30 results about "Eye color" patented technology

An apparatus and method for processing digital images having eye color defects. In one method for detecting and correcting eye color defects of a subject in a digital image, the steps comprise: (a) processing the digital image to automatically detect one or more candidate positions of eye color defects in the digital image; (b) automatically applying an eye color defect algorithm to the digital image at the detected candidate positions to automatically correct for the eye color defect; (c) displaying, on a display, at least a portion of the digital image comprising at least one of the corrected eye color defects; and (d) displaying, on the display, an indicator located proximate the at least one of the corrected eye color defects indicative of the at least one of the corrected eye color defects.

The invention is directed to a colored contact lens designed for modifying or enhancing a wearer's eye color while giving the wearer's eyes an improved lively appearance (or more lively or vivacious appearance). In particular, a colored contact lens of the invention may impart to a wearer's eye color both a natural appearance with an emotional dimension such as sophistication, depth, well-being, honesty with intimacy, or combinations thereof. The invention also provides methods and kits for making a colored contact lens of the invention.

The invention relates to a method for designing color filters which improve or modify color vision of the human eye. According to the invention a desired opponent signal function to be attained is divided by a real opponent signal function characteristic of the eye color vision to be improved or modified, the negative range of the resulting function is replaced by zero, the whole function is normalized to give a spectral transmission function, and, if desired, one or more section(s) of this spectral transmission function is modified. The invention also relates to color filter means designed by the above method.

A surrogate sexual partner device, structures and materials thereof, uses therefor and methods for making the same are disclosed. Some embodiments of the surrogate sexual partner invention include artificial flesh made from a gelatinous elastomer that closely approximates the consistency and feel of genuine human flesh. Operable orifices may be provided on the surrogate sexual partner device. Some embodiments of the surrogate sexual partner device include an articulating skeleton, spinal, rib, finger, and other bone structures to approximate the feel and maneuverability of a genuine human body. A reciprocating pelvis may be provided for life-like interaction. Hair, skin and eye color, race, body size and proportion may be chosen according to user preference. The surrogate sexual partner device may be constructed to fulfill an individual's fantasy for a dream partner, to resemble a celebrity, or to have any other desired physical appearance.

Techniques are disclosed for creating avatars from image data of a person. According to these techniques, spatial facial attributes of a subject may be measured from an image representing the subject. The measured facial attributes may be matching to a three-dimensional avatar template. Other attributes of the subject may be identified, such as hair type, hair color, eye color, skin color and the like. For hair type, hair may be generated for the avatar by measuring spatial locations of hair of the subject and the measured hair locations may be compared to locations of hair represented by a plurality of hair templates. A matching hair template may be selected from the plurality of hair templates, which may be used in generating the avatar. An avatar may be generated from the matching avatar template, which may be deformed according to the measured spatial facial attributes, and from the other attributes.

A method is provided for correcting undesired eye color in a digital image. Color information from the digital image is used to identify an orthogonal color channel. The orthogonal color channel is a channel corresponding to a color that is orthogonal to the undesired color. Information from the orthogonal color channel is used to perform channel mixing. The channel mixing is selectively applied to the original digital image using a masking effect to retain certain portions of the original image and replace certain portions of the original image with the channel-mixed image. This method achieves natural-looking black pupils and preserves specular reflections to conceal the fact that the digital image has been corrected.

The invention discloses a fast-coloring eye shadow, which comprises the following components: synthetic mica, sericite, boron nitride, silica, ozokerite, synthetic wax, microcrystalline wax, carnauba wax, polyethylene, hydrogenated polycyclopentadiene Diene, Polyglyceryl‑2 Triisostearate, Propylene Glycol Dicaprylate Caprate, Isononyl Isonononanoate, Shea Butter, Hydrogenated Cocoglycerides, Dimethicone Bis‑Stearyl Oxane, Cyclopentasiloxane, Dimethicone/Vinyl Dimethicone Crosspolymer, Quaternium‑18 Bentonite, Caprylmethicone . It can bring long-lasting color to the eye area, comfortable texture, makeup can last up to 24 hours.

Disclosed is an intrastromal insert, already preformed, of solid, transparent, impermeable, biocompatible, physiologically inert and chemically resistant material, with notches allowing the passage of metabolites, substances, cells or portions thereof, and drugs, configured to receive printing, which is adapted in the space of the corneal stroma to change the eye color and/or to solve the problem of insufficient pigmentation of the iris. The method and the related component to change, permanently and reversibly, the eye color for aesthetic purposes are described as well.

The invention discloses construction and screening of a drosophila biological model. A system screening method comprises the following steps: S1, performing a first screening through observing a phenotypic change of drosophila eye colors decided by a red eye gene of the drosophila; S2, performing a second screening based on the first screening through detecting the strength change of a green fluorescent protein gene expressed on eye plates of drosophila larvae. By the construction and screening of the drosophila biology model disclosed by the invention, the drosophila biology model which can observe a chromatin structure change and can observe the mediated gene transcription regulation level change of a receptor is constructed.

Methods for inferring eye color or eye shade of an individual from a nucleic acid sample of the individual by detecting the nucleotide occurrence of an eye color related single nucleotide polymorphism (SNP) as set forth in SEQ ID NOS: 1 to 7 and, optionally, SEQ NOS:8 to 10 and/or SEQ ID NOS:26 to 48, are provided. Also provided are methods for inferring hair color or hair shade of an individual from a nucleic acid sample of the individual by detecting the nucleotide occurrence of a hair color related SNP as set forth in SEQ ID NOS: 11 to 25. Methods for inferring eye color/shade and/or hair color/shade of an individual from a protein sample of the individual by detecting an amino acid residue encoded by the nucleotide occurrence of an eye color related SNP or a hair color related SNP, respectively, also are provided. In addition, compositions, including oligonucleotides and antibodies, useful for practicing such methods are provided, as are kits for performing the methods.

A method, system, and apparatus for determining paternity based on eye color. Determining paternity may include accessing a color digital image of at least one of a male parental candidate, a female parental candidate, and a child candidate. An eye color of each of the male parental candidate, the female parental candidate, and the child candidate may be determined, wherein the eye color of at least one of the male parental candidate, the female parental candidate, and the child candidate is determined based on the accessed color digital image. A paternity likelihood of the male parental candidate with regard to the child candidate may be determined based on the determined eye color of the male parental candidate, the female parental candidate, and the child candidate.

The invention discloses an environment saliency detection method simulating a midbrain competitive selection mechanism of a raptor, and the method comprises the following steps: 1, carrying out the calibration of a camera, obtaining the internal and external parameters of the camera, and correcting the image distortion; 2, unifying image illumination intensity, and performing gamma correction; step 3, performing region segmentation by simulating a brauer color mechanism; step 4, detecting a salient region imitating a brauer attention mechanism; 5, simulating a receptive field of the brauchid nuclei; and step 6, fusing the color information and the dynamic target information. The invention has the advantages that 1, the robustness is high, an algorithm is designed according to a raptor eye color imitating mechanism and a raptor midbrain competitive selection mechanism, static characteristics and dynamic characteristics of a salient region are considered, and the accuracy of a salient detection result is ensured; 2, the framework is simple, the target detection calculation amount is saved, and the airborne calculation load requirement is greatly reduced; and 3, considering the difficulty of salient target detection caused by different illumination and different salient object features, so that the invention has higher adaptability to salient target detection in a changing environment.

Provided is an eye disease identification mobile phone APP design method. An eye image acquisition module, an eye disease feature analysis module, an eye disease feature correction and manual input module and an eye disease feature knowledge base are constructed in a smart mobile phone APP. When a user of the mobile phone APP system notices an unknown eye disease symptom, as long as the user collects an eye picture through the camera of a smart mobile phone or directly input eye feature data, the system will provide videos, pictures, detailed description and recommendations about related eye diseases. The feature parameters include eye color, shape, smell, area, ache and itch, blister and bleeding parameters. The system can use other eye disease feature knowledge bases or build an eye disease feature knowledge base. Operators can get detailed information about eye diseases easily.

An aqueous liquid cosmetic containing 1 to 20% by mass of (A) a flake aluminum powder coated with a layer containing a silicon compound; 0.5 to 10% by mass of (B) a polycarboxylic acid-based dispersant having a mass-average molecular weight of 10,000 or less; and 1 to 40% by mass of (C) a film-forming polymer emulsion in terms of a solid content is provide. Normally, the aqueous liquid cosmetic contains at least 40% by mass of water, and further may optionally contain (D) a color pigment as another ingredient. This aqueous liquid cosmetic is suitable for eye makeup applications such as eyeliners, eyebrows, eye colors, and the like.