21 results about "Body Regions" patented technology

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 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.

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.

Systems, methods, and devices include a nervous system function assessment system involving a first assessment tool (e.g., a hammer) having one or more first sensors. The system includes a second assessment tool that is a wearable device operable to be wrapped around a body part of a subject. One or more second sensors are disposed on the wearable device operable to sense a target region at the body part. The system collects, from the first assessment tool, first sensor data corresponding to an assessment event at the first assessment tool; and collects, from the second assessment tool, second sensor data corresponding to the assessment event. Additionally, the system presents, on a display, an indication of an objective nervous system assessment parameter value computed based on the first sensor data and the second sensor data. The objective nervous system assessment parameter value can be computed based on the first sensor data and / or the second sensor data.

It estimates a 3D body model that takes into account specific body parts. [Solution] The information processing device according to the present invention comprises a reception unit, an estimation unit, and a provision unit. The reception unit receives the designation of a location corresponding to a predetermined body part on a screen schematically displaying the user's body. The estimation unit estimates the location in the user's 3D body model that corresponds to the location designated on the screen. The provision unit provides information about the 3D body model, designating the estimated location in the 3D body model as the location corresponding to the predetermined body part.

A computer-implemented method for evaluating an image data set that is based on a medical imaging method, including: acquiring the image data set; acquiring a body region depicted in the image data set; processing the image data set using a processing algorithm, wherein at least one processing parameter of the processing algorithm is specified depending on the determined body region; and / or checking a trigger condition, whose fulfillment depends on whether, for at least one area of image data, which is reconstructed depending on the image data set, local geometric factors of the parallel magnetic resonance imaging used as the medical imaging method indicate a sufficiently strong local reduction in the signal-to-noise ratio, wherein an anatomical feature is assigned to the respective area depending on the body region and the image data set when the trigger condition is fulfilled.

The invention concerns a device, a method, and an X-ray-system comprising such a device, for assisting in positioning at least one body part of a patient for an X-ray acquisition by an X-ray system, comprising a display for displaying the body part to a user, a first camera on a first side of the display, arranged and configured to monitor the body part, wherein the body part is monitored from a viewing perspective of the device, and a processing unit. The processing unit is configured to estimate an actual bone position of the body part based on one or more images captured by the first camera, determine a target bone position, calculate a difference between the estimated actual bone position and the target bone position. The device is configured to display by the display at least one of the target bone position, the estimated actual bone position, and the calculated difference between the estimated actual bone position and the target bone position overlaid over at least one image of the body part. The device is configured to adapt the displaying of the at least one of the target bone position, the estimated actual bone position, and the difference between the estimated actual bone position and the target bone position upon a change of the viewing perspective of the device.

Cushioning pad for cushioning one or more body parts of a patient undergoing a therapeutic or diagnostic procedure, comprising: a first foam layer having a first unloaded thickness and a first compression stress value; and a second foam layer having a second unloaded thickness and a second compression stress value, wherein the first compression stress value and the second compression stress value are each expressed as a pressure required to compress the respective foam layer to 40% of its unloaded thickness in accordance with ISO 3386-1, characterized in that the first compression stress value is at least two times as large as the second compression stress value.

The invention relates to a novel loT-enabled smart garment system designed to be worn beneath a bulletproof vest, to perform location-based determination of a body region penetrated by a projectile after penetration of the vest, to detect multiple projectile impacts, and to differentiate impacts to vital organs, thereby enabling advance planning of medical intervention and casualty evacuation, wherein the loT-enabled smart garment comprises liquid-conductivity-based sensor nodes positioned in a 3x3 matrix arrangement on both the front and rear sides of the body so as to define a total of 18 independent regions, wherein each sensor node includes an IV fluid bag disposed between two opposing conductive metal plates in the sensor and containing silver nitrate or a similar conductive liquid, wherein the loT-enabled smart garment incorporates a liquid-conductivity-based switching mechanism which operates on the principle that, when a projectile impacts the body, rupture of the IV fluid bag causes the conductive liquid to flow between the metal plates, thereby forming a short-circuit condition, wherein, by means of said mechanism, a microcontroller determines which of the 18 sensor nodes corresponds to a closed switch state, thereby providing a point-specific identification of the body region through which the projectile has penetrated, wherein the loT-enabled smart garment further includes a GPS module for determining a location information of the injured person, an IMU sensor for monitoring the motion state of the injured person, biometric sensors for tracking vital signs such as a heart rate and a body temperature, and a GSM module for transmitting real-time notifications to medical response teams and relevant security units so as to accelerate the intervention process, and wherein the loT-enabled smart garment system thereby enables life-saving medical intervention in projectile-related injuries by means of all these features.

Apparatus, systems, and methods are provided for localization of a needle within a patient's body using markers. In an exemplary embodiment, a probe includes a distal end for placement against a surface of the region and one or more antennas for transmitting electromagnetic signals into and receiving reflected signals from the region. A processor processes the modulated reflected signals at one or more of the surface locations to determine marker locations along the needle and generate a three-dimensional model of the body region and needle.

This application provides an acupuncture method and robot that integrates multimodal visual data, belonging to the medical field. The method includes: collecting patient information; determining an acupuncture plan based on the collected patient information; acquiring human body contour data and depth image data; detecting the patient's body region using a pre-trained human target detection model based on the depth image data to obtain a region of interest (ROI); identifying key skeletal joints within the ROI using a human pose recognition algorithm; determining the location information of acupoints corresponding to the acupuncture plan using a pre-trained acupoint prediction model based on the key skeletal joints and human body contour data; and performing acupuncture treatment on the patient based on the location information of the acupoints corresponding to the acupuncture plan.

Apparatus and methods for positioning a body part of a patient. An apparatus can comprise a portable support structure configured to be placed on a patient support surface under a body part of a patient and retention elements attached to the support structure. At least a portion of the support structure is configured to move from lowered position to a raised position above the lowered position. The retention elements are configured to receive the body part. Each retention element has a holding portion and an open region, and each retention element faces at least partially sideways in a retention position.

This invention provides a control method, a control terminal, and a massage device capable of changing the intensity value of a massage according to specified body parts, and optimizing the intensity value of each specified body part based on the history of the changes. The control method generates and displays multiple massage intensity visualization elements based on the massage intensity set for each body part. These multiple massage intensity visualization elements include: a first massage intensity visualization element generated based on a first massage intensity for each body part; and a second massage intensity visualization element generated based on an updated candidate of the first massage intensity for each body part, i.e., a second massage intensity for each body part. The first and second massage intensity visualization elements are displayed in a manner that allows for comparison.

The invention relates to a method for determining consistency information for a local coil of a magnetic resonance imaging (MRI) device. The MRI device is designed to acquire medical image data of a predetermined body region of a patient by means of an imaging examination using the local coil. The method comprises acquiring measurement information of the local coil. The measurement information includes the actual position of the local coil. The method comprises determining positioning information. The positioning information includes a target position of the local coil. The method comprises comparing the measurement information with the positioning information. The method comprises determining the consistency information based on the result of the comparison.

1. Name of the product in this design: Massage roller (1). 2. Purpose of this design: For handheld massage of body parts such as the neck, shoulders, and head. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key features: the front view.

The embodiment of the application discloses a massage device control method and device, and a storage medium, the massage device comprises at least two massage components, each massage component comprises at least one massage head, and the method comprises the following steps: adjusting the interval between two adjacent massage components, controlling the massage head of each massage component to massage the body part of a user; acquiring the massage parameter of the massage head of each massage component at each body part; and according to the massage parameter at each body part, massaging the body part of the user. Personalized massage can be performed on the user, and the massage efficiency is improved.

A system includes a first sensor to generate a swelling signal based on a user pressing the first sensor with a body part, a second sensor to generate a blood signal indicative of a volume of blood in the body part when the user presses the first sensor, and a force sensor to measure a force applied to the first sensor by the body part when the user presses the first sensor. The system also includes a processor configured to determine an indication of swelling of the body part based on the swelling signal when the force sensor measures a first predetermined value, and determine an indication of blood pressure at the body part based on a force value measured by the force sensor when the blood signal reaches a second predetermined value.

To provide an absorbent article that can be easily attached. [Solution] An absorbent article according to one embodiment includes a surface sheet placed on the skin side, a back sheet placed on the non-skin side, and an absorbent material placed between the surface sheet and the back sheet, and comprises a main body having an ventral region that covers the wearer's abdomen when worn, a back region that covers the wearer's back when worn, and a crotch region located between the ventral region and the back region in the longitudinal direction, and the main body has guide marks formed so as to be visible from the skin side for guiding the position where a part of the wearer's body should be placed in the longitudinal direction, and the guide marks include a first part that indicates a reference position where a part of the body should be placed, and a second part that is placed around the first part and indicates an area where a part of the body is permitted to be placed.

The application provides a method and device based on clinical intelligent decision-making and a storage medium, and comprises the following steps: determining a body part as a detection target based on a clinical condition of a patient and obtaining a specific body model; controlling a collection device to extract multi-modal information of the detection target in time sequence, generating a decision support curve corresponding to the specific body model based on the time sequence and index value of the multi-modal information; dividing the decision support curve based on clinical treatment information to obtain a plurality of sub-functions, generating a corresponding dynamic decision geometry based on the sub-functions, and outputting a decision result of the clinical treatment information after performing graphic analysis on the dynamic decision geometry.

Examples described herein relate to computer vision-assisted analysis of motion of a person. An optical device of a motion tracking system captures a calibration image of the person. The calibration image is processed to determine at least two calibration length values based on distances between anatomical landmarks associated with at least one body member. The optical device captures an exercising image of the person while the person performs a predetermined exercise. The exercising image is processed to determine at least two target length values based on distances between the anatomical landmarks associated with the at least one body member. A depth-related parameter associated with a target body member of the person is determined based on the calibration length values and the target length values. The depth-related parameter is used in the motion tracking system to track motion of the person with respect to the predetermined exercise.

An absorbent article according to one aspect comprises a main body part including: a front surface sheet disposed on a skin surface side; a back surface sheet disposed on a non-skin surface side; and an absorber disposed between the front surface sheet and the back surface sheet, the main body part having: a front region covering an abdominal part of a wearer when worn; a back region covering a back part of the wearer when worn; and a crotch region disposed between the front region and the back region in a longitudinal direction. A guide mark for guiding a position at which a part of the body of the wearer is to be placed in the longitudinal direction is formed on the main body part so as to be visible from the skin surface side. The guide mark includes a first portion indicating a reference position at which the part of the body is to be placed, and a second portion disposed around the first portion and indicating a range in which the part of the body is allowed to be placed.