101 results about "Facial profile" patented technology

A respiratory mask having a flexible, mask seal portion for engagement with the face of a user, a gel forehead cushion and a rotatable elbow coupling having integral exhaust ports. The mask seal portion has a thin section which permits the mask to more easily adapt to the contour of the face of the user. The gel forehead cushion provides increased compliancy and resiliency to better adapt to multiple user physical profiles. The elbow coupling includes tapered through holes in a polycarbonate arc piece to provide a quiet passage of gas through the holes.

A system and method are capable of performing make-up virtual images obtained with portable devices with a digital camera. The method automatically detects points of interest (eyes, mouth, eyebrow, face contour) of the user's face image allowing the user to virtually apply make-up using fingers on a touch screen. Another algorithm was created to avoid “blurring” of make-up in the application from the user's fingers. The system allows the creation of virtual make-up faces with high accuracy. To carry out the virtual make-up, methods were created for automatically detecting points of interest in the facial image and enforcing transparency in the image to simulate the make-up and restrict the make-up application area within the region where the points of interest are found. The system allows testing cosmetics application in facial images to aid choosing colors of cosmetics before actually applying them.

The present invention discloses an adjustable forehead support for a nasal or full-face mask wherein the forehead support may be adjusted for the different shapes and sizes of a facial profile. The forehead support utilizes a dual-arm system that adjusts the position of the forehead support vis-á-vis the mask and / or airflow tube. The angle of the mask to the face may be adjusted with the present invention.

A method for classifying a face in which facial features are analyzed so that the face is appropriately classified or recognized in order to facilitate an exact and easy creation of an image produced by applying makeup. A first index represents one of a length of the face and a configuration of formational elements of the face, the formational elements including an eye, an eyebrow, a mouth and a nose. A second index represents one of a contour of the face and a contour of each of the formational elements of the face. A face is classified into one of groups of features each of which provides similar impressions by using the first index and the second index.

A person's portrait generation device includes an image input section which picks up a two-dimensional image containing a person's face, using an image sensor. A head area extracting section extracts the head of the person from the image. A feature detection section detects the position of characteristic feature(s) of the face of that person. A face outline determining section determines a border between a face outline and a background. An image processing section generates a person's portrait in which the characteristic feature(s) of the face is emphasized.

An adjustable goggle for eye massagers includes a retaining plate in the center, covers pivotally coupled on two transverse ends of the retaining plate, a strap running through the retaining plate, and ornamental flaps located outside the covers and the strap, and jointly and pivotally coupled with the retaining plate. An electric assembly is anchored on the retaining plate. The adjustable goggle includes a heating pad and / or a massage pad that are located in an area surrounded by the retaining plate and the covers on two sides. The covers and the ornamental flaps may be swiveled about the retaining plate to provide a snug adjustment according to user's face profile. The strap is elastic and may be worn on user's head above the ears to reduce pressure on user's eyes.

A biaxial razor is disclosed. The biaxial razor includes a shaving head, a handle, and a pivot assembly arranged between the shaving head and the handle. The pivot assembly is composed of a first axial driving group and a second axial driving group. The first and second axial driving groups enable the shaving head to make both a rotating displacement in a front-rear direction and a swing displacement in a left-right direction, so as to perfectly fit with facial skins of users whose face contours are different, without taking lots of arm motions in operations when shaving, thereby to enhance the convenience in operations and improve the efficiency in shaving.

A system or method is provided to facilitate a payment transaction by utilizing facial recognition to identify the payee of the payment transaction. In particular, the system may remember a particular list of individuals to which a user has been or are frequently making payments. The facial profiles of the individuals in the particular list may be stored and referenced for identification. When the user is ready to transfer money to any of the frequent payees, the user may use any of the payee's pictures locally, anywhere on social platforms, or just by clicking the person. After the image is selected for payment, the system may analyze the image to match the image with existing face profiles of respective frequent payees. Once the payee is identified, the system may process the payment to the identified payee.

Systems and methods for applying cosmetics are provided using an incoherent light projector shining light on the face, capturing the reflected light using a camera and the projector, communicating with the camera and the projector and a structured light depth processor to generate a depth image output. A control device communicates with the structure light depth sensor to receive the output, to receive the face profiles and generate motion trajectory commands, and a robot communicates with the control device to receive the commands to apply the cosmetics to the face in accordance with the face profiles. Methods for applying the cosmetics include receiving a face profile, receiving a depth sensor input representing a face, extracting face features, matching the face profile to the face features, and generating a guide or outputting robot trajectory to apply the cosmetics.

The invention provides a manufacturing technology of a 3D printed mask. The technology includes the following steps that under sterile vacuum conditions, according to human facial profiles, collagen gel and mask essence are sequentially stacked and printed through a 3D printer to obtain the 3D printed mask. The mask is manufactured through the 3D printing technology, the mask can be obtained by sequentially stacking and printing the collagen gel and the mask essence, the method is simple, and consumed time is short. Besides, the high-temperature process is not needed during printing, and effective components of the mask essence can be completely stored. Besides, a porous mask support is formed through the collagen gel in the vacuum condition, and the mask essence can be adsorbed to the largest extent. The obtained 3D printed mask is specialized according to individuation of the human facial profiles, and can completely fit with pores on human face skin.

The invention discloses a method used for unlocking using a human body double-characteristic identification module. According to the method, two-stage identification including fingerprint identification and human face identification is adopted; the human body double-characteristic identification module comprises a system main control panel, a high sharpness camera, a fingerprint head, a fingerprint driver board, and a door lock drive board. According to the method, human face identification is adopted, so that safety of locksets is improved, and human face identification can be used for solving a problem caused by unavailable fingerprint identification. Under normal conditions, when an operator is going to unlock a lock, a finger is put on a fingerprint reader for fingerprint identification, when the fingerprint is identified to be right, the face is turned to the camera of the human body double-characteristic identification module, and the camera is used for human face identification, and unlocking of the lock is realized when the face identified to be right. When fingerprint identification is impossible to carry out, human face identification is carried out, and unlocking of the lock is realized when the face identified to be right. The priority of the human face identification is higher than that of fingerprint identification, so that lock protection grade is increased via double biological recognition.

A protective face mask comprising: an eye-protecting shield made essentially from a flexible plastic material and an adjustable metal nose bridge. The eye-protecting shield being dimensioned to cover at least the eye portions of a human wearer, the eye-protecting shield having a perimeter defining a surface facing the wearer's face; providing a substantially watertight and releasable sealing engagement between at least a portion of the perimeter forming an upper edge of the face mask and at least a portion of the skin of the wearer's face, a portion of the lower part of the perimeter of the mask is free from the wearer's skin, and wherein the mask extends along the contour of the wearer's face from the forehead to cheekbones and the lower perimeter thereof extends to the bridge of the nose, provides a comfortable and flexible mask without the need for adhesive, straps, or side bars, avoids pressure on the skin in the contact zone, allows free eye movement and airflow and minimizes the formation of dew. The nose bridge is made of a malleable metal material and adjusts to the contours of the wearer's bridge of nose. The mask is primarily adapted for providing a waterproof shield to ensure a dry environment during showering or during trips to the hairdresser, also allowing a person who has recently done their make-up to shower and shampoo their hair while keeping their eye make-up in a clean dry condition.

The utility model discloses a method for automatically switching the display mode of a portable terminal and a device thereof. The method for automatically switching the display model of a portable terminal comprises the steps of: attaining a user facial image, processing the user facial image to attain a user facial profile, comparing the user facial profile with a preset standard facial profile, using the compared result to switch the display mode of the portable terminal. A portable terminal capable of automatically switching display modes comprises an image acquisition unit for attaining a user facial image, an image processing unit for processing the user facial image attained by the image acquisition unit to attain a user facial profile, a comparison unit for comparing the user facial profile attained by the image processing unit with a preset standard facial profile, and a switching unit for referring to the compared result of the comparison unit to switch display modes.

A patient interface includes a frame assembly (16100) including connectors operatively attachable to headgear, a cushion assembly (16175) including a shell (161800) and a seal-forming structure (16200) structured to form a seal with the patient's nose and / or mouth, and an air delivery connector (16600). The cushion assembly and air delivery connector are structured to releasably connect to the frame assembly independently of each other. A static face seal and separate static diametric seal between the shell (161800) and frame (16100). A dynamic face seal and separate dynamic diametric seal between the air delivery connector (16600) and frame (16100). Separate claims (FIG. 6) to a frame assembly (16100) with upper headgear connector arms (16134) including at least one slot (6146) (claim 17) or flexible portions (claim 22) to form hinges structured and arranged to conform to varying facial profiles.

A sealing frame for a breathing mask is provided that can be adapted to the contours of the face of a mask user in a simple manner. The sealing frame (1), includes a soft plastic material (5) with embedded metal strips (6).

An adjustable forehead support for a nasal mask. The present invention discloses an adjustable forehead support for a nasal or full-face mask wherein the forehead support may be adjusted for the different shapes and sizes of a facial profile. The forehead support utilizes a dual-arm system which adjusts the position of the forehead support vis-à-vis the mask and / or air flow tube. The angle of the mask to the face may be adjusted with the present invention.

A system uses range and Doppler velocity measurements from a lidar system and images from a video system to estimate a six degree-of-freedom trajectory of a target. The system may determine a skin area or face contour based on the 3D measurements from a lidar subsystem and information regarding the location of various facial features from the 2D video images of a video subsystem.

Swimming goggles comprise a frame, eyeglasses, a pad and compressing devices. The eyeglasses are received in the pad, and the compressing devices are mounted on opposite outer sides of the frame for compressing the eyeglasses and the pad, wherein each compressing device includes a first cover and a second cover which are assembled together and receive a head strip. The frame has an upper frame, a lower frame and a nose support. Cracks are defined on both sides of the upper frame and the lower frame. The upper frame forms a gap in a middle of an inner edge thereof for making the frame flexible to bend inwardly thereby fitting for various users who have different face profiles.

The present invention discloses an adjustable forehead support for a nasal or full-face mask wherein the forehead support may be adjusted for the different shapes and sizes of a facial profile. The forehead support utilizes a dual-arm system that adjusts the position of the forehead support vis-a-vis the mask and / or airflow tube. The angle of the mask to the face may be adjusted with the present invention.

A face-contour-compliable eyeshade includes a hollow shade member in which a flexible unit is arranged. The flexible unit has predetermined resiliency, such as being made of metals, plastics, rubbers, and other flexible and bendable materials, for flexibly bending and shape setting, and has a shape corresponding to a portion around the user's eyes and is further provided with a plurality of bosses and a vibration unit that is attached thereto at a predetermined location, whereby the shade member is shape adjustable in order to comply with the user's face contour for tightly attaching to and engaging the portion around the eyes so that the vibration unit can make the plurality of bosses to vibrate for effecting acupressure and massage on acupuncture points around the eyes and the shade member is foldable for easy carrying.

The invention provides a face contour adjustment method and a mobile terminal, which relate to the technical field of mobile communication. The method includes the following steps: acquiring an original image including a face contour, and extracting original feature points from the original image; processing the original image and the original feature points through a pre-trained regression deep network to get target feature points corresponding to the original feature points and original triangles of the original image, wherein the original triangles are obtained by triangulating the original image with the original feature points as the vertices of the triangles; and using the original feature points and the target feature points to carry out triangulation deformation on the original triangles in the original image to get a target image. The problem that the existing face contour adjustment method has a poor adjustment effect and requires heavy workload of users is solved.

The invention discloses an air filtering device 3D printing method based on a human face, and the method comprises the steps: obtaining scanning data through various types of human face photographing and scanning technologies so as to obtain a digital model of the face of a user; importing the digital model into three-dimensional modeling software; generating a sealed part of a mask, a three-dimensional spatial structure of the mask and a cavity structure of the mask based on the human face digital model, carrying out the optimization and fine tuning of the sealed part and the structures, so as to guarantee the airtightness of the mask and the face and the optimal volume of a cavity; building a three-dimensional digital model of the mask through combining with the personalized design from a user and employing modeling software; determining a mask three-dimensional model, and transmitting the mask three-dimensional model to a 3D printer for printing; enabling an air filter to be embedded in the sealing part of the mask; and carrying out the binding of two side edges of a mask fixing part and the sealing part of the mask. The method can enable the mask to be matched with the facial profile of an individual, and reduces the leakage of air. The volume of the cavity in the mask is optimal, and the concentration of carbon dioxide is effectively reduced. The hardness of the sealing part can be adjusted to meet different demands of individuals.

Swimming goggles include a left frame, a right frame, hard enveloping frames, soft pads and a head strap. Each of the left frame and the right frame has a frame body and a lens, the frame body forming a flange thereon. The hard enveloping frames abut against sides of the flanges, and form positioning portions on inward sides thereof, and connecting devices on outward sides thereof. The soft pads are respectively assembled on the flanges of the left frame and the right frame, and are unitarily connected by a connecting portion. Each soft pad includes a touch portion for touching a user's face, and an assembling portion for covering the flange. The head strap is assembled on the connecting devices of the hard enveloping frames. The swimming goggles are worn comfortably and suit for users with different face profiles. At the same time, the swimming goggles prevent from leakage.

A facemask structure improvement including a mask body and two ear bands which can be loops or ties, with a first plurality of folds extending horizontally on the mask body, and a plurality of second folds extending vertically. Thereby, the mask can be stretched both vertically and horizontally, in a way that the mask body becomes more three-dimensional, fitting more firmly to the contours of a wearer's face, and providing more comfort and convenience than the conventional facemasks.

The invention discloses a guiding stent which is obtained by the adoption of 3D printing technology and used for cerebral hemorrhage minimally invasive surgery and preparation method thereof. The preparation method comprises the steps of firstly, scanning the head of a hemorrhage patient so that head image file data can be obtained, then sorting the skull facial profile and target hematoma in need of removal, establishing a three-dimensional model which is closely attached to the skull face of the patient relative to the immobile area profile, designing a hollow non-closed-loop puncture guiding channel stent model in the model, adjusting the direction of a puncture channel, the size of a base and length post-output files of the non-closed-loop puncture channel, conducting 3D printing, and obtaining the accurate guiding stent used for cerebral hemorrhage minimally invasive surgery of the patient. The guiding stent has the advantages that customization of individual characters is achieved, positioning is accurate, infection is avoided, the wound is small, the process is simple, and cost is low.