41results about How to "Will not interfere with normal activities" patented technology

The invention discloses a garment with an oxter breathing structure and a manufacturing method of the garment. The garment comprises a large body and sleeves, wherein the large body comprises a frontpiece and a rear piece, and below the connecting parts of the large body and the sleeves, first breathing structure gaps and second breathing structure gaps are arranged on the large body and the sleeves. According to the technical scheme, through the swing of the arms, second breathing structures on the sleeves move to and fro on one sides of first breathing structures of the large body, by virtue of the principle of attraction due to the same magnetic property and repelling between the opposite magnetic properties of first soft magnetic strips and second soft magnetic strips of the first breathing structures and third soft magnetic strips and fourth soft magnetic strips of the second breathing structures, the wave peaks of the second breathing structures and the wave peaks of the first breathing structures move to and fro, so that the air ventilation at the oxter positions of the garment is improved, heat dissipation is carried out on the oxter positions, meanwhile, the soft magneticstrips and wavy rubber materials adopted by the first breathing structures and the second breathing structures have flexibility, elasticity and distortion property, therefore, the change along with the shape of the garment can be realized, and then the normal activity of the human body is not influenced.

The invention discloses a scoring method based on uniformity coefficient of rhythms of limbs of a player. The scoring method comprises the following steps of acquiring three-axis accelerated speed data of a player within a sampling period by using a three-axis accelerated speed sensor attached to the limbs of the player; finding out an axis with the maximum peak value and sampling sequence numbers k corresponding to all wave crest points of accelerated speed data of the axis; sequentially arranging the sampling sequence numbers k from small to large so as to form a sequence; performing first-order linear fitting on the sequence by using a least square method and calculating variance of the sequence; performing game scoring according to the variance of the sequence; repeating the above steps to calculate scores in different sampling period time buckets in a whole game process; and calculating an average value, which is the final score of the player, of the cores. After the three-axis accelerated speed sensor and simple control circuits are arranged in music equipment, a scoring problem of the player is solved. Moreover, the scoring method is accurate and reliable.