285 results about "Eyes sockets" patented technology

An inflatable mask with two ocular cavities can seal against a user's face by forming an air-tight seal around the periphery of the user's eye socket. The sealed air-tight ocular cavity can be pressurized to take ocular measurements. The mask can conform to the contours of a user's face by inflating or deflating the mask. In addition, the distance between the user and a medical device (e.g. an optical coherence tomography instrument) can be adjusted by inflating or deflating the mask. Also disclosed herein is an electronic encounter portal and an automated eye examination. Other embodiments are also described.

An apparatus and system, and methods for using such apparatus and system, is provided for preserving the eye's natural and artificial tears. The apparatus comprises two soft, pliable eyecups, which each include and curved lens and contoured frame, connected by a soft, pliable bridge. The lenses are maintained within a pliable, and contoured frame that is designed and constructed to encircle the orbital bone of the eye sockets, creating a custom fit and effective seal over each eye. Attached to each frame is a gasket that further seals the apparatus over the eyes and provides additional comfort to the wearer. A contoured strap, which is attached to each frame, maintains the position of the apparatus on the wearer.

A lure comprising: a) a hollow body, made of hard plastic, having a shape approximating the front of a natural fish, and including several ribs with through holes; b) several weights, affixed inside the hollow body; c) a resilient skin, having the shape, texture and coloration of the front of a natural fish and an eye sockets, adhered around the hollow body, around the ribs and through the through holes; d) a resilient tail having the shape, texture and coloration of the tail of a natural fish, integral with the resilient skin; the resilient tail including approximately vertical slits; e) a diving bill affixed to the hollow body just below the nose and protruding through the skin; f) a reflective eye attached to the hollow body within the eye socket; g) a line eye hook, affixed to the hollow body at the nose and protruding through the skin; and h) a fish hook eye hook, affixed to the hollow body underneath and protruding through the skin).

The invention provides a biopsy method for use in human face identification and belongs to the technical field of mode identification. The algorithm provided by the invention comprises: firstly, giving a 'please-face-the-camera-with-face' prompt to a user logging in regardless of the current posture of the user, finding the face and eye socket areas by using an Adaboost human face sorter during the posture correction of the user, determining upper and low eyelids and left and right eye corners by using differential projection and precisely framing the positions of the eye sockets; secondly, computing optical flow field of two adjacent frames in an input video sequence by using an LK algorithm; and thirdly, further processing obtained optical flow data to obtain an optical flow amplitude, acquiring the number of the pixels with high amplitude, computing the specific gravity of the pixels with high amplitude, and determining eye movement if the proportion is big. Experiments show that for a real human face, eye movement can be detected easily due to a heavy optical flow generated on the eyes in a posture correction and eye twinkling process, while for a picture, eyes only perform a micro movement no matter how the picture moves or translations. When the method is used for biopsy, a better effect can be obtained.

A head support device which enables a user to comfortably rest in the prone position. The head support device includes a padded member having a generally horse-shoe shape with a top, arcuate sides spaced apart ends, a first inner side wall and a second inner side wall, a first region for supporting the user's face in the frontal sinus area, a second region adjacent to the eye socket and cheek area for supporting the user's face area, and a third region for support along the sides of the user's mandible. The support device also includes a substantially rigid support member for supporting the padded member. The support member has a pair of upstanding splayed outwardly walls which define an air channel for the free exchange of air when the user inhales or exhales. The support member has a plurality of opposing, substantially parallel zones which provide support for the above described support regions of the padded member when the user is lying in the prone position. The padded member is secured to the support member using an attachment method that does not interfere with said padded member conforming to the facial configuration of the user.

A hat member has a lower rim with a scarf attached thereto which extends between the temple areas around the back of the head. The scarf has and eye edge proximate the lower part of the eye sockets and extends from there to an area proximate the juncture of the neck with the torso or trunk. The scarf is loose and has folds under the chin so that a coat or other outer garment can be positioned and closed there over without restricting movement of the user. The scarf extends from the rim down proximate the nape of the neck to protect the back of the head and he rear of the neck. The hat member has a crown into which the scarf member can be positioned and stored while the hat is being worn. In turn the scarf may be moved between a stored position in the crown of the hat member and a deployed position removed from the crown and deployed over and about the head of the user.

Periscope Swim Goggles are swimmer's goggles with a periscope situated above the water line that projects the view that is ahead of the swimmer through a fiber optic cable to a viewer located on the goggle's eyepiece. Generally, an open-water swimmer using the free style or crawl stroke must occasionally sight on a landmark to swim toward. Periscope Swim Goggles would enable the swimmer to continually swim directly along the desired path without lifting the head for sighting. Conventional swimming goggles are typically comprised of two eyepieces contoured and gasketed for an air-tight fit around each eye socket and an elastic strap that wraps around the head holding the eyepieces tight to the face. In one embodiment of the invention, the periscope is positioned and secured at the back of the head by the elastic strap of the goggles. The fiber optic cable leaves the periscope and follows the elastic strap to the viewer which is mounted to the front of the eyepiece.

A disposable, laser-resistant eye patch includes at least one sheet member and a metallic layer attached to the sheet member. The eye patch may include two sheet members, with the metallic layer interposed between the sheet members. The eye patch preferably has adhesive applied on a peripheral portion of the eye patch for attaching the eye patch to a wearer's face. The eye patch is preferably sized to fit entirely within the eye socket of a human eye.

The invention comprises a thin flexible plastic sheet shaped to cover a users eyes and the user's face adjacent to the eyes. Left and right protrusions or recesses formed in the plastic sheet correspond in shape to respective eye sockets of the user. An adhesive portion placed on the interior surface of the plastic sheet attaches the mask to the user's face so that light reaching the eyes of the user is at least limited and can be excluded. The recessed embodiment is used during and after medical treatment of the eye or eyes.

An ocular prosthesis includes a posterior sclera portion partially nested with an anterior clear portion. An iris disk piece and / or a retinal chip may also be disposed between the posterior and anterior portions. A method for manufacturing the ocular prosthesis includes scanning an impression of an eye socket or an existing ocular prosthesis, fabricating posterior and anterior portions from geometrical models generated from the scans, and forming the ocular prosthesis by joining the two portions. In another embodiment of the method, a photograph of an iris is provided and manipulated to form a multi disk iris piece to be used in the ocular prosthesis.

An improved occlusive self-adhesive eye patch, and a method of treatment for Amblyopia. A patch may successfully be applied over the left or right eye without restriction of eye movement or function. The patch comprises a non-adherent gauze pad or foam, having an adhesive for securing patch to the face over the eye socket. A slit from the patch's central bottom edge inward toward the center is present to allow for manual manipulation of the adhesive side transversely atop from the slit and adhering it to the non-adhesive side; therefore, the patch may be configured into an concavo-convex or outwardly cupped shape.

A laser protection lens include an optically transparent material having a perimeter shape that follows a contour of a user's eye socket ridge, a horizontal shape, and a vertical shape. A multilayer interference coating is applied to at least one of an inside and outside surface of the optically transparent material. The multilayer interference coating has at least a 20 dB reduction of optical transmission for at least one of 445 nm, 532 nm, and 610 nm wavelengths and has at least 10 dB optical reduction over a wavelength band from at least one of 445 nm to the ultraviolet region and 610 nm the infrared region.

A disposable self-adhering covering for an eye of a human comprising an opaque, thin, flexible, air permeable fabric layer having an upper surface and a lower surface bonded to top side of a less flexible generally ovoid-shaped generally flat ring defining a central opening. The ring comprising a bottom side comprising an adhesive that allows the covering to be removably attachable to the skin of a human and an outer contoured edge that causes the ring to flex away from the skin such that the fabric layer is held away from the eye when applied to the human. The covering extends over the eye with the ring attached to the skin from a point at the medial orbital margin of the eye to a point at the lateral orbital margin of the eye with the central opening over the eye socket.

An inflatable mask with two ocular cavities can seal against a user's face by forming an air-tight seal around the periphery of the user's eye socket. The sealed air-tight ocular cavity can be pressurized to take ocular measurements. The mask can conform to the contours of a user's face by inflating or deflating the mask. In addition, the distance between the user and a medical device (e.g. an optical coherence tomography instrument) can be adjusted by inflating or deflating the mask. Also disclosed herein is an electronic encounter portal and an automated eye examination. Other embodiments are also described.

An adjustable goggle with eyepieces that are individually custom fitted over the user's eye sockets. The goggle includes a strap configured to extend around the user's head, two face conforming eyepieces affixed and configured on the strap so that they may be positioned over the user's eyes, and a three axis, adjustable nosepiece that extends between the two eyepieces. The nosepiece is made of one or more elastic strands that have the same or different resilient properties. The ends of the strands are affixed to the eyepieces to apply a resilient force thereon. During use, the user selects the desired nosepiece so that the eyepieces may be independently aligned themselves over the eye sockets and form a comfortable, watertight seal against the surrounding facial tissues when the goggles are worn. If needed, an optional sealing pad may be affixed to the inside surface of each eyepiece to provide a watertight seal against the surrounding facial tissues.

The invention belongs to the technical field of electronic products, and particularly provides an eye massaging device with a hot compress function. The eye massaging device comprises a fillet (1) sleeving a head, wherein eye socket massaging rings (2) are respectively connected to the left tail end and the right tail end of the fillet (1), and the left and right eye socket massaging rings (2) are connected through a mounting plate (3); silica gel cushion rubbers are arranged on the eye socket massaging rings (2), and massaging bulges are formed in the silica gel cushion rubbers; a battery warehouse(6) is also arranged on the fillet, and heating wires(5) connected with the battery warehouse (6) through a second switch (9) are also arranged in the eye socket massaging rings (2); an electric vibrating device(4) connected with the battery warehouse (6) through a first switch (7) is mounted on the mounting plate(3). The massaging function of the massaging device disclosed by the invention can solve the problem that eyes are unwell after people use computers for working for a long time, and can provide the functions of massaging and health care for the eyes; in addition, during massaging, the function of hot compress can also be provided so as to improve the massaging effect of the eyes.

An ophthalmologic surgery simulation device is provided for realistic practice and training of ophthalmologic surgical procedures and techniques. The device includes a base, a stand extending upwardly from the base, a cup pivotally mounted on the stand, and a facial mask. A practice eye is retained in the cup by suction. The position of the cup relative to the eye sockets in the mask is adjustable, in a preferred embodiment. The cup and the eye are pivotal about at least two axes during surgical practice. The device can also be used for practicing other procedures on the eye.

New constructions for the side retainers of eyewear, particularly swimming goggles, are disclosed. In place of the conventional strap connection to the lateral extremities of the eyepiece frames, this proposal provides a preformed branched component (3), preferably of moulded plastics, having upper and lower limbs (31) connecting to the eyepiece cups (1) at upper and lower positions. This construction helps to distribute pressure around the engagement of the eyepiece with the face. It also reduces the length of strap that needs to be tightened. A further feature described is a lateral wing formation (133) on the eyepiece cup (1) that extends out of the wearer's eye socket and round onto the side of the head.

Swimming goggles include left and right frame bodies installed with lenses, a connecting element, and protective pads and head strap bases respectively disposed on the left and right frame bodies. The left and right frame bodies each of which has an inner peripheral face and an outer peripheral face, and the protective pads each has a face contact portion and a connecting portion. Contours of the outer peripheral faces of the left and right frame bodies and the face contact portions are fit to face portions with respect to inner peripheries of eye sockets of a cranium of a wearer. Upper and lower edges of the face contact portions with respect to lower sides of eyebrows and lower sides of under-eye bags remain gaps with the connecting portions in a manner that the upper and lower edges of the face contact portions are nearly in contact with the connecting portions.

The invention involves a taxidermy form comprising opposing face pieces having eye openings and nostrils which overlay an inner core having eye sockets, eyeballs, nasal cavities, and a nostril septum to form realistic eye settings and noses. The core is molded as a single unit with eye sockets, a nasal cavity, and a septum and the desired style eyeballs are adhered to the eye sockets and the nasal cavity are detailed and painted to replicate those of a living animal of the type to be mounted. Once the core is prepared, the outer face pieces are attached in an overlying relationship to expose a portion of the eyeballs through the eye openings and the underlying nostril cavities and septum through the nostrils, thereby creating a more realistic taxidermy mount which is easy to prepare. In an alternative embodiment, the two face pieces can be molded as a single unit, which can be easily slipped over the nose of the core and affixed in place in the same manner as the separate pieces.

An ophthalmologic surgery simulation device is provided for realistic practice and training of ophthalmologic surgical procedures and techniques. The device includes a base, a stand extending upwardly from the base, a cup pivotally mounted on the stand, and a facial mask. A practice eye is retained in the cup by suction. The position of the cup relative to the eye sockets in the mask is adjustable, in a preferred embodiment. The cup and the eye are pivotal about at least two axes during surgical practice. The device can also be used for practicing other procedures on the eye.

The invention discloses a makeup composition capable of relieving eye fatigue as well as a preparation method and an application of the makeup composition. The composition is prepared from the following raw materials in percentage by weight: components A comprising the balanced of deionized water, 0.01-0.05% of sodium hyaluronate, 1-5% of glycerol, 1-5% of propylene glycol and 0.1-1% of D-panthenol; components B comprising 1-10% of rhodiola rosea extract, 1-10% of bilberry extract, 1-10% of leonurus extract, 1-10% of feather cockscomb seed extract, 1-10% of chrysanthemum extract, 1-10% of Lycium chinensis extract, 1-10% of chamaecrista mimosoides extract and 0.2%-1% of a preservative. The makeup composition can achieve the effect of relieving eye fatigue by relieving skin around eye sockets, quickening blood circulation around the eye sockets and relieving the tense state of eyes muscles so as to achieve the effect of relieving eye fatigue.

An eyedrop bottle holder with resilient arms formed from an inverted U-shaped band made from resilient injection molded plastic. The top middle portion of the inverted U-shape band includes a centrally located opening through which the top (dispensing portion) of a standard eyedrop bottle containing eyedrop solution may be positioned and held. The right and left arms of the U-shape band each terminate in an outwardly disposed J-shape foot, the underside of which is covered by a soft rubber-like pad. When a user inserts a standard eyedrop bottle into the holder, the dispensing tip of the eyedrop bottle may be positioned in close proximity to the user's eye. The user may cause his or her eye lid to remain open by using the fingers of one hand to squeeze the right and left arms of the holder together, then placing the pad of one arm on the upper ridge of the orbital eye socket and the pad of the second arm on the lower ridge of the orbital eye socket. Releasing the arms causes the skin of the user's upper and lower eyelids to be spread apart from each other and remain spread during an eyedrop solution dispensing event. The eyedrop bottle is retained within a housing that includes an electromechanical assembly with a rotating cam that pushes on the side of the bottle until a predetermined amount of solution is dispensed. When a set amount of eyedrop solution has been dispensed, the assembly resets itself. An electronic sensor detects the passage of a drop of solution from the bottle and directs a reverse motion to the rotating cam. Tilt sensors assist the user in properly orienting the device for use. An adaptor may be used to accommodate non-standard sized eyedrop bottles.

A swimming goggle cushion pad is connected to a frame of swimming goggles, wherein the cushion pad comprises a base, a face contact portion mounted on a side of the base and a lens frame disposed on another side of the base in opposite to the face contact portion, the lens frame being defined with an inner peripheral face and an outer peripheral face with a circumferential fitting groove arranged between the inner peripheral face and the outer peripheral face to hold a lens therein, characterized in that: the side of the base mounted with the face contact portion slightly bends inward along an outer peripheral contour of the base to form a cap shape, and the face contact portion comprises two arc surfaces of attachment to a wearer's face so as to provide complete coverage on the eye socket, regardless of various sizes of the wearer's face.

The invention provides an information control system, which comprises a detection module, an area judging module and a control module, wherein the detection module is used for receiving and detecting an image of a viewer viewing a display, captured by a camera so as to obtain a face area in the image as well as eyeballs and eye sockets of the viewer; the area judging module used for judging an area of the display watched by the viewer according to the position of the face area in the image and positions of the eyeballs of the viewer in the eye sockets; and the control module used for selecting an image corresponding to the area of the display watched by the viewer from a plurality of images according to the area of the display watched by the viewer and transmitting the selected image to the display for displaying. The invention also provides an information control method. When the information control system and method are adopted, displayed content can be adjusted according to the favor of the viewer.

The invention is particularly suitable to restitution of complex deformity of skull surface. Based on computer image processing and CAD, emulation of 3D segmentation and reconstruction is carried out for structure of skull surface matched to real body. Qualitative even accurate quantitative analyses are carried out for shape and structure of injured skull (including eye socket). The invention discloses layered osteotomy method of splitting off skull socket and surface along natural curvature in middle. The method includes following steps: in operation, fixing moved position promptly; embedding bone tractor to move position gradually; reconstructing skull surface such as inverted valve with vessel pedicle behind the ear. The invention reconstructs fine figure of face to recover normal function.

An adjustable-aim light pipe fixture, comprising a generally spherical eyeball for receiving an end of a light pipe is disclosed. The eyeball has a longitudinal axis coincident with a longitudinal axis of that portion of the light pipe that is received in the eyeball. A socket holds the eyeball. The socket comprises a first retainer ring and a second retainer ring. Each retainer ring has an interior surface with contact points to an outer surface of the eyeball. The first and second retainer rings are oriented with respect to each other so as to hold the eyeball in a fixed position when the first and second rings are pressed towards each other. Clamping structure clamps the first and second rings against each other in such manner as to hold the eyeball in fixed relation to the first retainer ring.

The invention relates to the field of health care, in particular to an eye care apparatus. The eye care apparatus comprises an installation frame, an installation plate, eye socket massage mechanism and two temple massage mechanisms; the installation plate is installed in the middle of the installation frame, four slide chutes are formed between the installation plate and the installation frame, two connecting plates are arranged on two sides of the installation frame, the eye socket massage mechanisms are fixedly connected with the installation plate, the temple massage mechanism are respectively installed on the connecting plates, each eye socket massage mechanism comprises a driving assembly and two massage assemblies, the massage assemblies are symmetrically arranged and are fixedly connected with the installation plate, and the massage assemblies are connected with the driving assembly. The eye care apparatus has the advantages that eye strain and swelling pain can be relieved through operation of the eye socket massage mechanisms and the temple massage mechanisms, eye temperature can be reduced through fitness of two water filling cushions and the eyes, comfortableness is improved, and the eye care apparatus is ingenious in structure, convenient to carry and low in cost.