7 results about "Axilla" patented technology

The present disclosure relates to a topical aerosol deodorant composition that contains water, an organic solvent, an alpha-hydroxycarboxylic acid, one or more skin conditioning agents, optionally one or more hydrocarbon carrier agents, optionally caffeine or a xanthine derivative that has vasoconstrictive effects and a propellant. The topical aerosol deodorant composition may be sprayed onto a human's external skin in need or odor control such as the user's axilla, pudendum, feet, chest, abdomen, thigh, groin, pelvis and buttock without irritation.

The present disclosure relates to a topical aerosol deodorant composition that contains water, an organic solvent, an alpha-hydroxycarboxylic acid, one or more skin conditioning agents, optionally one or more hydrocarbon carrier agents, optionally caffeine or a xanthine derivative that has vasoconstrictive effects and a propellant. The topical aerosol deodorant composition may be sprayed onto a human's external skin in need or odor control such as the user's axilla, pudendum, feet, chest, abdomen, thigh, groin, pelvis and buttock without irritation.

The invention discloses a breast cancer prosthesis implantation postoperative anti-displacement shaping corsage, and relates to the field of postoperative rehabilitation assistive devices, the breast cancer prosthesis implantation postoperative anti-displacement shaping corsage comprises a corsage front piece and a corsage rear piece which are formed through hot-press fitting of elastic bands, the corsage front piece corresponds to a single-side or double-side breast area of a human body, and the inner side of the corsage front piece is provided with a plurality of independently arranged inflatable bags; the inflatable bag is made of a medical polyurethane film, a skin-friendly lining layer is arranged on the inner surface, attached to the human skin, of the inflatable bag, the inflatable bag comprises a front side main bag, side wing fixing bags, a lower periphery supporting bag and an upper edge attaching bag, and the back piece of the corset is of an elastic bandage fixing structure or a whole elastic cloth back piece; according to the shaping corsage, the multi-partition independent inflatable bag set of the front piece is combined with the main bag and the sub-bags of the rear piece, and precise differentiated supporting and dynamic pressure adjustment of a prosthesis projection area, a pectoralis major boundary and an axillary lymph node cleaning area can be achieved through partition intelligent inflation control, flexible electric heating film heating, air pressure pulse massage and posture induction linkage.

The present disclosure relates to antiperspirant cream composition that contains water, an antiperspirant material, an alpha-hydroxycarboxylic acid, an oil agent, a structuring agent and optionally caffeine or a xanthine derivative that has vasoconstrictive effects. The antiperspirant cream composition may be applied to a human's external skin in need or odor and perspiration control such as the user's axilla, pudendum, feet, chest, abdomen, thigh, and buttock.

The invention discloses a breast cancer axillary lymph node metastasis risk prediction method and system, equipment and a medium, and relates to the technical field of deep learning and medical image processing. The method comprises the following steps: acquiring structured clinical pathology data and multi-modal ultrasonic image data of a patient; carrying out missing state coding on the structured clinical pathology data to generate structured representation; inputting the structured representation into the super network to generate a dynamic parameter set; the method comprises the following steps of: generating basic image representation from multi-modal ultrasonic image data through a dynamic self-adaptive aggregation mechanism, extracting shallow layer characteristics for existing modals by utilizing a real image, and occupying positions for missing modals by adopting learnable baseline characteristics; and performing deep feature modulation on the basic image representation according to the dynamic parameter set, and outputting a transfer risk prediction probability. The method can be stably operated under the condition that the ultrasonic mode is incomplete, deep modulation of image feature extraction by structured clinical prior is realized, and prediction accuracy and clinical applicability are improved.

The present disclosure relates to antiperspirant cream composition that contains water, an antiperspirant material, an alpha-hydroxycarboxylic acid, an oil agent, a structuring agent and optionally caffeine or a xanthine derivative that has vasoconstrictive effects. The antiperspirant cream composition may be applied to a human's external skin in need or odor and perspiration control such as the user's axilla, pudendum, feet, chest, abdomen, thigh, and buttock.