays, the sensor arrays are worn on the foot bottom to collect foot bottom pressure signals, the signal processing module is completed by the upper computer, the wireless transmission module selects a Bluetooth module, and the upper computer performs real-time recognition after training the model. The system improves the recognition rate, is high in adaptability, and is suitable for medical treatment, human-computer interaction, sports training and other fields.

This disclosure provides a method, product, and application for classifying exercise training intensity based on blood metabolites. It combines metabolomics detection results with conventional hematological indicators for athlete training type classification, breaking through the limitations of traditional methods that rely solely on single physiological or functional indicators. Through statistical analysis and machine learning stability selection, core indicators are screened, a robust discriminant panel is established, and an interpretable one-to-many logistic regression discriminant model is constructed. A graded threshold method is introduced, forming a scoring system that can be directly used for practical classification. Furthermore, an "uncertainty / retest" discriminant mechanism is added to the model output to reduce the risk of misjudgment in practical applications. This disclosure not only targets the training classification of competitive athletes but also has strong application extensibility, which can be extended to the selection of youth athletes, public health and physical fitness assessment, and chronic disease rehabilitation exercise prescription design, expanding the application boundaries of metabolomics results in the field of sports and health.

The application discloses a head-mounted training device for neck muscle group resistance training and relates to the technical field of human body motion training devices, which comprises a head fixing assembly, an inner ring assembly, an outer ring assembly, a vertical swing mechanism, a rotating mechanism and an elastic resistance assembly. The head fixing assembly is used for stable connection with the head of a user. The inner ring assembly is arranged around the outer side of the head fixing assembly and is connected with the head fixing assembly through the vertical swing mechanism, so that the inner ring assembly can swing in a limited angle around a horizontal axis. The outer ring assembly is coaxially arranged outside the inner ring assembly, and the rotating mechanism is arranged between the inner ring assembly and the outer ring assembly, so that the outer ring assembly can freely rotate around the inner ring axis. One end of the elastic rope is connected with the outer ring assembly, and the other end of the elastic rope is connected with an external fixed point. Through the pitching swing of the inner ring and the circumferential rotation of the outer ring, the resistance direction of the elastic rope can be self-adapted to the compound motion of the head in the three-dimensional space, and the multi-dimensional resistance training conforming to the physiological mode is provided for the neck muscle group, and the safety and applicability of the training are remarkably improved.