122 results about "Eyelid" patented technology

Electromechanical implantable device for actuating a patient's eyelid (11), comprising an actuator (2) for activating the opening or closing of the eyelid. The actuator is a dielectric elastomer actuator. The device may comprise a rod (3). The actuator is intended to be implanted under the skin of the patient's forehead, and linked to the eyelid via said rod.

The invention provides an optic nerve regulation and control system based on an ultrasonic technology, a first ultrasonic module is deployed on the outer side of a target human eyelid and is provided with an Archimedes spiral type first ultrasonic array facing the human eye, and the first ultrasonic array is configured to generate a gathered ultrasonic beam which acts on a human eye retina ganglion cell area in a targeted manner; the positioning module is deployed on the outer side of a target human eyelid and is configured to measure three-dimensional geometric data when a human eyeball horizontally faces the front and measure the depth distance of a human eye retina ganglion cell area in the human eye; the optic nerve response prediction module is pre-trained with an optic nerve response prediction model facing a target human body, and the optic nerve response prediction model is configured to adjust sound intensity output of the first ultrasonic array based on stimulation feedback prediction of human eye retina ganglion cells. According to the invention, the optic nerve regulation and control system satisfies non-intrusive, high-precision and self-adaptive requirements, and has optic nerve regulation and control and repair functions.

An ear-worn device may include an accelerometer and / or an electroencephalography (EEG) sensor to provide recommendations based on user activity and / or physiological responses. The ear-worn device may use the accelerometer to capture acceleration data to assess the wearer's movement rate, and detect changes. Using data from the EEG sensor, the processor may detect eyelid blinks and other signals of fatigue. The processor may generate a treatment recommendation based on any combination of the movement rate, changes, eyelid blinks, and / or signals of fatigue.

The invention discloses a contact lens. The contact lens comprises a lens body and an electronic component. The glasses body is used for being worn on an eyeball and comprises an optical part and an annular wearing part surrounding the optical part. The annular wearing part is provided with a C-shaped lower eyelid layout area. The electronic component is arranged on the glasses body. The electronic component can move along with eyeballs through the glasses body, and the electronic component comprises a stimulation unit and a power supply unit electrically coupled with the stimulation unit. The stimulation unit comprises an electrode module arranged in the lower eyelid layout area and a boost control module electrically coupled with the electrode module. The boost control module sends out a pulse voltage signal through the electrode module, and the pulse voltage signal is used for being conducted to a lower eyelid on one side of the eyeball by body fluid.

1. The name of the design product: double-fold eyelid stickers. 2. The use of the design product: the design product is used for double-fold eyelid stickers. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: front view. 5. Other circumstances that need to be explained: the design product is a thin product, and the left and right tilt views are omitted.

The article relating to this design is an eyelash rod used when applying an eyelash perm. The article is placed on the eyelid, the eyelashes are wrapped around the article, and a perming solution is applied to the wrapped portion. The base of the article around which the eyelashes are wrapped is composed of multiple fine surfaces, allowing the eyelashes to curl naturally.

An ophthalmic device including: a body having: a posterior surface which is adjacent to an eye surface when the ophthalmic device is worn; an anterior surface defining a height of the body above the eye surface; a retention portion, configured to reside between an eyelid and the eye surface, the retention portion bordered by a portion of the anterior surface, and having a height difference of at least 1 mm over at most a 1 mm distance.

A mixture for enhancing eye lubrication comprises a plurality of microspheres having diameters ranging from about 5-40 microns combined with an aqueous component comprising water. The microspheres can be coated with oil. When the mixture is applied to the surface of a user's eyes, the microparticles will enhance lubrication during blinking and partially lift eyelids so that other components of the mixture can be better distributed beneath the eyelids. An oil can be added to the mixture. Preferably the oil is configured so that, when the mixture is agitated, it forms a temporary, thermodynamically unstable emulsion from which the oil quickly disassociates when the mixture is applied to the eye. The oil thus is quickly available to enhance lubrication performance.

We provide contact lenses to address the shortcomings of conventional technology. [Solution] The present invention discloses a contact lens. The contact lens comprises a lens body and electronic components. The lens body is configured to be worn on the eyeball and includes an optical portion and an annular mounting portion surrounding the optical portion. The annular mounting portion has a C-shaped lower eyelid placement region. The electronic components are provided on the lens body. The electronic components are movable with the eyeball via the lens body and include a stimulator and a power supply unit electrically connected to the stimulator. The stimulator includes an electrode module positioned inside the lower eyelid placement region and a boost control module electrically connected to the electrode module. The boost control module generates a pulse voltage signal via the electrode module. The pulse voltage signal is transmitted to the lower eyelid on the eyeball side by bodily fluids.

The invention provides an ophthalmic examination auxiliary device, and relates to the technical field of ophthalmic examination, the ophthalmic examination auxiliary device comprises a base, a mounting seat fixedly connected with one side of the base, a support frame arranged on the working surface of the top end of the mounting seat, and an eyelid turning mechanism connected with the support frame through a moving mechanism; a lower jaw supporting plate is arranged on the mounting seat, and the lower jaw supporting plate is positioned on the opposite side of the supporting frame; the support frame is clamped with the forehead support plate; the eyelid turning mechanism comprises oppositely-arranged limiting frames, an adjusting piece penetrating through the limiting frames and an eyelid opener connected with the telescopic end of the adjusting piece. The limiting frame has an inclined radian matched with an eyelid; through the arrangement of the eyelid turning mechanism, the limiting frame and the adjusting piece which are matched with the radian of the eyelid are adopted, multi-point accurate force application can be carried out according to the wrinkle sagging conditions of different positions of the eyes of the old people, so that the eyelid is stably and comprehensively turned over, and a clear and unshielded observation view is provided for slit lamp inspection.

The utility model discloses a teaching tool for eyeball surgery, which comprises a supporting column and an eyeball model, the front end of the supporting column is provided with a regulation and control auxiliary mechanism, the regulation and control auxiliary mechanism comprises a sliding rail fixedly connected to the front end of the supporting column, the outer side of the sliding rail is connected with a sliding frame in a sliding mode, one end of the sliding rail is provided with a limiting hole, and the other end of the sliding rail is connected with the eyeball model. And the front end of the sliding frame is fixedly connected with a mounting block. According to the teaching tool for the eyeball surgery, the threaded rod is rotated to move in the adjusting frame, so that the threaded rod drives the adjusting and controlling plate to move through the connecting block, the limiting block is separated from the limiting hole, the sliding frame is pulled to slide along the sliding rail, and the purpose of conveniently adjusting the height of an eyeball model is achieved; therefore, the eyeball model is adapted to different positions and is matched with the actual exposure height and the operation view angle of the eyeball in a real operation, and operation changes caused by differences of eye socket depth and eyelid tightness of a patient in clinic are restored.

Even when users experience virtual reality without using VR equipment, this enhances their sense of immersion in virtual reality. [Solution] The acquisition unit 112 acquires eyelid information indicating the movement of the user's eyelids. The display control unit 115 displays a display image on the display device 14, which is a superimposed image of a first image with a fixed display area and a second image that obscures at least a part of the first image. The area determination unit 114 determines the area obscured by the first image by the second image based on the eyelid information. The area determination unit 114 maximizes the area when the user's eyelids are closed and decreases the area after the first point in time when the user's eyelids begin to open.

Method for determining a center point (504) of an eye (202) of an occupant of a vehicle (100), the method comprising the following steps: Determining (803) reference pupil pixel coordinates (140) and reference eye angle pixel coordinates (142) using a reference image signal (110) representing a reference image (300) captured by a camera (106) of at least a portion of a face of the occupant exhibiting a reference head pose, wherein the reference pupil pixel coordinates (140) represent a position of a center point (504) of a pupil (506) of the eye (202) of the occupant in the reference image (300) and the reference eye angle pixel coordinates (142) represent a position (312) of an eye angle of the eye (202) of the occupant in the reference image (300);Determine (805) homogeneous reference pupil coordinates (144) in a camera coordinate system (120) of the camera (106) using the reference pupil pixel coordinates (140) and homogeneous reference eye angle coordinates (146) in the camera coordinate system (120) of the camera (106) using the reference eye angle pixel coordinates (142); Determine (809) reference eye angle camera coordinates (148) using the homogeneous reference eye angle coordinates (146) and an eye angle associated depth information (588), wherein the reference eye angle camera coordinates (148) represent a position (312) of the eye angle in the camera coordinate system (120);and determine (811) reference eye center camera coordinates (150) assigned by the reference head pose as the intersection of a reference vector formed from the homogeneous reference pupil coordinates (144) and the homogeneous reference eye angle coordinates (146) and a reference sphere, wherein a center of the reference sphere is defined by the reference eye angle camera coordinates (148) and a diameter of the reference sphere by a mean eye diameter of a human eye (202).

A blinking monitoring method, system, medium and product in a strong light environment, the method comprising: a blinking monitoring system determining a user eyelid contour and a visible part of a user pupil from a user eye image, predicting an invisible part of the user pupil based on complete pupil information of the user, and then calculating a visible pupil ratio, an effective pixel ratio, and an eyelid height-width ratio. When the difference between the visible pupil ratio and the effective pixel ratio is within a preset error range, the blinking monitoring system calculates the degree of closure of the user's eyes corresponding to the user eye image according to a first weight of the eyelid height-width ratio and a second weight of the visible pupil ratio. In a preset time period, the blinking monitoring system obtains a plurality of user eye images with the same time interval, and determines the degree of closure of the user's eyes for each user eye image in turn to evaluate the blinking of the user in the preset time period. By implementing the method, the blinking indicators of the user can be accurately obtained, thereby predicting the fatigue state of the user.

The present invention provides a device, system, and method of using the same that can safely and effectively transmit therapeutic or germicidal ultraviolet (UV) radiation, such as UVC radiation or UVA radiation. [Solution] The treatment device comprises a base component and a head component. The head component has a distal portion and a proximal portion. The distal portion of the head component is configured to contact the target eyelid, and the proximal portion is configured to be attached to the base component. The distal portion of the head component is configured to transmit a therapeutic dose of energy from a plurality of energy sources, including an ultraviolet C (UVC) radiation source, an infrared (IR) radiation source, and an ultrasonic source. The plurality of energy sources are configured to transmit a therapeutic dose of energy to the target eyelid at a predetermined output when the distal portion of the head component contacts the eyelid.

1. The name of the design product: double-fold eyelid stickers. 2. The use of the design product: for double-fold eyelid stickers. 3. The design points of the design product: in the combination of shape and pattern. 4. The picture or photo that best indicates the design points: perspective view. 5. The design product is a thin product, and the left view, right view, top view, and bottom view are omitted.

The present disclosure relates to the treatment of a skin condition in a subject, including but not limited to one or more of luminosity, brightness, skin pore size, skin pore count, sebum production, sebum composition, overall skin quality, eyelid laxity, fine lines under the eye, fine lines on the face, laxity on the face, perioral rhytids, moderate to severe facial folds and wrinkles such as nasolabial folds, moderate to severe facial wrinkles such as smile lines or marionette lines, age-related midface contour deficiencies, dorsal hand to correct volume deficit, glabellar lines, correction of facila depressions, either due to injury or age-related, perioral wrinkles, lip commissures, crow's feet, facial rhytides, and forehead wrinkles, comprising applying to the skin of the subject a first composition derived from one or more sponges, and a second composition comprising one or more botulinum toxins. Also provided are compositions for use in the treatment of a skin condition in a subject, including but not limited to hyperhidrosis, comprising a first composition and a second composition, wherein (a) the first composition comprises Spongilla; and (b) the second composition comprises one or more botulinum toxins. Also provided are kits, including kits for the treatment of a skin condition in a subject including but not limited to hyperhidrosis, comprising a first composition and a second composition, wherein the first composition comprises Spongilla, and the second composition comprises one or more botulinum toxins.

This invention provides an eyelid-opening eye drop device. The eyelid-opening eye drop device includes an eyelid-separating assembly, a main body, a drug applicator, and a control assembly. The eyelid-separating assembly, located at one end of the main body, includes a first eyelid-separating ball and a second eyelid-separating ball, respectively connected to the main body via a first axis and a second axis. The first eyelid-separating ball is rotatable around the first axis, and the second eyelid-separating ball is rotatable around the second axis. When the eyelid-opening assembly opens the eyelid and the drug applicator is aligned with a preset area of ​​the eyeball, the drug applicator releases a preset dose of eye drops.

In certain embodiments, an ophthalmic system includes a camera system and a computer. The camera system obtains eye images of an eye (that has an eyelid) during an imaging period. The computer system receives the eye images of the eye from the camera system and extracts a column image from each eye image of the eye images to yield column images. Each column image has a respective longitudinal axis substantially parallel to a vertical axis of the eye. Each column image shows at least the eyelid of the eye at a respective time during the imaging period. The computer system generates a time sequence image from the column images. The time sequence image comprises the column images in temporal order and indicates the position of the eyelid at respective times during the imaging period. The computer system outputs a blink analysis output that includes the time sequence image.

The utility model discloses an eyeball extirpating operation tool suitable for a brain death cornea donor, which comprises a scissor arm, the top end of the scissor arm is fixedly connected with a scissor handle, the bottom end of the scissor arm is fixedly connected with a scissor head, the inside of the scissor arm is movably connected with a scissor shaft, and the scissor shaft is fixedly connected with the scissor handle. A separating structure used for separating eyelids is arranged at one end of the scissor shaft. According to the eyeball extirpation operation tool suitable for the brain death cornea donor, through the arrangement of the connecting plate, when an operation is carried out, the scissor arms and the scissor handles are used for controlling the scissor heads to carry out the operation, the scissor arms drive the connecting blocks to move through the scissor shafts and the positioning pieces, and the connecting blocks drive the shifting pieces to move; and finally, the shifting piece drives the eyelid spacer to move through the connecting plate, so that the eyelid spacer can separate the eyelid to protect the eyelid, the eyelid cannot be damaged, the appearance of the cornea donor with brain death is protected, and the problem that the eyelid cannot be separated conveniently is solved.

Apparatuses, systems, and methods for performing photobiomodulation by applying light to a temporal region, a nose, and / or an eye of a subject are disclosed. A method for applying photobiomodulation light therapy to a subject can include applying a dose of light to at least one of a temporal region, through a nose, or to an eyelid of a subject, detecting an effect of the applied dose of light on a biological characteristic of the subject, and adjusting the dose based on the detected effect.

Some embodiments of a method may include: obtaining a three-dimensional (3D) model of an eye region of a user, wherein the 3D model is embedded with semantic features corresponding to at least one of gaze, eyelid aperture, and identity of the user; obtaining a first controller setting, wherein the first controller setting corresponds to one of gaze, eyelid aperture, and identity of the user; morphing the 3D model of the eye region using the first controller setting; and displaying the morphed 3D model of the eye region.

The invention belongs to the technical field of biological feature recognition, and discloses an ultra-micro-distance iris recognition device and method based on an optical imaging technology, the device comprises an optical imaging unit, a near-infrared light source unit, a trigger detection unit, a control processing unit and a protection unit, and the method comprises the following steps: S1, triggering; s2, image acquisition; s3, performing pretreatment; s4, feature extraction; s5, matching verification is carried out; s6, controlling; the method has the following beneficial effects: 1, the limitation of ultra-micro-distance imaging is broken through, the image quality is improved, aberration-free imaging can be realized under the working distance of 5cm, and iris texture details are clearly captured; 2, an efficient focusing and triggering mechanism is adopted, so that the recognition efficiency is improved, and'touch-and-shoot 'is realized; the robustness is high, the influence caused by the shielding problem of lower eyelashes and eyelids is avoided, dust and noise are removed, and the contrast ratio is enhanced. And 4, the size of the shell is small, a portable instrument can be directly embedded, and the explosion-proof, waterproof and dustproof requirements are met.

This invention provides an eye drop and eyelid-opening auxiliary device. The device includes a eyelid-separating part and a medication-dispensing part. The eyelid-separating part is located at one end of the medication-dispensing part and includes a first ball and a second ball, which are connected to the medication-dispensing part via a first shaft and a second shaft, respectively, and can rotate around their respective axes. The medication-dispensing part includes a main body, a connecting part, a medication nozzle, and a channel. The channel passes through the main body and connects the connecting part to the medication nozzle. In use, the main body of the medication-dispensing part is connected to the eye drop bottle via the connecting part, and the eye drops can be dispensed from the medication nozzle through the channel. Combined with the eyelid-separating part, it provides a comfortable, convenient, and safe eyelid-opening operation when applying eye drops.

A system for tracking delivery of a medication to a user’s eye and a method of use. The system comprises at least one camera for capturing one or more images of an eye surface of the user’s eye before, during, and after a time when the medication is applied to the user’s eye. The images captured are visual or thermal images, and for example, a temperature of the eye, eyelid, and periocular surfaces may be captured as well as visualization of the location of the eyelid or iris. If a second camera is used, it may be the same or different type of camera as the first camera and may capture one or more second images of the user’s eye before, during, and after the time when the droplets of the medication are applied to the user’s eye. A processor is provided for comparing the first images captures and / or comparing the first images to the second images, in order to determine when to deploy the droplets and / or if the droplets of the medication were successfully applied to the user’s eye.

In certain embodiments, an ophthalmic system includes a camera system and a computer. The camera system obtains eye images of an eye (that has an eyelid) during an imaging period. The computer system receives the eye images of the eye from the camera system and extracts a column image from each eye image of the eye images to yield column images. Each column image has a respective longitudinal axis substantially parallel to a vertical axis of the eye. Each column image shows at least the eyelid of the eye at a respective time during the imaging period. The computer system generates a time sequence image from the column images. The time sequence image comprises the column images in temporal order and indicates the position of the eyelid at respective times during the imaging period. The computer system outputs a blink analysis output that includes the time sequence image.

The embodiment of the invention discloses a dual-drive eye massage therapeutic apparatus and a dual-drive eye massage therapeutic method. The dual-drive eye massage therapeutic apparatus comprises a linear motor driving unit and an electromagnet driving unit, wherein the linear motor driving unit and the electromagnet driving unit are used for driving a therapeutic head assembly to move; the sensor detection module comprises a pressure sensor, and the pressure sensor is arranged on the treatment head assembly; the pressure sensor, the linear motor driving unit and the electromagnet driving unit are all connected with the main control module, and the main control module is configured to control the linear motor driving unit to drive the treatment head assembly to move to make contact with the eyelids of a user; acquiring real-time massage pressure acquired by a pressure sensor in real time; according to the real-time massage pressure, an electromagnet driving unit is controlled to drive a treatment head assembly to execute massage operation; and in response to the received withdrawing instruction, controlling the linear motor driving unit to withdraw the treatment head assembly. The dual-drive eye massage therapeutic apparatus can improve the accuracy and safety of eyelid treatment.

Disclosed herein are cold slurry formulations, devices, and methods for alleviating symptoms of ocular surface discomfort. Cold slurry formulations comprising ice, a freezing temperature depressant, and, optionally, a lipid are disclosed. Devices and methods for protecting a target ocular surface from contacting a cold slurry formulation that is used to maintain the target ocular surface at a temperature desired for alleviating symptoms of ocular surface discomfort are disclosed. Self-contained devices configured to receive a cold slurry formulation for maintaining the target ocular surface at a temperature desired for alleviating symptoms of ocular surface discomfort are disclosed. Devices and methods are disclosed for protecting a cornea and / or eyelid of a subject from the freezing cold slurry formulation that is directly or indirectly applied or injected into the target ocular surface. Kits comprising multiple syringes for administering multiple doses of the cold slurry to the target ocular surface, are disclosed.

A system (10) for tracking delivery of a medication to a user's eye and a method of use. The system (10) comprises at least one camera (12) for capturing one or more images of an eye surface of the user's eye before, during, and after a time when the medication is applied to the user's eye. The images captured are visual or thermal images, and for example, a temperature of the eye, eyelid, and periocular surfaces may be captured as well as visualization of the location of the eyelid or iris. If a second camera is used, it may be the same or different type of camera as the first camera and may capture one or more second images of the user's eye before, during, and after the time when the droplets of the medication are applied to the user's eye. A processor is provided for comparing the first images captures and / or comparing the first images to the second images, in order to determine when to deploy the droplets and / or if the droplets of the medication were successfully applied to the user's eye.