218 results about "Body Regions" patented technology

Methods, systems, and apparatus, including computer programs encoded on computer storage media, for medical condition identification. One of the methods includes obtaining visual data representing at least one body part of a subject; obtaining non-visual data that corresponds to one or more biological characteristics of the subject; providing data representing (i) the visual data and (ii) the non-visual data to one or more machine learning models, wherein the one or more machine learning models are trained to predict presence of a medical condition; obtaining an output of the one or more machine learning models that is generated based on the one or more machine learning models processing the visual data and the non-visual data; and determining presence of the medical condition for the subject using the output of the one or more machine learning models.

The disclosed method may include receiving neuromuscular activity data over a first time series from a first sensor on a wearable device donned by a user receiving ground truth data over a second time series from a second sensor that indicates a body part state of a body part of the user, generating one or more training datasets by time-shifting at least a portion of the neuromuscular activity data over the first time series relative to the second time series, to associate the neuromuscular activity data with at least a portion of the ground truth data, and training one or more inferential models based on the one or more training datasets. Various other related methods and systems are also disclosed.

A lower torso garment includes a waistband positioned at an upper end of the lower torso garment, a body region coupled to the waistband and extending between the waistband and a lower end of the lower torso garment, two leg openings proximate to the lower end, and a pouch coupled to the body region. The pouch includes a support element that has at least one strip of elastomeric material.

A diagnostic device (10) for guiding a doctor in performing diagnostic procedures on a patient's body comprises a main body (12) having a top surface (13) and a bottom surface (14), with one or more user output modules (22) positioned on the top surface (13) and a set of sensors comprising peripheral sensors (16) and diagnostic sensors (18) arranged on the bottom surface (14). A processor (302) executes instructions stored in a memory (306) for receiving and processing preliminary inputs about the patient through a preliminary data acquisition module (307), determining a target body region and starting point, and performing scans to determine boundaries and examine specific organs. The device employs an artificial intelligence / machine learning (AI / ML) engine (310) to generate real-time audio, visual, and haptic instructions for guiding the operator, process multiple data streams, identify abnormalities, and provide diagnostic recommendations.

The present disclosure relates to systems and methods for anatomical and injury modeling. A system can process multimedia and sensor data collected during various anatomical tests, such as mobility tests and muscle, ligament, or tendon assessments, performed by a user. By applying this data to neural network models, the system can generate anatomy scores and subscores for specific body regions, identifying potential vulnerabilities in the anatomy of the user. The system can further generate a personalized conditioning protocol to address these vulnerabilities and reducing the likelihood of injury.

A apparatus for non-invasive ultrasonic treatment of a target region within a body part of a user is proposed. The apparatus includes an attachment means for attaching the apparatus to the body part. Further, the apparatus includes at least one ultrasonic transducer configured to emit ultrasonic waves for non-invasive ultrasonic treatment of the target region. For compensating for distortions of the emitted ultrasonic waves by anatomical structures of the body part and for focusing the ultrasonic waves into the target region, the apparatus comprises a modification means individually adapted to the anatomical structures of the body part of the user or alternatively a plurality of ultrasonic transducers and a control circuit. The modification means is configured to modify acoustic properties of the emitted ultrasonic waves in a predetermined manner. The control circuit is configured to control the emission of the ultrasonic waves by the plurality of ultrasonic transducers based on data indicating the target region and properties of the anatomical structures of the body part of the user. The apparatus is configured for operation in the magnetic field of a magnetic resonance imaging system.

The invention relates to an extension device (10) for an ambulance stretcher for detachable attachment to a main stretcher of an ambulance stretcher with longitudinal beams. According to the invention, the extension device (10) comprises several lateral extension elements (1, 2, 3) which are aligned in the longitudinal direction (L) of the extension device (10) and are arranged in a head region (K), a middle body region (MK), and a foot region (F) of the extension device (10). The lateral extension elements (1, 2, 3) are arranged in pairs opposite each other and create an extended support area for a patient, particularly an obese patient, positioned on an ambulance stretcher. The extension device (10) has at least one, preferably at least two, crossbeams (8).which mechanically connect the widening elements (1) in the head region (K) and have openings (8') at their transverse ends for passing through and supporting longitudinal beams of an ambulance stretcher, and that at least two fixing elements (7) and at least two foot adapter rails (9) for detachably fixing the widening device (10) to a frame profile of the ambulance stretcher are arranged on an underside of the widening device (10).

A method for mapping one or more cutaneous conditions of a cutaneous surface may include: identifying a body map; identifying one or more body regions corresponding to the body map; identifying at least one representation corresponding to the one or more body regions; identifying one or more icons corresponding to the at least one representation; and defining the one or more icons on the at least one representation.

The image shown in the figure is a graphical user interface for a patient app and is displayed when the user is giving an injection, etc. The figure is an image for indicating a body part or specific body part, such as a specific body part that has been injected, a specific body part with a problem, or multiple specific body parts that should be emphasized. The figure is an image from a patient app showing the front of a woman's body, with specific divisions into body parts indicated. Body parts can be highlighted by the user. Additionally, the figure shows a back view, right side view, left side view, top view, and bottom view of a computer with patient information exchange function that displays the above image.

A cuff is provided for use in measuring hemodynamic parameters, the cuff having a shell portion for surrounding a body portion of a subject and pressure applying means surrounding the shell portion, the shell portion being positioned between the actuator and the body portion. The shell portion is formed to have at least two circumferential portions that form a closed loop around the body portion of the subject when the cuff is assembled on the body portion of the subject. For example, the shell portions overlap at their respective ends, forming at least a first overlapping region and a second overlapping region. By forming a shell structure with multiple circumferential portions, it is possible to open the shell portion from the side by sliding it to separate the shell portion at at least one tangential confluence point between the circumferential portions. For example, in some embodiments, the shell structure can be opened by sliding it tangentially to separate at least two shell portions in the first overlapping region.

1. Name of the product in this design: Moxibustion Device. 2. Purpose of this design: For moxibustion on body parts, thereby achieving the effects of health preservation and treatment. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model. 5. The bottom surface of this product is a part that is not easily seen or cannot be seen during use, so the bottom view is omitted.

The present invention relates to the provision of a scanning system and methods for scanning a discrete location within a body part of a subject. More particularly, the present invention provides a scanning system to scan a suspected injury in a body part of a subject, such as a brain injury. The scanning system provides a diagnostic scanning device that scans the discrete locations within the body part, and a processer configured to carry out calculating the probability of injury in each of the discrete locations; using a statistical map of the probability of injury within the body part; and the diagnostic scanning device scanning each discrete location in order of decreasing probability determined by the processor to obtain results at each discrete location; and displaying the results on a screen as the scanning continues until a clinical assessment of the injury in the body part can be made.

The image shown in the figure is a graphical user interface for a patient app and is displayed when the user is giving an injection or other procedure. The figure is an image for indicating a body part or specific body part, such as a specific body part that has been injected, a specific body part with a problem, or multiple specific body parts that need to be emphasized. The figure is an image for a patient app showing the front of a woman's body, indicating specific divisions into body parts. Two of the body parts are highlighted. Additionally, the figure shows back, right, left, top, and bottom views of a computer with patient information exchange capabilities that displays the above image.

Diagnostic frame made of aluminum or wood, to whose frame a freely movable rubber band is attached both vertically and horizontally.

A system is provided.SOLUTION: A system comprising: means for receiving a moving image; means for dividing the moving image into a plurality of frames; means for detecting a position of a joint or a body part of a target in each frame; means for analyzing an exercise motion based on the detected position; means for generating an exercise improvement advice based on an analysis result; and means for outputting the generated advice.SELECTED DRAWING: Figure 1

Accordingly, in its first aspect, the present invention relates to a method for fitting clothing items to the anatomical geometry of animal body parts and comprising the steps of: Positioning mammal in a comfortable, free and unforced position; or in a controlled position that forces the exposure of important anatomical features; or in a sequence of movements enforcing the above position to be adopted in a predictable future moment; or in a position with controlled placement in relation to surroundings objects such as floor, walls; Starting a data collection device equipped with an optical system for collecting optical data in essentially real time and configured to communicate with an operator of the device with an at least graphical user interface; Placement of the data collection device basically perpendicularly to the mammal body part axis and in a distance enabling the collection of the optical data about the whole body part and / or surroundings objects; Collection of the optical data; Automatic or manual determining the type of mammal, part of the body visible to the optical system and determining a set of biometric indicators necessary to determine the anatomical geometry of a certain body part of given animal; Presenting in real time the gathered optical data on the electronic interface and indicating to the operator found biometric indicators.

The invention provides a multi-person whole body grid three-dimensional reconstruction method and system based on hierarchical query and graph convolution refinement. The method comprises the following steps: performing parallel prediction on parameters of each part of a human body from coarse to fine by using a hierarchical query decoder; aggregating all the preliminary attitude parameters into a human body global skeleton graph structure, and carrying out whole body attitude collaborative optimization through an attitude graph refinement device based on a graph convolution pyramid to obtain an optimized whole body fusion parameter set; and inputting the optimized whole body fusion parameter set, the shape features and the facial expression parameters into an SMPL-X human body model to carry out three-dimensional human body grid reconstruction. According to the invention, the natural dependency relationship of each part of the human body is explicitly captured from coarse to fine; the problem of space decoupling of body parts is solved while high efficiency is kept, and the structural consistency of attitude estimation is remarkably improved; and through explicit modeling of a dependency relationship between joints and fusion of multi-scale features, distortion of a local attitude is effectively corrected, and the method has excellent robustness and accuracy.

The invention provides a nursing evaluation method and electronic equipment. According to the method, pressure threshold ranges corresponding to a plurality of body parts are determined through an obtained to-be-matched physiological index group of a nursed person and a target nursing ending posture; and after a to-be-evaluated nursing video and a to-be-evaluated nursing audio corresponding to each target nursing sub-process are obtained, an action score and a language score are determined in combination with the obtained standard action feature vector sequence and the standard keyword set. After multiple pieces of pressure data are obtained, a pressure evaluation result is generated in combination with the target nursing ending posture and the pressure threshold range. And finally, generating a nursing assessment report according to a pressure assessment result, the action score and the language score. According to the scheme, the to-be-evaluated nursing video, the to-be-evaluated nursing audio and the pressure data are processed, so that the action, language and pressure of nursing are evaluated, manual evaluation is not needed, and the evaluation accuracy is improved.

This application discloses a massage chair control method, device, electronic device, and storage medium. The method includes: acquiring body data of a target user, generating a body map of the target user based on the body data, the body map including body regions corresponding to one or more bones of the target user, generating target massage parameters for the massage components of the massage chair based on the body map, and controlling the movement of the massage components based on the generated target massage parameters, so that the force of the massage components acting on one or more bones is less than or equal to a preset force threshold. Implementing this application embodiment can generate target massage parameters matched to the target user, so that the force of the massage components acting on one or more bones during the massage is less than or equal to the preset force threshold, avoiding excessive massage force of the massage components on the target user's bones, and improving the massage effect and flexibility of the massage chair.

A computer-implemented method of identifying a subject's body part on which a hand-held device is used to perform a personal care operation. The hand-held device comprises a head portion for contacting the subject's skin one or more sensors for measuring a parameter and generating measurement signals as the hand-held device is used on the subject's skin. The sensor(s) comprise(s) at least one of a skin contact sensor, skin tone sensor, and / or proximity sensor. The method includes obtaining a measurement signal from each sensor; analyzing the obtained measurement signal using a trained machine learning model (MLM) to identify the subject's body part that the hand-held device is used on. The trained MLM analyzes a plurality of measurements in a time window on each of the obtained measurement signals to identify the body part. An indication of the identified body part is then outputted.

The images shown in the figure represent the graphical user interface of a patient application, and are used to indicate body parts or specific body parts to be displayed when the user administers injections or other procedures. These images are available separately for men and women, or for both sexes, and may show, for example, a specific body part where an injection was administered, a problematic body part, or multiple specific body parts that the user wants to highlight. Furthermore, the figure shows the right side view, left side view, top view, and bottom view of a computer with a function for exchanging information with patients that displays the above images.

The invention relates to the technical field of seat adjustment, and discloses a seat feedback adjustment system supporting human body posture collection. A posture acquisition module of the system acquires pressure distribution data and timestamp information of a plurality of body parts of a user in real time; the partition processing module partitions the pressure data according to a preset rule to generate posture partition data; the posture calibration module extracts features and generates initial posture calibration, and marks a to-be-verified posture partition; the association verification module extracts feature vectors of the partitions to be verified, compares the feature vectors with a standard feature range to construct a feature sequence, verifies association conditions of feature pairs to be associated and counts the number of association pairs; the feedback adjustment module calculates a posture deviation degree evaluation value according to the number of the association pairs and the feature vectors which do not meet the association conditions, and generates a seat adjustment instruction. The system can accurately sense the real-time posture of the user, self-adaptive adjustment of the seat is achieved, and the use comfort is improved.

A method for mapping one or more cutaneous conditions of a cutaneous surface may include: identifying a body map; identifying one or more body regions corresponding to the body map; identifying at least one representation corresponding to the one or more body regions; identifying one or more icons corresponding to the at least one representation;and defining the one or more icons on the at least one representation.

An apparatus obtains a first image including a plurality of body regions captured at a first time by one or more cameras, each of the plurality of body regions corresponding to a person, among a plurality of persons; detects a first person, among the plurality of persons, by performing facial recognition operation on one of the plurality of body regions in the image obtained from the camera; determines, based on a size of a first body region corresponding to the first person captured in a second image, that the first body region approaching the barrier corresponds to a person closest to the barrier among the plurality of persons; and outputs information to control the barrier to open based on the determination that the first body region corresponds to the person closest to the barrier among the plurality of persons.

A system (100) for causing a subject to receive a survey intended to assess a health status and / or performance status of the subject. The system comprises: one or more biosensors (105) adapted to detect, on one or more points of the body surface, a plurality of bioelectrical signals emitted by the body of the subject associated with at least one body region associated with the survey purpose; an acquisition module (120) configured to acquire the plurality of bioelectrical signals; one or more substances to which the subject must be exposed during the performance of the survey, where the one or more substances are configured to induce a reaction in one or more molecules by exposure to the subject, the one or more molecules participate in one or more biochemical reactions constituting a metabolic chain in the at least one body region; and an analysis device (140). The analysis device is configured to implement one or more mathematical algorithms, the method comprises the following steps: according to a first bioelectrical signal naturally emitted by the body of a subject under the condition that the subject is not exposed to one or more substances in the plurality of bioelectrical signals and a second bioelectrical signal naturally emitted by the body of the subject under the condition that the one or more substances are not exposed to the subject, determining a metabolic condition of the subject based on a difference between second bioelectrical signals emitted by the body of the subject if the subject is exposed to the one or more substances described above, exposing the subject to the one or more substances includes placing the one or more substances outside the subject's body, close to or in contact with the subject's body; identifying the metabolic condition and nutritional data and / or sports medical data of the subject, statistical data relating to one or more pathologies, diagnostic / clinical data of the subject obtained by one or more medical devices (130), measurements of vital signs of the subject performed by one or more measurement modules (115), and data relating to one or more pathologies of the subject. A correlation between at least one of medical data of the subject provided by one or more personal devices (135) of the subject, and medical history data of the subject, and a result of the survey is provided based on the metabolic condition and the correlation.

1. Name of the designed product: massager. 2. Use of the designed product: for massaging the waist, abdomen and other body parts. 3. Design points of the designed product: in shape. 4. Picture or photo best showing the design points: perspective view.

According to the fitness content manufacturing device using the sprites defined for the body parts, the sprites defined for the body parts of the feet, the hands, the arms and the buttocks are combined and arranged to manufacture the fitness content. According to the present invention, the body part and position of the user who should contact the bottom surface according to the exercise action of the fitness content can be represented by the elf, so that new fitness content can be easily created, and the user using the created fitness content can intuitively exercise even without the guidance of a coach.

The invention refers to a computer-implemented method and respective system (300), computer program and computer-readable storage means for carrying out a palpation examination on a patient's body part (1,2,3,4,5,D, E), wherein the examination is performed systematically and according to an examination tutorial which is presented on a first computer unit (50). A palpation glove (10) is utilized in the examination, which is based on a reference point (7) and has incorporated pressure sensors capable of measuring pressure data on the texture of the tissue to detect alterations (6) in this tissue. The data obtained by the sensors is communicated by a control unit (20) of the glove (10) for processing in a second computer unit (90) which determines whether or not there have been alterations (6) to the tissue under examination by comparing, for example, with data from prior examinations.

This invention provides a method, apparatus, device, medium, and product for estimating the posture of multiple individuals, which effectively captures information from the distal limbs, significantly simplifies the processing flow, and achieves competitive accuracy. [Solution] The method involves inputting acquired human body image data into a deep aggregation network, outputting general features of the human body image, obtaining candidate center positions and initial features of each body part based on the general features of the human body image, obtaining a first offset amount from the initial features based on an axial decoupling attention perceptron, inputting the first offset amount and initial features into a regressor by interpolation, outputting a second offset amount, obtaining a keypoint offset amount by adding the first and second offset amounts, and obtaining the result of multi-person pose estimation by adding the candidate center position and the keypoint offset amount. The axial decoupling attention perceptron effectively captures contextual information and distal limb information of the human body, significantly simplifying the processing flow.

Described herein is a surgical drain including a distal porous drain region having two or more adjacent porous layers through which negative pressure can be applied to provide uniform negative pressure within the body region being treated. The distal porous drain can be configured to conform to the shape of the body region being treated.