105 results about "Right breast" patented technology

A brassiere includes a left cup, a right cup, and a bra body, wherein a cup size of the left cup cavity is different from a cup size of the right cup cavity. The bra body is for selectively retaining the left cup and the right cup in position to form a brassiere structure, in such a manner that a wearer with asymmetrical breasts is able to individually select the left and right cups according to the left and right breast sizes respectively to optimize the support of the breasts of the wearer for supporting the weight of the breasts and positioning the left and right cups covering left and right breasts of wearer respectively.

A labor and delivery outfit designed to provide function, comfort and dignity, comprises: a sleeveless, wrap shirt having an upper portion that includes a right nursing flap, and a left nursing flap, a first lower portion extending from the right nursing flap, a second lower portion extending from the left nursing flap, a back having a right strap, a left strap, and overlapping right rear lower portion and left rear lower portion defining an opening therebetween; a bra, preferably a built-in, supporting, nursing bra having a first section extending between the right strap and the first lower portion and including a right breast nursing cup, and having a second section extending between the left strap and the second lower portion and including a right breast nursing cup, and, a left breast nursing cup, releasable fasteners for fastening the right nursing flap to the right strap, thereby covering the right nursing cup, and releasable fasteners for fastening the left nursing flap to the left strap, thereby covering the left nursing cup; and, a wrap skirt having an elastic waist, a built-in pregnancy panel, and, a rear zipper. The nursing flaps of the shirt in closed position may form a V-neck. The back may be shaped in a V. A seam is provided between the upper portion and lower portions. Releasable fasteners are provided for fastening the rear lower portions to the upper portion of the shirt, thereby providing access to the spine.

A breast support garment. The garment comprises a right fabric panel for overlying the woman's right breast when worn, a left fabric panel for overlying the woman's left breast when worn, the right and the left panels having a relatively flat configuration when the garment is not worn, a first variable-length material strip attached to the right panel beginning at a region between the breasts and extending along a lower region of the right breast when the support garment is worn, a second variable-length material strip attached to the left panel beginning at the region between the breasts and extending along a lower region of the left breast when the garment is worn and the first and second material strips expanding when the garment is worn to allow the wearer's breasts to be received within cups formed in the right and left panels and further for providing lifting and upwardly directed forces on the right and left breasts as the first and second material strips attempt to return to their relaxed state.

Methods and apparatuses align breast images. The method according to one embodiment accesses digital image data representing a first breast image including a left breast, and a second breast image including a right breast; removes from the first and second breast images artifacts not related to the left and right breasts; and aligns the left and right breasts using a similarity measure between the first and second breast images, the similarity measure depending on a relative position of the first and second breast images.

The battery operated baby care tracking device comprising an information screen on the face of the device, displaying the date and time in one mode and recent baby care information in corresponding modes; a first group of buttons on the same face of the device, labeled as integers 1-12, including clear and decimal point buttons; a second group of buttons labeled as baby feeding events, including nursing, pumping and bottle and baby food feeding, including buttons to indicate the left and right breast; a third group of buttons labeled as baby care information, including diapers, sleeping, crying , medicine, vomiting, temperature and a generic baby care event which are used for data entry and review; a fourth group of buttons having two scan buttons allowing the reviewer to scroll through data; an Alarm switch, on a first or second side of the device, by which the caregiver can set an audible and/or vibration and/or backlight alarm for a particular time or time increments; a Lock switch, on the first or second side of the device, which locks the device or allows input and review of information in different positions; a Light switch on the side of the device, which can be switched Off, On or to the Nighttime position; a microprocessor for providing temporary memory storage for the device and mode selection for each of the buttons and a USB port on a side of the device as well as WiFi capability for data transfer from temporary memory storage in the device to a permanent memory storage.

A bra to enable monitoring of a wearer's heart rate. There is provided a bra comprising a left breast cup; a right breast cup; and a centre gore attached between the left and right breast cups. Each of the left and right breast cups comprises a lower edge region which is shaped to follow the shape of a wearer's breast and is shaped to be positioned below a wearer's breast to support the breast, and wherein the lower edge region comprises an electrically conductive fabric layer on the inner surface for contact with the user's skin. The centre gore comprises an attachment area for attachment of a transmitter and an electrically conductive pathway from the electrically conductive fabric of the lower regions of the breast cups to the attachment area. Bra components for providing electrical pathways are also provided.

A system and method for diagnosing the possibility of disease by making electrical measurements in one of a first body part and a second substantially similar body part are described. The present invention balances out differences between homologous body parts that are due to natural factors unrelated to disease, such as differences in size or symmetry between left and right breasts. Once data are prebalanced, statistical analyses can be performed on the data to diagnose disease. The system includes a normalizing module for obtaining a normalizing factors database from a screening population group to account for differences in spatial separation of impedance measurements. Once a set of normalizing factors is obtained, a prebalancing factor can be obtained that can further be used to adjust raw electrical measurements. Normalizing factors are applied to a smaller subset of measurements that are likely to better represent the body part as a whole. This set of measurements is reduced further by eliminating a set of the measurements that can be biased by a presence of a disease in a body part. The remaining measurements for each body part are then averaged to obtain an overall measure of a body part electrical property. The quotient between these measures is then used to adjust raw measurements. The adjusted measurements remove the imbalance that might exist due to natural differences between body parts. Adjusted measurements are then used as an input to other methods to obtain more accurate disease diagnostics.

The invention discloses a mammary gland molybdenum target AI auxiliary screening method. The method comprises the following steps: S1, acquiring and inputting image data and non-image data; s2, constructing a benign and malignant detection model; and S3, constructing a lesion area positioning model. The invention develops an AI auxiliary detection algorithm for a mammary gland molybdenum target image from coarse to fine. Firstly, four high-resolution images of CC-position and MLO-position molybdenum target images of left and right breasts are acquired; the four high-resolution images are inputinto a multi-view breast molybdenum target benign and malignant classification model, benign and malignant conditions of each molybdenum target image are identified, and finally refined disease benign and malignant identification and positioning is performed on the breast molybdenum target image by using a Faster R-CNN disease detection model.

A breast support garment. The garment comprises a right fabric panel for overlying the woman's right breast when worn, a left fabric panel for overlying the woman's left breast when worn, the right and the left panels having a relatively flat configuration when the garment is not worn, a first variable-length material strip attached to the right panel beginning at a region between the breasts and extending along a lower region of the right breast when the support garment is worn, a second variable-length material strip attached to the left panel beginning at the region between the breasts and extending along a lower region of the left breast when the garment is worn and the first and second material strips expanding when the garment is worn to allow the wearer's breasts to be received within cups formed in the right and left panels and further for providing lifting and upwardly directed forces on the right and left breasts as the first and second material strips attempt to return to their relaxed state.

A breast image generating method correlates radiographing order information for instructing to radiograph each of left and right breasts of a subject in an oblique direction with identification information indicating a relationship between data of a breast image and the radiographing order information so as to be stored in a storing device. A breast is radiographed based on the radiographing order information to generate data of a breast image, radiographing order information corresponding to the generated data of a breast image is identified based on the identification information, and a stamp image is superposed at a prescribed position on the breast image taken through radiographing conducted in the oblique direction to make a composite image in accordance with whether a breast region indicated by the identified radiographing order information is left or right, so as to display the composite image on a displaying device.

The embodiment of the invention discloses a breast cancer detection bra and a detection system. The breast cancer detection bra includes a bra body, a plurality of sensors, a sensor base body and a control unit; the sensor base body is provided with a left detection zone and a right detection zone which are symmetrically arranged; each detection zone is of a hemispherical three-dimensional structure composed of several branches, and the sensors are disposed at the tail ends of the branches; the control unit is disposed on the sensor base body and connected with infrared sensors for acquiring data collected by the sensors; the sensor base body is sewn in the bra body. The left detection zone and the right detection zone are sewn on a left breast support and a right breast support of the brabody respectively. A user can directly wear the breast cancer detection bra in daily use, the breast cancer detection bra conforms to daily use habits of the user, and a reasonable sensor structure is arranged and can cover the entire breast area of a female user.

A brassiere structure includes interconnected left and right cup member for respectively covering left and right breasts of a wearer; left and right lift bodies attached respectively at lower peripheries of the left and right cup members, each of the left and right lift bodies being provided with a counter weight; and two micro-vibration motor units, each installed at a distal end of a respective one the left and right lift bodies, and including a motor casing, a vibration motor disposed within the motor casing, a battery for supplying power to the vibration motor and an ON/OFF switch for activating and deactivating the vibration motor.

A medical image processing apparatus and a breast image processing method thereof are provided. The processing method at least contains but not limited to the following steps. At least one slice of breast image is obtained. Mammary glandular tissue in each breast image is detected through a mammary glandular tissue detector. The mammary glandular tissue detector is based on texture characteristic analysis. Therefore, the embodiments of the present disclosure would assist density analysis of the mammary glandular tissue and efficiently reduce false positive of computer-aided detection. In addition, based on a result of the density analysis of the mammary glandular tissue, the embodiment would further determine lactation yield and present density diagrams of mammary glandular tissue of left and right breasts. A breast region may also be separated from the breast image based on rib information according to the embodiments of the present disclosure.

The invention relates to a woman breast health assessment method based on infrared medical images. The method comprises: using an infrared lens to acquire human body infrared waves; using an infrared thermal imaging device to measure temperature of left and right breasts, left and right mammary areolas, positions under left and right breasts, left and right armpits, and left and right adnexa regions; respectively calculating the difference values of the average temperature of the ten measured regions and the average temperature of a whole body; subtracting the difference values of average temperature of the left and right corresponding regions and the average temperature of the whole body, comparing the obtained temperature difference values of the left and right corresponding regions with a temperature threshold, if the temperature difference value is larger than the temperature threshold, prompting that a left region has high-risk lesion trend; otherwise, determining whether a vascular type heat source appears in the left corresponding region, if the vascular type heat source appears, prompting that the left region has high-risk lesion trend; otherwise, respectively establishing rectangular coordinate systems with left papilla and right papilla as centers, according to a maximum value and a minimum value of average temperature in four quadrants of the left breast and the right breast, analyzing to obtain an assessment result of breast health.

Displaying breast ultrasound information on an interactive user interface is described, the user interface being useful in adjunctive ultrasound mammography environments and/or ultrasound-only mammography environments. Bilateral comparison is facilitated by a pairwise display of thick-slice images corresponding to analogous slab-like subvolumes in the left and right breasts. Coronal thick-slice imaging and convenient navigation on and among coronal thick-slice images is described. In one preferred embodiment, a nipple marker is displayed the coronal thick-slice image representing a projection of a nipple location thereupon. A convenient breast icon is also displayed including a cursor position indicator variably disposed thereon in a manner that reflects a relative position between the cursor and the nipple marker. Preferably, the breast icon is configured to at least roughly resemble a clock face, the center of the clock face representing the nipple marker location. Bookmark-centric and CAD-marker-centric navigation within and among thick-slice images is also described.

An airbag apparatus receives an occupant's left breast by an expanded left airbag section and receives the right breast by a right airbag section. A void space of the expanded airbag opposes the lateral center of the occupant's breast. Both the left and right airbag sections expand smoothly and substantially evenly. The left and right airbag sections are folded firstly to obtain a first folded body elongated in the fore-and-aft direction and, subsequently, the distal sides from a joint belt, which connect the midsections in the expanding direction of the left and right airbag sections, are opened laterally apart from each other. The rear sides from the joint belt are folded so as to be reduced in width in the fore-and aft direction to obtain the second folded body, and then the lateral width is reduced by the third folding operation to obtain the final folded body.

Clothing having cups in which a front center supporting part is provided at a portion where front sides of left and right cups covering left and right breasts respectively which are disposed nearer to a front center in a left-to-right direction than top portions of the left and right cups are continuous with each other, with a front central position interposed between the front sides of the left and right cups. Upper and lower portions of the front center supporting part are spread in a left-to-right direction with the upper and lower portions thereof extended to upper and lower sides of the left and right cups respectively surrounding each of the top portions to such an extent that the upper portion is located at a position where the upper portion and a strap are continuous with each other. A cup central weak supporting part having a lower holding force than the front center supporting part is formed at a central portion of each of the left and right cups covering the top portion with the cup central weak supporting part continuous with the front center supporting part. The cup central weak supporting part is more stretchable than the front center supporting part.