39 results about "Forehead" patented technology

The invention discloses an adjustable maxillofacial region pressurizing and fixing device which comprises a longitudinal bandage, a transverse bandage and a lower jaw bandage. The longitudinal bandage is longitudinally wound on the head and detachably connected with the transverse bandage through the quadrilateral lock catch, and the transverse bandage is transversely wound on the forehead and the afterbrain; a band body of the longitudinal binding band is provided with a fixing device used for pressurizing the anterior parotid gland area of the ear, and the fixing device is in an oval shape and internally provided with a concave face. The longitudinal binding band is connected with the lower jaw binding band through the chin lock catch, the chin lock catch is tightly attached to the lower jaw, the lower jaw binding band is transversely wound on the lower jaw, and the lower jaw binding band is provided with the chin lock catch. The lock catches can be adjusted, medical pressurizing and fixing parts can be adjusted according to different surgical parts, and the problems that the head and the face are inconvenient to fix in the early stage and a traditional bandage is abraded are solved; a pressurizing fixing device is adopted and can be properly adjusted up and down, and a gauze roll can be placed in a concave surface to adjust the pressure; and the design of the chin lock catch and the chin lock catch is adopted, so that the whole body is more fit with the human face.

Ultrasound systems for at-home use and methods of using the ultrasound systems to treat various conditions on a subject are discussed herein. A wearable ultrasound device includes two transducers coupled or configured to operably couple to a controller and configured to selectively generate ultrasonic waves. The wearable ultrasound device also includes a head support assembly having the two transducers secured thereto and configured to support the two transducers on a head of the subject with the head of the subject positioned between the two transducers. The head support assembly includes a first member positioned to extend across a forehead of a subject and one or more members configured to rest on an anatomical feature of the head. The head support assembly is configured position the two transducers on the head of the subject to deliver ultrasonic waves at a target region in a brain without ablating the target region.

The invention relates to a head positioning device and an oral cavity cone beam CT system, and relates to the technical field of medical instruments. The device comprises a forehead structure used for supporting the forehead of a patient and serving as a reference for connecting the device with an external frame; the supporting structure is connected to the forehead structure and used for providing vertical supporting and adjusting functions; the locking structure is mounted at the top of the supporting structure and used for applying constraining force to the head of the patient from the upper portion or the side portion; wherein the forehead gear structure, the supporting structure and the locking structure work together to achieve adjustable fixing of the head of a patient. Through cooperative work of the three parts of structures, multi-dimensional adjustment and precise fixation of the head of a patient can be achieved, pressure is effectively dispersed, local indentation and discomfort are avoided, meanwhile, the stability of a positioning reference is ensured, and the image quality is improved.

The utility model relates to the technical field of medical instruments, in particular to a PEEK artificial bone material installation auxiliary instrument which comprises a face auxiliary limiting elastic cover used for conducting auxiliary limiting on PEEK artificial bone materials after face shaping and a nasal groove abutting device used for preventing nasal groove hyperplasia after nasal base filling. The face auxiliary limiting elastic cover comprises a cover body, a head circumference adjusting fastening belt and a top fixing belt, the cover body is matched with the human face structure, wearing ear through holes are reserved in the two sides of the cover body, a forehead through groove, an eyebrow bone eye through groove, a nose through groove and a lip through groove are sequentially formed in the cover body from top to bottom in a penetrating mode, and the forehead through groove is matched with the human forehead structure. The inner walls of the two sides of the forehead through groove are connected with forebone side face abutting plates with the postoperative forehead joint protruding. Through a plurality of fixing points and an adjusting mechanism, the stability and adaptability are improved, it can be ensured that the PEEK artificial bone material can be kept at an ideal position after an operation, the stability of an operation site is facilitated, the displacement risk is reduced, and the operation success rate is increased.

Methods, systems and apparatuses for delivering electrical or other therapy in the vicinity of the eye. One or more electrodes are positioned on or near the eye, such as contacting the superior or inferior eyelids, on the conjunctiva or medial or lateral canthus, on or inside the nose, or on the forehead. A remote or return electrode is optionally positioned elsewhere on the patient on the torso, neck, back, a limb, an extremity, on the back or side of the head, or near the ear, mandible or temple. A variety of pulse generator positions and support apparatuses are disclosed as well. The pulse generator is used to deliver one or more of therapy or diagnostic electrical pulses to the patient to address a condition of the eye.

This utility model discloses a percutaneous cranioauricular acupoint electrostimulation device, comprising a main body of the device positioned opposite to the circumference of the human head. The main body includes a forehead stimulator and a first adjustment component. The forehead stimulator provides electrical stimulation to acupoints on the forehead. The first adjustment component adjusts the circumference of the main body. A vertex stimulator is also mounted on the main body, providing electrical stimulation to acupoints on the top of the skull. The vertex stimulator includes a second adjustment component, which adjusts its circumference. An ear stimulator is positioned near each ear, providing electrical stimulation to acupoints on the ear. This utility model integrates and miniaturizes the forehead stimulator, vertex stimulator, and ear stimulators, allowing the entire device to be worn on the head, reducing wiring and significantly improving ease of use.

A method of correcting perspective distortion of a selfie image captured with a short camera-to-face distance by processing the selfie image and generating an undistorted selfie image appearing to be taken with a longer camera-to-face distance. A pre-trained 3D face GAN processes the selfie image, inverts the 3D face GAN to obtain improved face latent code and camera parameters, fine tunes a 3D face GAN generator, and manipulates camera parameters to render a photorealistic face selfie image. The processed selfie image has less distortion in the forehead, nose, cheek bones, jaw line, chin, lips, eyes, eyebrows, ears, hair, and neck of the face.

The application relates to the technical field of skin detection, and provides a skin detector, which comprises an analyzer body and a chin supporting block, a detection cavity is arranged on the analyzer body, the chin supporting block is arranged at the lower end of the analyzer body, the chin supporting block is located at the lower end of the detection cavity, a forehead limiting rod is arranged at the upper end of the detection cavity, the forehead limiting rod is connected with the analyzer body, the forehead limiting rod is arranged in a transverse mode, and a side face limiting piece is arranged on the forehead limiting rod. Therefore, the face position for multiple detections can be accurately positioned.

According to an aspect of the present disclosure, there is provided a method of providing hair loss state information, the method comprising: obtaining a head image of a user; extracting a plurality of feature points from the head image, wherein the plurality of feature points include a first group of feature points and a second group of feature points; extracting a plurality of boundary points corresponding to boundaries of a hair and a forehead of the user from the head image; selecting a matching boundary point corresponding to the first group of feature points from among the plurality of boundary points; obtaining a top-face portion calculation value determined based on a distance between the first group of feature points and a matching boundary point corresponding to the first group of feature points with respect to a first axis on the head image; obtaining a middle-bottom-face portion calculation value determined based on a distance between the first group of feature points and the second group of feature points with respect to the first axis; and providing hair loss state information of the user based on a ratio of the top-face portion calculation value and the middle-bottom-face portion calculation value.

This item is a portable and storable Shirodhara treatment device used to perform Shirodhara, a treatment method of Ayurveda, a traditional medical system originating in India and Sri Lanka, in which heated oil or other substances are dripped onto the forehead or between the eyebrows of the person receiving treatment.

The present invention relates to a concentration aid device for any person (12) comprising a headband (1) adapted to encircle the forehead and head (13) of that person (12) and having: - a central notch (3) intended to be positioned in front of the eyes of the person (12) and clearing their field of vision (10) forward, - two lobes (4) surrounding said notch (3) on either side, intended to be placed against the ears of the person (12) and to cover them, forming two blinders adapted to laterally limit the field of vision (10) of that person (12). Figure for the abstract: 4

This product provides a mattress with a simple structure that can help suppress facial problems that occur with aging. [Solution] The mattress 1 has a recess 24 in the portion where at least the back of the head BH of a person HU sleeping on their back makes contact, into which a part of the back of the head fits. The recess 24 is configured so that the tip of the chin CH CH1 of the person HU sleeping on their back is positioned above the forehead FH. The mattress 1 is integrally formed.

The present application relates to the field of cosmetic technology, in particular to a filling and shaping injection method based on improving facial aesthetics, which identifies target areas according to individual three-dimensional morphological assessment or digital assessment results, includes a facial support system, a volume system and a contour system, selects at least one system in the target area based on the type of aesthetic defect, and selectively implements one or more injections; the facial support system includes eyebrow arch, malar arch, temporal region and mandibular angle region; the volume system includes forehead, cheek and neck; the contour system includes nose, chin, lower jaw edge and ear base; according to the physiological structure and shaping needs of different parts, the injection material is accurately selected and the dilution ratio is determined, laying a foundation for shaping effect. The filling agent stock solution or suitable proportion diluent can provide stable support and / or improve texture due to its own material properties, and good compatibility with the surrounding tissue after injection.

The invention relates to the technical field of auxiliary face supports for medical operations, in particular to a prone position face supporting device. The device comprises a device body, the device body comprises a face bracket, and a placing cavity used for placing a human face is formed at the face bracket; an arc-shaped head top area used for being matched with the forehead of the human face is formed in the placing cavity. A first area and a second area corresponding to the left face and the right face are respectively formed in the head top area. When the device body is used, firstly, a patient lies in the containing cavity of the face bracket at a prone position. Due to the fact that the sizes of the heads of the patients are different, medical staff can control expansion of the air bag A so that the air bag A can abut against the left forehead position and the right forehead position of the human face. The air bag A abuts against the left forehead and the right forehead of the human face, on one hand, preliminary limiting of the human face can be achieved, and left-right inclination of the human face is avoided; on the other hand, the device can be well suitable for different patients, and only the expansion degree of the air bag A needs to be controlled.

A method of correcting perspective distortion of a selfie image captured with a short camera-to-face distance by processing the selfie image and generating an undistorted selfie image appearing to be taken with a longer camera-to-face distance. A pre-trained 3D face GAN processes the selfie image, inverts the 3D face GAN to obtain improved face latent code and camera parameters, fine tunes a 3D face GAN generator, and manipulates camera parameters to render a photorealistic face selfie image. The processed selfie image has less distortion in the forehead, nose, cheek bones, jaw line, chin, lips, eyes, eyebrows, ears, hair, and neck of the face.

This utility model discloses a head positioning device, including a forehead support device, a chin support device, and a positioning housing. The forehead support device is disposed above the positioning housing, and the chin support device is disposed below the positioning housing. The forehead support device has several forehead support members for supporting the forehead. The chin support device has a top support position for supporting the chin. When a facial photograph needs to be captured, the subject's chin rests on the top support position, and then the forehead rests on the forehead support members, thus keeping the entire head in a relatively static state for a short period of time, facilitating facial image acquisition by the facial imaging device. This utility model achieves stable head positioning using only the top support position and forehead support members. Compared with previous head positioning devices, this utility model is more user-friendly and can achieve better head positioning.

Provided is an ophthalmic apparatus having a forehead abutting portion with which a subject can easily align the forehead and the forehead abutting portion in position, and the forehead abutting portion. A forehead abutting portion (14c) provided to an ophthalmic apparatus (slit lamp microscope (10)) for a subject (H) to abut the forehead against, has a forehead abutting surface (64) to abut against the forehead, and left and right edge forming surfaces (66) connected to both end sides in the left and right direction (X direction) of the forehead abutting surface (64), and left and right edge portions (70) formed between the forehead abutting surface (64) and the left and right edge forming surfaces (66) on both end sides of the forehead abutting surface (64).

Facial hair removal and eyebrow threading device (1) comprising head mount (2) for fitting of said device (1) on beautician head, bracket (3) mounted on head mount (2), traversing attachment (4) assembled with bracket (3), bobbin holder (7) assembled with traversing attachment (4), bobbin (6) detachably held in bobbin holder (7), mounting screw (5) for fitting traversing attachment (4) to bracket (3), mounting screw (8) for fitting bobbin (6) in bobbin holder (7) and traversing screw (9) assembling bobbin holder (7) with traversing attachment (4) is disclosed. Said device (1) conveniently worn by beautician on his or her head and adapted to; mount bobbin, unwinding required thread length from bobbin by unlocking its rotational degree of freedom, tightly hold thread while threading by locking bobbin and anchoring thread, adjust position of thread anchoring point on forehead of beautician and, adjust inclination of thread as per convenience of beautician while threading.

A mask outer frame unit includes a mask outer frame which can be mounted on a mask attached to a face of a patient, and a pad that can abut against the face of the patient. The mask outer frame includes a forehead contact portion which is disposed so as to make the pad abut against a forehead of the patient. An adjustment portion to which the pad can be attached removably, and which can adjust at least one of an angle of the pad with respect to the forehead contact portion and a position of the pad with respect to the forehead contact portion is provided in the forehead contact portion.

The present invention, also referred to as bow finder, provides a barber instrumentality useful for accurate and straight outlining of a person's hairline, particularly the forehead hairline. Methods are also provided herein for the use of the instrumentality wherein precise use of the outlining wire can ensure that a barber or stylist is trimming hair straight and balanced in position to the reciprocal part on the opposite side of the head.

Disclosed is an exoskeleton wearable device configured to push a condyle out from a glenoid structure of a skull made of two bellows shaped actuators each having an elliptical cross-section; an upper part configured to be fixed on a forehead of a patient and provide a base for the two bellows shaped actuators; and a lower part configured to be fixed on a mandible of the patient and substantially static to the mandible but moveable in a horizontal plane and a vertical plane with respect to the upper part.

The utility model relates to a head-mounted nasal trachea cannula fixing structure, which comprises a hair binding cap (1) worn on the head of a patient; the nasal trachea cannula supporting pad (2) is mounted at the forehead of the patient on the hair binding cap (1) worn on the head of the patient; the fixing band structure (3) is used for fixing the nasal trachea cannula supporting pad (2) supporting the nasal trachea cannula and the hair binding cap (1) on the head of a patient; a nasal trachea cannula embedding groove (4) is formed in the nasal trachea cannula supporting pad (2), and a nasal trachea cannula is embedded into the nasal trachea cannula embedding groove (4) and detachably supported on the nasal trachea cannula supporting pad (2). According to the scheme, the nasal trachea cannula can be limited and supported, convenience is provided for anesthesia and operation, meanwhile, the comfort of a patient can be guaranteed, and it is guaranteed that the nose wings of the patient cannot be pressed to damage the skin.

The invention discloses a manufacturing method of a high-elasticity hydrogel facial front traction appliance based on facial scanning and 3D printing, and relates to the technical field of manufacturing of high-elasticity hydrogel facial front traction appliances, and the manufacturing method comprises the following steps: performing three-dimensional scanning on forehead and jaw areas of a patient to obtain facial three-dimensional data reflecting an individual facial contour; constructing a digital face model based on the face three-dimensional data, and determining a fitting area of a forehead support and a chin support on the model; an appliance structure is designed according to the fitting area, the structure comprises a rigid supporting framework and concave cavities corresponding to the forehead support and the chin support respectively, and the shape of the inner surface of each concave cavity is consistent with that of the fitting area; carrying out 3D printing on the appliance structure by adopting a medical-grade polymer material to prepare a rigid framework with the concave cavity; the concave cavity of the rigid framework is filled with a high-elasticity hydrogel material, and a buffer layer making contact with facial soft tissue is formed.

An equine browband headguard includes a frontal portion and first and second lateral portions devised to protect prominent portions of an animal's head during gameplay in contact sports such as polo. Frontal portion is devised to seat between the zygomatic arches on the animal's forehead to overlie a frontal bone of a pony (or other animal), protecting the sutures between the nasal bone, frontal bone, and parietal bone, as well as the sinus cavity thereunder. First and second lateral portions are devised to overlie temporomandibular joints. The equine browband headguard is devised to install into an existing bridle with minimal reconfiguration, essentially replacing an existing browband. The equine browband headguard has been devised to present a low-profile, elegant addition to the tack of sporting animals engaged in contact sports like polo and may present a surface for team insignia or branding.

The application provides a face image processing method, device and equipment and a computer readable storage medium. The method comprises: performing face key point detection on a to-be-processed face image to obtain a face key point set; determining a first forehead feature point based on a first feature point representing a nasal root and a second feature point representing a lower jaw in the face key point set; determining a second forehead feature point and a third forehead feature point based on the first forehead feature point and the first feature point, and in combination with a third feature point representing the outer side of a left face contour and a fourth feature point representing the outer side of a right face contour, respectively; performing interpolation fitting based on the first forehead feature point, the second forehead feature point and the third forehead feature point to obtain a forehead feature point set; and performing image processing on the to-be-processed face image based on the forehead feature point set to obtain an image processing result. Through the application, the efficiency and accuracy of face image processing can be improved.

The application provides a head-mounted stomach tube fixing device, and relates to the technical field of medical devices, and is used for improving the reliability of stomach tube fixation. The head-mounted stomach tube fixing device comprises a fixing body, a second fixing member, a third fixing member, a fourth fixing member and a stomach tube fixing member. One end of the fixing body is arranged at the chin of a patient, and the other end is arranged at the top of the head of the patient; the second fixing member is rotatably connected with the fixing body and is arranged at the back of the head of the patient; the third fixing member is rotatably connected with the fixing body and is arranged at the forehead of the patient; the fourth fixing member is rotatably connected with the fixing body, and part of the fourth fixing member is used for being connected with the ear of the patient; the stomach tube fixing member is detachably connected with the fourth fixing member, and the stomach tube fixing member is used for fixing the stomach tube.

An impact protecting device includes flocked energy absorbing material (FEAM) impact force absorbing (IFA) segments. Each segment includes a double-sided flock section; a segment cover disposed covering the double-sided flock section and an outer elastic cover enclosing the plurality of FEAM IFA segments including stitching to keep the segments adjacent to adjoining segments but separated. The device further includes overlapped segments to provide extra head protection for the forehead and frontal head areas.

The utility model relates to the field of tooth orthodontics, and discloses a chest supporting type orthodontic traction device which comprises an arc-shaped rod (1), a chest front supporting part (2) connected to the lower end of the arc-shaped rod (1) and used for being supported in front of the chest, a forehead supporting part (3) connected to the upper end of the arc-shaped rod (1) and used for being supported on the forehead, and a first sliding part (4) installed on the arc-shaped rod (1) and connected with the arc-shaped rod (1) in a sliding mode. The forehead supporting part (3) is mounted on the first sliding part (4); the adjusting structure (5) is used for adjusting the distance between the forehead supporting part (3) and the arc-shaped rod (1), and the forehead supporting part (3) is connected with the first sliding part (4) through the adjusting structure (5).

This utility model discloses an auxiliary measuring device for facial paralysis, comprising: a measuring panel, a forehead wrinkle vernier, and an sclera vernier. The measuring panel is a transparent thin plate and has a forehead wrinkle scale and an sclera scale. The forehead wrinkle vernier is adjustablely connected to the measuring panel along the extension direction of the forehead wrinkle scale. The sclera vernier is adjustablely connected to the measuring panel along the extension direction of the sclera scale. This auxiliary measuring device for facial paralysis accurately measures the forehead wrinkles when the patient raises their eyebrows by using the relative positions of the forehead wrinkle vernier and the forehead wrinkle scale; it also accurately measures the sclera exposure when the patient closes their eyes by using the relative positions of the sclera vernier and the sclera scale; it is convenient to use and easy to record data.

The utility model provides a medical mouth-nose mask structure used for solving the forehead compression feeling. The medical mouth-nose mask structure is used for solving the problem that an existing mouth-nose mask compresses the forehead of a patient. The device comprises a main body device, a left fixing bracket, a right fixing bracket, a left adjusting buckle, a right adjusting buckle and a head band, the left fixing bracket and the left adjusting buckle are connected with the left side of the main body device; the right fixing bracket and the right adjusting buckle are connected with the right side of the main body device; when the medical mouth-nose mask structure is worn, the left fixing support is attached to the face below the left eye of a patient and is connected with the first end of the head band above the left ear of the patient; the right fixing support is attached to the face below the right eye of the patient and connected with the second end of the head band above the right ear of the patient. The left adjusting buckle is attached to the left lower jaw part of the patient and is connected with the third end of the head band at the left neck part of the patient; and the right adjusting buckle is attached to the right lower jaw part of the patient and is connected with the fourth end of the head band at the right neck part of the patient.