136 results about "Breast shape" patented technology

Clothing and covering system with various functions comprising at least one item, having at least one layer, at least one fabric, and at least one function. At least one function is selected from the group consisting of wearing on body, fashion display, preventing snow, preventing wind, preventing sun, preventing dust and dirt, support, comfort, performance, protection, insulation, warmth, coverage, storage, containment, drying, wiping, drainage, security, housing, water flotation, thermal insulation, heat resistance, bullet proofing, sun screening, non ironing, breasts shaping, arch support, seamless footwear, bandaging, cover polarizing, pressure addition, cover planting, electricity generation, food storage with coated paper, odor absorption, aromatherapy, moisturizing, cleansing, dust trapping, glow-in-the-dark, water and leakage proofing, and ingredient addition. Leakproof clothing and covering can control and prevent both leakage of body discharge and secretion, and leakage of rain and water. Clothing and covering with ingredient addition includes flavoring ingredient, cleansing ingredient, nutritional ingredient, and health ingredient.

The bra with breast pumping apparatus integrated therein includes a breast-shaped cup that a breast milk pump adjacent a nipple of an end user. The bra is adapted to be worn while simultaneously pumping breast milk from the nipple of the end user, and which transfers said breast milk into a fill bag that is held in place against the breast-shaped cup via a pocket. Once the fill bag is filled, the end user can remove the fill bag from the bra without requiring removal of the bra altogether. A powering member is integrated elsewhere on said bra, and provides the power necessary to run the breast milk pump.

Absorbable implants for breast surgery that conform to the breast parenchyma and surrounding chest wall have been developed. These implants support newly lifted breast parenchyma, and/or a breast implant. The implants have mechanical properties sufficient to support a reconstructed breast, and allow the in-growth of tissue into the implant as it degrades. The implants have a strength retention profile allowing the support of the breast to be transitioned from the implant to regenerated host tissue, without significant loss of support. Three-dimensional implants for use in minimally invasive mastopexy/breast reconstruction procedures are also described, that confer shape to a patient's breast. These implants are self-reinforced, can be temporarily deformed, implanted in a suitably dissected tissue plane, and resume their preformed three-dimensional shape. The implants are preferably made from poly-4-hydroxybutyrate (P4HB) and copolymers thereof. The implants have suture pullout strengths that can resist the mechanical loads exerted on the reconstructed breast.

The invention discloses a breast prosthesis manufacturing method based on the three-dimensional printing technology. The method comprises the steps that a tumor to be excised is analyzed and positioned according to breast medical image data of a patient before an operation, the shape, size and position of the excision part are determined, a three-dimensional digitalization tumor model is established, the radical treatment of the tumor and the demand for individualization overall beauty of the patient in the breast reestablishing process are comprehensively taken into consideration, a breast prosthesis three-dimensional model is optimized and designed according to the established tumor model and the breast shaping golden method, biologically-compatible materials conforming to the hand touch texture of the breast are selected, and the breast prosthesis is printed and formed through the biological three-dimensional printing technology. According to the breast prosthesis manufacturing method, the relation between the breast tumor and the peripheral tissue can be clearly displayed by analyzing and establishing the three-dimensional digitalization tumor model, and thus a doctor can conveniently determine the tumor excision range before the operation; the individualized accurate breast prosthesis can be provided for the patient quickly through the biological three-dimensional printing technology to improve the tumor radical treatment effect and the plastic surgery treatment effect, the living quality is improved, and the medical cost is lowered.

A lightweight breast prosthesis is formed as an enclosed body having therein at least two compartments chamber, wherein one of the compartments chamber is filled with silicone gel, and the other compartment chamber or compartments chamber are filled with a substance lighter than silicone gel. Thus, the breast prosthesis, which is soft and tender like silicone gel but lighter than a breast prosthesis made entirely of silicone gel, can serve either as a complete prosthetic breast or as a breast shape-supplementing pad for locally supplementing the breast shape or making up a partially removed breast.

A device is provided herein for locating a breast of a female patient. In one embodiment, the locating device is adapted to be inserted into an opening within a patient table. The locating device is further adapted with different sizes and shapes, and thus, can be adapted to various breast shapes. In one embodiment, the device is provided with an RFID transponder for identifying the particular locating device being used. The RFID transponder enables data about the locating device to be automatically recorded along with the image data. This enables the shape of the locating device to be taken into account when evaluating an image. Furthermore, the RFID transponder ensures that a locating device of the same shape is used for subsequent exposures of a patient's breast, so that the exposures remain comparable.

A backless, strapless breast form system to be worn in place of a traditional bra including a pair of breast forms, wherein each breast form includes a volume of silicone gel encased between thermoplastic film material; an interior surface adapted to be attached to a user's breast, wherein substantially an entire interior surface from edge to edge comprises a pressure sensitive adhesive layer and wherein the interior surface has a plurality of bumps adapted to increase a push up effect of the breast form; a lateral side adapted to face the user's armpit and a medial side facing opposite the lateral side, wherein the breast form is adapted to be secured to the user's breast solely by the pressure sensitive adhesive layer; and a connector adapted to adjoin the pair of breast forms, wherein the connector is positioned between the medial side of each of the pair of breast forms.

A bra cup or breast form including an interior surface facing toward a user's breast and having at least one thin ridge of pressure sensitive adhesive, for securing the bra cup or breast form to the user's breast, and at least one ventilation pathway on the interior surface. The bra cup or breast form may be used in a backless, strapless bra or breast form system.

The method provides a method for measuring a volume of dairy cow mammary tissue. The method includes the following steps of placing two shooting devices at a plurality of preset positions on two sides of a fence respectively, calibrating the shooting devices, collecting images as original images, acquiring a dairy cow breast image, constructing a three-dimensional description of a breast shape, calculating an upper bound depth and a lower bound depth of a mammary tissue distribution area of each breast area, acquiring three-dimensional coordinates of upper and lower bounds of the mammary tissue distribution area in a normal vector direction of an external three-dimensional point cloud, constituting inside and outside three-dimensional descriptions of the cow mammary tissue distribution area, acquiring the ratio of mammary tissue in an ultrasound image of each breast area, and calculating an actual volume of the mammary tissue of each breast area. According to the method for measuring the volume of the dairy cow mammary tissue, a cow breast three-dimensional model is constructed by means of a computer vision technology, measurement of the appearance assessment index data and volume is performed, internal tissue distribution of organs are analyzed through the ultrasound image, and real-time measurement of a proportional relation of the internal tissue distribution of cow breasts is performed.

The invention discloses a vivid physical simulation model for electrical impedance scanning imaging of a breast. The vivid physical simulation model comprises a breast shape body-simulated structural layer, an exciting electrode substrate, a detection electrode array module, detection electrode substituting pieces and separated components such as a pectoralis major tissue simulated body, a breast tissue simulated body, a cancerization mass simulated body and a skin tissue simulated body, wherein the electrical impedance characteristic of each of the pectoralis major tissue simulated body, the breast tissue simulated body, the cancerization mass simulated body and the skin tissue simulated body is set according to electrical impedance characteristic parameters of active breast tissues. The vivid physical simulation model is designed according to the breast states during actual clinical detection with electrical impedance scanning of the breast, and the electrical impedance characteristic parameters of the simulated bodies are set according to active tissue parameters, so that simulation results can be more approximate to actually detected results. Besides, simulation conditions can be set flexibly, and an effective simulation tool for carrying out scientific research on electrical impedance scanning imaging of the breast in a deep-going way is provided.

The invention discloses a dedicated breast phantom of CT equipment for breast. The breast phantom comprises an elliptic breast body, a plurality of detector accommodating holes, thermoluminesence detectors, a fixing pin (1) and a fixing pin (2), wherein the elliptic breast body is divided into two elliptic half-balls through an elliptic central plane; the detector accommodating holes are all embedded in either elliptic half-ball; the other elliptic half-ball is used for assisting the formation of breast shape of the breast phantom; the detector accommodating holes are round or small cylinder-shaped; the thermoluminesence detectors are put in the detector accommodating holes and used for data measurement; the four corners of the fixing pin (1) are round; and the air flows out through slits at the four corners to achieve the fixing and buffering functions when the two elliptic half-balls are closed. The dedicated breast phantom can be applied to measure and calibrate the dose of radiation to the breast as well as the dose distribution, is more favorable to control and evaluate the dose level of radiation to the breast, and helps improve breast diagnosis techniques.

The invention discloses a healthy bra capable of preventing breast cancer, comprising cup bodies and flanks, wherein, each cup body is provided with a steel ring, the shape of which is adaptive to the breast shape of the human body; the steel ring is embedded in the cup body; and a silica gel package layer is arranged outside the steel ring. In the invention, the steel ring is packaged by utilizing the soft silica gel, and the steel ring is internally arranged in the breast, so as to change the stiff curved support of the steel ring, and form the support of soft curved surface of the steel ring, thus the breast can not be reined and pressed by the steel ring of the bra, thereby balancing the stress of the breast, enhancing the blood circulation, avoiding the tissue necrosis caused by hypoxia, and preventing breast hyperplasia and canceration.

The invention relates to a composite sandwich ventilation bra cup. The composite sandwich ventilation bra cup comprises a bra cup body. The composite sandwich ventilation bra cup is characterized in that the bra cup body comprises an inner bra cup and a surface bra cup covering the surface of the inner bra cup; vent holes are uniformly distributed in the inner bra cup. The composite sandwich ventilation bra cup adopts a dual-layer composite ventilation structure; the inner bra cup completely fits the breast and has a very good supporting effect and a ventilation effect; the surface bra cup has a shaping function and can be used for building a perfect breast shape; the composite sandwich ventilation bra cup is very good in practicality; compared with bra cups of an existing bra, the composite sandwich ventilation bra cup is more functional, remarkable in appearance effect, comfortable to wear and capable of easily showing the perfect breast shape.

In a method of making a breast prosthesis for use by a wearer having a body temperature, a plurality of dissolvable beads is placed into an open back of a breast-shaped mold. The open back of the mold is sealed. A suspension of an uncured silicone rubber liquid and a plurality of phase change material pellets is injected into the mold around the beads. The uncured silicone rubber is allowed to cure, thereby forming a breast shape. The phase change material has a latent heat of fusion at a melting point so as to remove heat from the wearer when the body temperature is at least at the melting point. The breast shape is removed from the mold and the dissolvable beads are dissolved from the breast shape.

The invention provides pasties for breasts of women. The pasties are the products prepared by mixing water soluble vitamin E, aloe extracting solution, pueraria mirifica extractive, lauric modified superoxide dismutase, hyaluronic acid, raspberry ketone glucoside, fish collagen, water soluble pearl powder, water soluble azone, folic acid, GM BP preservative and deionized water based on the ratio, so as to obtain solution, then uniformly infiltrating the solution on a non-woven film which is cut as a circle and provided with circular mesoporous; and finally sealing and packing. The pastries can be used for obviously reducing the symptoms after one-to-three-month continuous consumption, such that the breasts are sagged, the breast shapes are expanded outside, the breasts are lack of elasticity, and the skin around the breasts; and the pasties do not produce any side effects and irritation.

Disclosed are clothes with cup parts which have excellent breast-shaping properties and can firmly support the breasts in wearing in spite of being non-wire. Specifically disclosed are clothes with cup parts and comprises non-wire type cup parts, base parts, a strap and a back fabric. An integrally molded member (11) consists of the non-wire type cup parts and the base parts that are integrally molded together, characterized in that one end of a strap (12) is attached to the upper part of said cup part; a back fabric (13) is attached to the underarm part of said integrally molded member (11); the attachment width of said back fabric (13) is less than or equal to a half of the length of the underarm part of said integrally molded member (11); a strengthening member (14) is further provided; said strengthening member (14) is attached to the whole area below a line, which connects the strap-attachment point of said cup part in said integrally molded member (11), the top of the breast and the upper end of the front center, or a part thereof; and said strengthening member (14) comprises a material having a higher shape stability than the material constituting said cup parts.

The present invention provides a bra fitting adjustment device, which includes a main body and an adjustable breast unit. The main body is shaped according to the shape and size of the upper body of the human body. The adjustable breast unit is installed at the breast position corresponding to the main body. The body and the adjustable chest unit simulate the real upper body shape of the human body; the adjustable chest unit has a bearing surface and an adjustment module, the bearing surface is exposed outside the body, and the adjustment module is accommodated in the body. To connect the bearing surface to move, and make the control end of the adjustment module extend to the outside of the body; by operating the control end to drive the bearing surface through the adjustment module connection, the relationship between the body and the adjustable chest unit can be changed The relative position between them is used to simulate the real upper bust and lower bust size, and then the finished bra can be put on the body, and the bra can be tested and modified.