16 results about "Skin marker" patented technology

Camera and / or other sensor analysis of skin, used to diagnose and monitor health conditions. A computer, receiving skin data from a user, where the skin data is images and / or other data of the skin. The computer processes the skin data identify skin conditions, their status, and to compare the skin data with information indicative of health conditions that are not skin diseases. This can be done by finding similar skin data to other data received from other people who have specified health conditions and / or by looking for changes from previous images. The skin data can be captured by a smart phone camera (alone or with digital peripheral attachments) or a dedicated capture device such as a periscope, one way mirror, or cubicle. An augmented reality marking system can be used to mark areas on the user's skin to compare against other previous skin images and / or data.

The embodiment of the invention discloses an ultrasonic probe positioning method and device, electronic equipment and a computer readable medium. A specific embodiment of the method comprises the following steps: acquiring a current electromagnetic signal, a skin marker image set and an axial displacement value; determining initial position information; performing region-of-interest image extraction on the skin marker image set to obtain a skin marker region-of-interest image set, and performing skin marker recognition processing to obtain a skin marker feature point set; determining a feature point three-dimensional coordinate set; determining a coordinate system transformation matrix; determining expected three-dimensional position information; probe position adjustment is conducted on the expected three-dimensional position information of the ultrasonic probe, and adjusted position information is obtained; and controlling the ultrasonic probe to generate a skin ultrasonic image. According to the embodiment, through the visual ultrasonic probe based on the skin marker image and the mechanical ultrasonic probe positioning of the axial displacement value, the ultrasonic probe positioning accuracy can be improved, and then the quality of the generated ultrasonic probe is improved.

The invention discloses a robot calibration method for spine endoscopic surgery, which comprises the following steps: S1, optical marking points are pasted on the skin or bony structure of a patient, the skin marking is used for fixing a reflective ball by using a medical adhesive tape, the bony marking is percutaneously implanted into a spinous process or crista iliaca through a titanium alloy bone nail, and at least six marking points are needed. According to the method, minimally invasive property and stability are both considered through a double marking strategy, six points cover three vertebral bodies to ensure the integrity of an anatomical range, registration errors caused by breathing / body position changes are reduced, meanwhile, non-rigid registration is combined with a B spline grid (10 mm) to consider calculation efficiency and spine physiological curvature adaptability, high-precision surface reconstruction is achieved through a Marching Cubes algorithm, and the method has the advantages of being high in precision and high in precision. An error suppression mechanism is formed by + / -0.25 mm precision and redundancy measurement (five times of sampling) of the optical tracking system, registration robustness is improved through SVD and ICP double-algorithm complementation, multi-constraint path planning is achieved through an A * algorithm and Monte Carlo simulation, and a 4 mm safety corridor provides a buffer space for instrument errors.

A skin marking device is provided. The skin marking device has an outer frame that can be fitted over an ultrasound probe. The ultrasound probe can be used to identify a location for a needle or other medical device. Once the location is identified, the probe may be removed while keeping the frame in place. A skin-marking tool may then be fitted with / into the frame to mark the skin, thereby identifying the precise location for action.

A skin marking device is provided. The skin marking device has an outer frame that can be fitted over an ultrasound probe. The ultrasound probe can be used to identify a location for a needle or other medical device. Once the location is identified, the probe may be removed while keeping the frame in place. A skin-marking tool may then be fitted with / into the frame to mark the skin, thereby identifying the precise location for action.

This application provides a skin marking device, belonging to the field of medical auxiliary tool technology. The marking device includes a spring ruler and a support. The spring ruler is mounted on the support, which is mounted on a positioning integrated plate for marking lines on the side of the chest. An elongated hole is provided on the spring ruler, and a skin marking pen is placed inside the elongated hole and moves along the hole to draw lines. Auxiliary lines are provided on the spring ruler, located at both ends of the elongated hole, and are used to check the laser projection lines. This improves both the accuracy and efficiency of the marking. Furthermore, all marked line segments are upright and of uniform thickness, ultimately improving the precision of lesion treatment for patients.

This invention discloses a skin marking system for ultrasound imaging, a dedicated coupling agent, and its application method, relating to the field of medical ultrasound imaging auxiliary equipment and medical coupling agents. It includes a dedicated photocurable coupling agent and a specially designed ultrasound probe. The dedicated photocurable coupling agent comprises a water-soluble medical ultrasound coupling agent matrix, a photocurable hydrogel precursor, a photoinitiator, and a color developer. The specially designed ultrasound probe includes a probe housing with a built-in ultrasound transducer and a probe end face for contacting the skin. At least one ultraviolet light source is integrated in the central region of the probe end face. The relative position of the ultraviolet light source and the ultrasound transducer is spatially calibrated to establish a preset coordinate mapping relationship between the irradiation area of ​​the ultraviolet light source and the ultrasound scanning area of ​​the ultrasound transducer. This invention achieves simultaneous and precise skin marking and diagnostic guidance for ultrasound imaging through an ultrasound probe integrating an ultraviolet light source and a photocurable dedicated coupling agent.

The utility model relates to a multifunctional skin marker for ophthalmology department, which relates to the technical field of medical instruments and is characterized in that a plurality of marker mounting grooves are arranged on a combined support, so that a plurality of markers are integrated in the combined support, and the markers are convenient to use and store; through clamping connection of the fixing part and the limiting column, stable connection of the upper shell and the lower shell is achieved, the marker is provided with the spring, the marker can be evenly stressed during stamping, and traces of the marker are clearer and more complete; the oil filling pipe and the ink storage box which are arranged in the lower shell are communicated with the photosensitive pad, extra dipping in inkpad is not needed, the ink leakage phenomenon is avoided, the stamping action can be completed by pressing down the upper shell, operation is easy and fast, and the working efficiency can be improved.

A compound robotic system includes a first robot, a second robot, a needle insertion device, a first optical positioning ball module, plural skin markers, an optical tracker, a shared controller and a computer calculation unit. The volume and movement range of the second robot are respectively less than the volume and movement range of the first robot, and the positioning accuracy of the second robot is greater than the positioning accuracy of the first robot. The first optical positioning ball module is located on the second robot. The optical tracker is configured to measure the first optical positioning ball module to obtain a position of the second robot, and to measure the skin markers to estimate a planning path. The shared controller is configured to adjust a collaborative rate of the first robot to the second robot by regulating a shared weighting.

The utility model relates to a mark positioning device for human body evaluation, which comprises a positioning main body, and the positioning main body comprises an ink storage box and an upper cover connected with the ink storage box; the ink storage box is internally provided with an ink storage pad for storing ink, the ink storage pad is connected with a marking pad, and the ink storage pad uniformly transmits the ink to the marking pad; the marking pad is provided with a marking part, the marking part comprises a printed pattern, and the marking part makes contact with the skin to mark and position the skin. The marking and positioning device directly marks the positions of different cosmetic areas to be detected on the skin through the printed patterns on the marking pad, the marking mode of visual manual line drawing is avoided, the accuracy of skin marking and positioning is improved, the phenomena of pen and ink blooming, friction and scratching and the like are avoided, and the durability of marking and the cleanliness of the skin are guaranteed.

The invention discloses a 3d printing device for assisting lung puncture, and belongs to the technical field of medical auxiliary instruments, the 3d printing device comprises a fixed clamping and pressing assembly and an angle adjusting assembly, the fixed clamping and pressing assembly is arranged on one side of the angle adjusting assembly, the fixed clamping and pressing assembly comprises a fixed sleeve, the lower end of the fixed sleeve is fixedly connected with a fixed base, and the lower end of the fixed base is fixedly connected with an angle adjusting assembly. A stretchable sliding column is slidably connected to the end, away from the fixed base, of the fixed sleeve, a clamping and pressing plate is fixedly connected to one side of the outer ring of the sliding column, and meanwhile a clamping groove used for guiding is formed in the inner side of the clamping and pressing plate. According to the device, multi-degree-of-freedom smooth puncture angle fine adjustment is achieved, the pointer is driven by the semicircular block to slide along the semicircular plate and accurately point to the current set angle, and instant and visual angle feedback is provided; in addition, the disinfection treatment of the device and the real-time observation of a lower skin mark point and a puncture needle inserting point in the operation process are greatly facilitated, and the operation convenience and the puncture accuracy are further improved.

1. Name of the product in this design: Marking Pen. 2. Purpose of this design: For use as a medical skin marker. 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 view of the assembled state. 5. Other situations requiring explanation: This design includes 4 components: component 1 is the pen cap, component 2 is the pen body, component 3 is the “L” marking segment, and component 4 is the “R” marking segment. Components 2, 3, and 4 are connected by threads in sequence. The A-A cross-sectional view is a cross-sectional view along the A-A direction in the main view of the combined state.

The present invention relates to the field of tactile sensor technology, and in particular to a tactile fingertip sensor and its operating system and data processing method. The tactile fingertip sensor includes a tactile skin, a marker array sticker and a monocular camera. The marker array sticker is pasted on the inner side of the tactile skin. The tactile skin and the bottom of the tactile fingertip sensor form a hollow cavity. The monocular camera is installed at the bottom of the tactile fingertip sensor and is located in the hollow cavity. The field of view of the monocular camera covers the inner side of the tactile skin. The tactile fingertip sensor of the present invention, when a mechanical finger wearing the sensor touches an object, the sensor captures an internal marker array image through a monocular camera, inputs it to a host computer for image processing and data analysis, and finally converts it into a variety of tactile information, including contact surface deformation, the magnitude and direction of pressure at each marker, contact torque, etc. Such a design can not only sense contacts in different directions and provide distributed tactile information, but also ensure that the sensor structure is compact and lightweight.

The present invention belongs to the field of transdermal microneedle technology, and more specifically, relates to a color-developing particle and an absorbable microneedle patch, and their application for skin marking. The present invention discloses a microneedle color-developing particle, produced by reacting an amine compound (cyclohexylmethylamine or 2,4,6-trimethylaniline) with genipin under specific conditions. When used for skin marking, the transdermal microneedle patch prepared using this color-developing particle significantly prolongs the color development time, avoiding the problem of frequent re-application of markings during radiotherapy, improving the accuracy and consistency of treatment, and reducing the impact on patients' daily lives. The transdermal microneedle patch of the present invention enables patterned marking on the skin with minimal or no pain. The marked pattern is temporary and highly acceptable to patients. Furthermore, the transdermal microneedle patch of the present invention has a simple preparation process, simple and mild reaction conditions, low raw material costs, and is suitable for large-scale production, possessing excellent application value and prospects.

A skin marking device is provided. The skin marking device has an outer frame that can be fitted over an ultrasound probe. The ultrasound probe can be used to identify a location for a needle or other medical device. Once the location is identified, the probe may be removed while keeping the frame in place. A skin-marking tool may then be fitted with / into the frame to mark the skin, thereby identifying the precise location for action.

The present invention discloses a method, device and computer-readable storage medium for determining a motion prompt, the method comprising: obtaining skin marker points corresponding to an object to be analyzed collected at different times, the skin marker points including color markers and / or light spot markers; determining the strain of the object to be analyzed during the skin marker point collection period according to the skin marker points, and determining the human body three-dimensional structure information corresponding to the object to be analyzed according to the skin marker points, the human body three-dimensional structure information including skeleton and muscle geometry information; determining the muscle group strength of the object to be analyzed according to the strain and the human body three-dimensional structure information; determining the motion prompt content corresponding to the object to be analyzed according to the muscle group strength. The present invention can reduce the limitations of motion prompts.