11 results about "Eye detection" patented technology

This invention relates to a method for ultra-high sensitivity and specific naked-eye detection of trace aromatic compounds. The method utilizes the long afterglow induced by the specific interaction between the analyte and a matrix as the output signal to achieve naked-eye detection of the analyte. The aromatic compounds are aromatic pollutants and aromatic organic metabolites. This invention utilizes the organic long afterglow induced by mixing the analyte G with the host molecule H through methods such as heating and melting, solvent evaporation and crystallization, matrix adsorption, and paper chromatography as a monitoring signal to achieve ultra-high sensitivity and specific naked-eye detection of trace aromatic compounds. The afterglow induced by the analyte G is highly dependent on the type and content of the analyte and matrix, which gives this detection method extremely high sensitivity and selectivity. The method is simple to operate, rapid, visible to the naked eye, requires inexpensive and readily available materials, and provides stable results.

An Artificial Intelligence Gaze Interface Sensor (AI GIS) system and method for precisely tracking human gaze on a digital or projected view plane without head-mounted hardware. A context camera detects a user's face and matches it against stored biometric profiles using AI facial recognition, automatically loading personalized eye geometry, inter-pupillary distance and gaze calibration data. A conditional activation controller initializes a second Peregrine Foveal Camera (PFC), modeled after the dual-fovea retina of the Falco peregrinus, only upon confirmed eye detection. An AI algorithm triggers visual effects, hidden content, animations, gaze-based engagements and semantically mapped audio on the digital or projected plane based on gaze coordinate outputs, from a dedicated computational pipeline, correlated to the digital or projected plane. This invention serves as the sensing layer for U.S. application Ser. No. 18 / 395,290.

This invention relates to the field of power line inspection equipment technology, and discloses a power line insulator defect detection device based on binocular UAV ensemble, comprising: a UAV ensemble execution module, a binocular vision inspection module, an ensemble collaborative control module, a data processing and defect identification module, a wireless communication module, and a ground monitoring terminal; the UAV ensemble execution module adopts a master-slave ensemble architecture, consisting of one master-controlled UAV and several slave-controlled inspection UAVs forming an inspection ensemble. By employing binocular synchronous imaging technology, it simultaneously acquires two-dimensional appearance and three-dimensional depth information of the insulator, completely solving the problems of single-eye detection lacking depth and prone to false detection and missed detection; moreover, the master-slave ensemble architecture enables multi-machine synchronous collaborative operation, with a wide coverage area, high inspection efficiency, and the ability to complete long-distance line inspections in one go, possessing fault redundancy capability, and significantly improving operational stability and continuity.

This invention discloses an eye-tracking method and system based on multimodal corner-eye detection. The method includes: Step 1, acquiring user eye image data in real time and performing image enhancement processing; Step 2, multimodal corner-eye detection, sequentially performing initial detection and verification, refined detection, and iterative optimization detection, to obtain candidate corner-eye points through initial detection and verification, accurately locate the corner-eye point position through refined detection, and iteratively optimize the detection results of each frame through iterative optimization detection; Step 3, dynamic slip detection, including: continuously monitoring the positional changes of the corner-eye points of both eyes relative to the corner-eye points of a reference frame, using a single-threshold dual-level judgment mechanism to determine whether device slip has occurred; and updating the corner-eye point data of the reference frame when device slip occurs, and automatically triggering a recalibration process to update the position of the corner-eye points of the reference frame. This invention solves the problem that existing solutions have shortcomings in device slip detection, which leads to a significant decrease in tracking accuracy.

The application discloses a kind of pole piece slitting machine multi-tool defect detection device and method of technical field of slitting equipment, its device includes driving mechanism and detection mechanism on driving mechanism, driving mechanism is used to move detection mechanism to target position;Detection mechanism includes adjusting mechanism and camera assembly on adjusting mechanism, adjusting mechanism is used to move camera assembly to detection position when detection mechanism is located at target position;Camera assembly is used to collect the cutting edge image of the tool of pole piece slitting machine, and upload to control terminal to carry out defect identification;Its device only needs a camera assembly to detect all tools one by one, compared with traditional scheme, reduce space occupation and manufacturing cost, replace the work of manual naked-eye detection tool edge defect, improve detection precision and detection efficiency.The method is controlled while to detection device, introduces definition judgment and PID regulation, to further improve detection precision.

The application provides a VR design-based head-mounted intraocular pressure measuring device, which comprises a glasses shell, a display unit, two first lenses and two measuring members. The glasses shell comprises an outer shell and a support, the outer shell is internally provided with a containing cavity and an opening, the opening is communicated with the containing cavity, the support is arranged in the containing cavity, the support is provided with two mounting channels, the two mounting channels are spaced apart along a second direction, and the glasses shell is internally provided with a first air duct. The display unit is arranged in the containing cavity. The two first lenses are used for VR imaging in cooperation with the display unit. Each of the two measuring members is arranged in one of the mounting channels. Each of the measuring members is internally provided with a second air duct, a first end of the second air duct extends along a first direction and penetrates through the measuring member to a side surface of the measuring member facing the opening, and a second end of the second air duct is communicated with a first end of the first air duct. The device further comprises a gas supply unit communicated with the second end of the first air duct, a shooting unit for shooting an eye detection area, and a control unit for controlling the gas supply unit and acquiring intraocular pressure information according to a shooting result of the shooting unit.

The application discloses a packaging device and related products for packaging an eye detection device. The packaging device comprises: a sensing assembly for sensing movement of the fundus photographing assembly along the predetermined direction and generating a sensing signal as the mobile platform moves along the predetermined direction; a control assembly for controlling the mobile platform to move the fundus photographing assembly to a preset position in the predetermined direction and controlling the mobile platform to stop moving according to the sensing signal; and a locking assembly for locking the mobile platform at the preset position in the predetermined direction to rigidly fix the fundus photographing assembly to complete packaging in response to the mobile platform stopping moving. The application can effectively solve the packaging problem of the eye detection device.

The present disclosure relates to an apparatus for eye detection. The apparatus comprises: a fundus camera comprising at least a front lens barrel assembly and a rear lens barrel assembly, and configured to perform a photographing operation on a fundus of an eye, wherein the front lens barrel assembly comprises at least an objective lens; an optometry instrument sharing the objective lens with the fundus camera, and configured to perform an optometry operation on an eye; and a mirror assembly arranged between the front lens barrel assembly and the rear lens barrel assembly, and configured to switch an internal light path of the apparatus so that the apparatus is correspondingly in a fundus camera mode for performing the photographing operation or in an optometry instrument mode for performing the optometry operation. With the solution of the present disclosure, the fundus camera and the optometry instrument can be implemented in one device, and the detection efficiency is improved.

Embodiments of the present application disclose a method, device and equipment for determining an eye detection frame and a storage medium. A light spot in an eye image is extracted; the light spot is screened to obtain a candidate light spot; it is judged whether a pupil exists in a sub-region where the candidate light spot is located; the sub-region is a region of a set size containing the candidate light spot; if the pupil exists, the candidate light spot is determined as a target light spot; and a detection frame of both eyes is determined based on pupil information corresponding to the target light spot of both eyes. The method for determining an eye detection frame provided by the embodiments of the present application can reduce the calculation amount of the determination of the eye detection frame and improve the efficiency of the determination of the eye detection frame.