377 results about "Face orientation" patented technology

A digital image processing method for determining an orientation of a face in a digital color image generates a mean grid pattern element image from a plurality of sample face images and an integral image from the digital color image. A face is located in the color digital image by using the integral image to perform a correlation test between the mean grid pattern element image and the digital color image at a plurality of effective resolutions by reducing the digital color image to a plurality of grid pattern element images at different effective resolutions and correlating the mean grid pattern element image with the plurality of grid pattern element images, whereby either the mean grid pattern element image or the grid pattern element images are provided at a plurality of different orientations. Accordingly, an orientation of the face in the color digital image is determined by using the images with different orientations in the correlation test.

The present invention relates to a monitoring device, monitoring method, control device, control method, and program that use information on a face direction or gaze direction of a person to cause a device to perform processing in accordance with a movement or status of the person. A target detector 251 detects a target object. A face direction / gaze direction detector 252 detects a face direction and gaze direction of a person, determines a movement or status of the person on the basis of the relationship between the detected target object and the face direction or gaze direction of the person, and notifies face direction / gaze direction information using portions 253-1 to 253-3 of a result of the determination. The face direction / gaze direction information using portions 253-1 to 253-3 cause the device to execute predetermined processing on the basis of the result of the determination. The present invention can be applied to, for example, an on-vehicle system.

A passenger cabin of a passenger transport vehicle such as an aircraft includes single passenger seats arranged between an aisle and an outside cabin wall. Each seat is tiltably adjustable between an upright seating configuration and a reclined lying configuration, and is rotatable between a forward-facing orientation facing 0 to 18° relative to the cabin longitudinal axis, and an inwardly-turned orientation facing 50 to 600 relative to the longitudinal axis. The forward-facing orientation is for upright seating during take-off and landing. The inwardly-turned orientation provides additional leg room and sufficient space for the reclined lying configuration. The pitch spacing between seats can be minimized, and total seating capacity is high, while providing substantial space and comfort for each passenger. Screening partitions adjacent to the cabin wall and the aisle provide privacy screening and define a personal space allocated to each seat.

A semiconductor device and a method of manufacturing the device using a (000-1)-faced silicon carbide substrate are provided. A SiC semiconductor device having a high voltage resistancehigh blocking voltage and high channel mobility is manufactured by opting the heat treatment method used following the gate oxidation. The method of manufacturing a semiconductor device includes the steps of forming a gate insulation layer on a semiconductor region formed of silicon carbide having a (000-1) face orientation, forming a gate electrode on the gate insulation layer, forming an electrode on the semiconductor region, cleaning the semiconductor region surface. The gate insulation layer is formed in an atmosphere containing 1% or more H2O (water) vapor at a temperature of from 800° C. to 1150° C. to reduce the interface trap density of the interface between the gate insulation layer and the semiconductor region.

The face recognition apparatus of the present invention comprises: a face recognizer; an image input section for receiving image data of a human face; a driver for changing at least one of a position and an angle of the image input section; a face direction detector for detecting the direction of the face in the image data; and a movement controller for controlling the driver based on the direction of the face detected by the face direction detector.

The invention provides a pouch having a frangible seal comprised of two strips of thermoplastic material that are disposed in the interior of the pouch, and sealed to each other in a face-to face orientation. A first strip of thermoplastic material is sealed to an interior surface of one side of the pouch, and the second strip of thermoplastic material is sealed to an interior surface of the opposite side of the pouch. The strips of thermoplastic material are adapted to form stronger bonds with the front and rear sheets than they are with each other. As a result, the strength of the seal between the two strips of material may be controlled to produce a frangible seal that can be broken with minimal effort and without having to sacrifice the desired heat sealing properties of the film forming the pouch.

This invention is a preparation method for virtual reality of high fidelity sports and fitness equipment and an interactive system and method based on the virtual reality. Image content of real scene shooting and the control parameters of sports and fitness equipment correspond to real scene will be taken synchronously. The control parameters can let sports and fitness equipment, along with the change of real scene, adjust in real time and automatically its forward and backward leaning, left and right leaning, swinging angle, or adjust automatically its loading size; or follow the user's exercise speed to adjust the playing speed of the virtual reality; or follow the environmental parameters to adjust the loading size; or follow the staring direction of the eye of the user or the face direction of the user or the swinging angle of sports and fitness equipment to change visual field scope image of real scene; it can prepare diversified virtual reality digital content, it can reach high virtual level according to different exercise characteristic; the user won't be limited by the site and weather, and the application field becomes wider.

The invention discloses a driving safety monitoring system based on face orientation and visual focus, which comprises a vision sensor and an intelligent processor. The intelligent processor comprises an image acquisition module, a complexion area detection module, an edge extraction module, an eye detection module, a face orientation analysis module and a driver safety driving judgment module, wherein the complexion area detection module is used for converting an RGB color space into a YCrCb color space and detecting a complexion area; the edge extraction module is used for adopting a Canny operator to carry out edge extraction so as to acquire a head image outline; the eye detection module is used for carrying out Hough conversion for the marginalized face and positioning eyes; the face orientation analysis module is used for determining a mouth area, positioning the mouth, calculating left and right areas of the face respectively by using the eyes and the mouth as reference, and calculating the ratio of the left and right areas of the face; and the driver safety driving judgment module is used for judging an unsafe driving state if the calculated ratio of the left and right areas of the current face is out of a preset interval according to the preset interval of the ratio of the left and right areas of the face, and sending out an alarm command. The driving safety monitoring system has strong capacity of resisting disturbance and high accuracy.

The present disclosure relates to a display system (1) for generating a composite view of a region behind a vehicle (V) towing a trailer (T). A first camera (C1) is provided for outputting first image data corresponding to a first image (IMG1), the first camera (C1) being configured to be mounted in a rear-facing orientation to the vehicle (V). A second camera (C2) is provided for outputting second image data corresponding to a second image (IMG2), the second camera (C2) being configured to be mounted in a rear-facing orientation to the trailer (T). An image processor (5) receives the first image data and said second image data. The image processor (5) is configured to combine said first image data and said second image data to generate composite image data corresponding to a composite image (IMG3). The present disclosure also relates to a corresponding method of generating a composite image (IMG3), and to a rig made up of a vehicle (V) and a trailer (T).

A face horizontal direction measuring unit measures the angle of the face horizontal direction for a face image obtained by an imaging unit. By using information on the radius of the head and information on the shoulder position of the person obtained by the aforementioned measurement, a face vertical displacement measuring unit measures a face displacement in the vertical direction not affected by a head posture. According to the obtained displacement, the face angle in the vertical direction is decided. By using the obtained face direction, the angle of the gaze in the horizontal direction and the eyeball radius are measured. Further, a gaze vertical displacement measuring unit is provided for which measuring the pupil center position against the eyeball center position as the gaze displacement in the vertical direction. This displacement amount is used to measure the gaze angle in the vertical direction.

A fastening member has inboard and outboard ends, a panel region, an end region, and a stiffening element. The panel region is disposed adjacent to the inboard end and has first and second layers. The first and second layers are joined in a face-to-face orientation. The end region is disposed adjacent to the outboard end and has a fastening element zone and an intermediate zone. The intermediate zone is disposed between the fastening element zone and the panel region adjacent an interface between the panel and end regions. The stiffening element is disposed in the end region and has a stiffness of greater than about 200 N / m. A portion of the stiffening element is disposed between the first layer and the second layer and is joined to the first layer and the second layer. The portion is disposed adjacent to the interface between the panel region and the end region.

A face detection device comprises: a judgment area determining operable to judgment areas in an inputted image; and a face judgment unit operable to judge existence of a face image greater than a first predetermined size in the judgment areas. According to face directions, the judgment area determining unit determines a ratio of the inputted image to the judgment areas. The characteristics of face images can be effectively utilized.

The invention discloses a second-level sight line tracing method based on face orientation constraint. The method comprises the following steps that: obtaining an image sequence; detecting face area and eye area image information; solving a face orientation, taking the face orientation as a ray direction, and defining the ray direction as a standard watching direction; intersecting the ray of the standard watching direction with an equipment screen to obtain a point of intersection, and taking the point of intersection as a standard watching point; taking a screen area delimited by taking the standard watching point as a center as a constraint field of view; and analyzing the eye area image information to obtain the watching area of the user on the constraint field of view. By use of the method, according to the physiologic habits of human eye for observing objects, head shaking is taken as effective sight line tracing information, and a head gesture is preferably considered. By use of the method, a calibration step is omitted, head movement compensation is not required, and true no-constraint sight line tracing can be realized.

The CPU of a face orientation detection apparatus which acquires an image frame photographed by a camera through a cable detects the face region in the horizontal direction of the acquired image frame by executing computer programs stored on a hard disk. Moreover, the CPU detects the eye position in the vertical direction from the image frame, and detects the nose position in the horizontal direction based on the detected eye position. Furthermore, the CPU detects the orientation of the face included in the image frame, based on the detected nose position and face region.

The invention discloses a multi-mode information fusion-based classroom learning state monitoring method and system. The method specifically comprises the following steps of: acquiring an indoor sceneimage and positioning faces in the scene image; estimating face orientation postures in a face region so as to estimate attentions of students according to the face orientation postures; estimating facial expressions in the face region; acquiring skin conduction signals of the students so as to estimating physiological activation degrees of the students according to the skin conduction signals; recording interactive answer frequencies and correctness of the students on the classroom so as to estimate participation degrees of the students; and fusing four-dimensional information such as attention, learning moods, the physiological activation degrees and the classroom participation degrees of the students so as to analyze classroom learning states of the students. The invention furthermoreprovides a system for realizing the method. By applying the method and system, the learning states of students on classrooms can be objectively and correctly monitored and analyzed in real time, so that the teaching process analysis is perfected and the teaching effect differentiation degree is enhanced.

By setting the thickness of the Ti core between 4~6 nm and adjusting the thickness ratio of the Pt layer in relation to the thickness of the entire lower electrode, the (100) face orientation degree of a piezoelectric thin film may be set to a prescribed ratio with favorable reproducibility. Preferably, the (100) face orientation degree of the piezoelectric thin film is not less than 40% and not more than 70% or less, the (110) face orientation degree is 10% or less, and the (111) face orientation degree is the remaining portion thereof. Further, by applying heat from the lower electrode side upon calcinating the piezoelectric precursor film, it is possible to obtain satisfactory crystallinity as the crystal growth begins from the lower electrode side and reaches the upper part of the film. Accordingly, piezoelectric properties of the piezoelectric thin film are improved, and a highly reliable inkjet recording head and printer may be obtained thereby.

In a method of detecting a face in various directions in a target image with use of detectors, a partial image cut sequentially from the target image is subjected to mirror reversal processing and rotation processing in 90 degree increments for generating reversed / rotated images of the partial image. The detectors of predetermined types judge whether the respective images represent face images in predetermined face directions and orientations. Based on combinations of the types of the detectors and the types of the input images, faces in various face directions and orientations can be judged.

A forward-facing child seat includes a base, a seat removably attachable to the base in a forward-facing orientation relative to a front of the vehicle, and at least one lock-off mechanism mounted to the base to secure a vehicle seat belt to the base. The lock-off mechanism may be one of a variety. For example, the lock-off mechanism may include a lower jaw mounted to the base, and an upper jaw movable relative to the lower jaw between an open position and a closed position.

A line-of-sight detection apparatus includes a detection unit configured to detect a face from image data, a first extraction unit configured to extract a feature amount corresponding to a direction of the face from the image data, a calculation unit configured to calculate a line-of-sight reliability of each of a right eye and a left eye based on the face, a selection unit configured to select an eye according to the line-of-sight reliability, a second extraction unit configured to extract a feature amount of an eye region of the selected eye from the image data, and an estimation unit configured to estimate a line of sight of the face based on the feature amount corresponding to the face direction and the feature amount of the eye region.

A child motion device has a frame assembly configured to rest on a floor surface, a drive system defining a generally vertical axis of rotation, and a support arm supported above the floor surface by the frame assembly. The support arm is cantilevered from near the axis of rotation and has a driven end coupled to the drive system, which pivotally reciprocates the support arm through a partial orbit around the axis of rotation. A seat holder is carried by the support arm spaced from the driven end and a seat is supported by the seat holder. The seat and seat holder are constructed to permit the seat to be removed from the seat holder. The seat is usable as a seat when removed from the seat holder and can be positioned on the seat holder in more than one optional seat facing orientation.

The invention provides a large-area perovskite thin sheet which is convenient to machine, easy to prepare and totally different from the prior art and is obtained through cutting and preparation and application of the large-area perovskite thin sheet. The preparation method comprises the steps that a single crystal or a polycrystalline perovskite crystal with the length and the width both larger than 15 mm or the diameter larger than 15 mm is sliced up, and the large-area perovskite thin sheet with the area larger than 200 mm<2> and the thickness smaller than 1 mm is obtained. By means of the crystal cutting technology, the problem that a sedimentary single crystal is difficult to assemble to form a target can be solved, single crystal samples with different crystal face orientations can be obtained according to actual requirements, and only a sample with a specific crystal face orientation can be obtained through epitaxial growth. Meanwhile, according to single crystal slicing samples prepared through the crystal cutting technology, optimum contact can be selected according to energy band positions and characteristics of the single crystal slicing samples, and the optimized device performance is obtained. The perovskite thin sheet prepared through the crystal cutting technology has greater advantages from the aspects of convenience for obtaining crystal faces and obtaining optimized device performance.

The invention discloses a low-carrying-capacity high-activity supported gold catalyst using hydrotalcite as a carrier and a preparation method thereof, which belong to the technical field of catalyst preparation. The preparation method of the supported gold catalyst comprises the following steps of: selecting a hydrotalcite precursor with a higher isoelectric point as the carrier; and using a uniform hydroxyl lattice of the hydrotalcite and different crystal face orientations of the hydrotalcite to ensure that gold atoms with catalytic activity are highly dispersed and are closely anchored on a high-energy crystal face of the hydrotalcite so as to expose more active gold particles. If the catalyst is used for synthesizing phenyl ethylene oxide through catalytic oxidation of styrene, the conversion rate of reactants is high, and the selectivity of products is high.