68 results about "Temporal Regions" patented technology

Front for full-rim glasses frames with a holding device and rapid fixing of the lenses to the frame. The front being of the type with a monopiece arch transversely projected with respect to the face of the user, which includes, at the temporal ends, two shaped and curved cross-pieces joined by a connecting intermediate nose bridge. Each cross-piece provides hinging of the related side, and each cross-piece near to the intermediate connecting nose bridge provides a curved projection, which provides a first of the two ends of flexible holders that partially enclose the peripheral edge of the lens to be joined to the front, the other side being provided with a second end, introduced by a through-hole obtained in correspondence to the temporal region of the front, that is equipped with a tooth that engages unidirectionally the portion of the second end of the flexible holders.

A new PPG / SpO2 based ear hook sensor was constructed with the PPG / SpO2 sensors are attached to the skin in the regions of superficial artery and vein (010) and posterior auricular artery and vein around the ear (011 of FIG. 1C). An ear wearable heart rate monitor is constructed with PPG / SpO2 sensors are attached to the skin in the regions of superficial artery and vein (010) and posterior auricular artery and vein around the ear (011 of FIG. 1C) (temporal region of the head). This sensor system is less vulnerable to motion artifacts hence capable of producing high quality PPG signals under motion conditions such as running and exercising.

Techniques for geolocating social media are described. According to an embodiment, information from textual content of a non-geolocated social media data item stored in a database is extracted. A knowledge database is then searched for a cluster of geo-located social media data items to which the information most closely relates, and an estimated location is assigned to the non-geolocated social media data item according to the cluster to which the information most closely relates. Each cluster comprises one or more representative tags for a spatio-temporal region. The knowledge database is created from geolocated social media data by grouping data according to location and extracting representative tags from the location's grouping of data according to textual content as well as information related to reliability and truthfulness of the textual content.

An image display apparatus, which is mounted on a head or face of a wearer attachably and detachably and allows the wearer to view an image and hear sound, includes a long formed temple supported by a temporal region of head or an ear when the wearer is wearing the image display apparatus; a speaker that generates sound, a sound generating face thereof being insertable into the ear at a vicinity of an opening of the ear; and a position adjusting mechanism that holds the speaker, attachably to and detachably from the temple, and movably at least substantially along a surface of the temporal region of the head.

There are provided a flexible pad (10A) in direct contact with the head of a baby (100), enclosing the head top region and temporal region of the head of the baby (100), an impact absorption pad (20A) at an outer side of the flexible pad (10A), enclosing the head top region and temporal region of the baby (100) likewise the flexible pad (10A), and a fixture pad (30A) having a configuration in which the outer circumferential plane is in accord with the inner circumferential plane of a sidewall (1) so as to fill the gap between the impact absorption pad (20A) and the sidewall (1). By employing this structure, a child equipment that can guard the life and brain of an infant can be provided based on the medical standard of an infant.

A head frame is configured for the head of a medical patient (108) and includes support for a probe and a neck support. The frame wraps around said head, and can be used in the supine position. The support may include a probe holder (116) slidable under the head and to contact or engage the neck support. In some embodiments, conformal shaping to the head and / or neck, the frame's rigid construction, the alignment of the optionally separable holder to the neck support (110), and weight of the head all serve to keep the distal tip of the ultrasound probe in place against the temporal region of the head, without need for attaching the frame to the head as by straps, providing an arrangement robust against patient / vehicle movement in an emergency medical services setting. Head immobilizing walls may be folded away (316) in some versions, retaining probe alignment. In the holder, an optional circular opening with a spherical cross-section allows the probe(s) to be rotated into position, and X-Y-Z positioning too may be provided, all manually or by motor.

This invention concerns a stereoscopic viewing device and a stereoscopic viewing method, and makes it possible to provide a satisfactory stereoscopic image without increasing of the quantity of recorded information and the quantity of transmitted information. According to the invention, the input television signal is classified respectively on the basis of the level distribution pattern for every pixel in the spatio-temporal region whose center is lying on each attentional pixel, and the input television signal is blocked for every pixel in the spatio-temporal region whose center is lying on each attentional pixel respectively so as to generate the pixel data for predictive calculation, and the predictive calculation of the predictive calculating pixel data is processed utilizing the predictive coefficient which is corresponding to the result of classification obtained from the classifying means out of the predictive coefficients of each set which have been previously prepared, so as to generate the video signal for left eye and the image signal for right eye respectively, and then the stereoscopic image is displayed on the basis of the video signal for left eye and the video signal for right eye; in this way a stereoscopic image can be projected on the displaying means such that a flicker is eliminated and a deterioration of the image quality is prevented.

The invention discloses a method for automatically identifying and distinguishing eye fundus images. The method comprises the following steps: obtaining black and white or colored eye fundus image pictures by using eye fundus photographic equipment, and storing the black and white or colored eye fundus image pictures according to a left eye or a right eye; dividing the eye fundus image of the left eye or the right eye into seven regions, which are respectively a first region-optic disk region, a second region-macular region, a third region- macular temporal region, a fourth region- area temporalis superior, a fifth region- area temporalis inferior, a sixth region- superior nasal region and a seventh region- inferior nasal region; and automatically judging that the collected eye fundus image belongs to one of the seven eye fundus regions through the computer graphics according to the optic disk, macular and vascular network information in the eye fundus image. The method disclosed by the invention is used for introducing automatic computer image identification into the processing of the images of the seven eye fundus regions, and extracting feature structures of different eye fundus regions to serve as reference for automatically locating and collecting the eye fundus image, and providing a brand new manner for researchers or film reading doctors to research and read the images of the seven eye fundus regions, so as to greatly improve the film reading efficiency and reduce the error probability.

It is provided a spatio-temporal data management system for managing time series data associated with a spatio-temporal region, comprising: a processor for executing a program; a memory for storing the program; and a storage device for storing the time series data. The processor segments the spatio-temporal region in time and space to generate a plurality of spatio-temporal segments, assigns, in consideration of temporal and spatial proximity of the plurality of spatio-temporal segments, identifiers for uniquely identifying the plurality of spatio-temporal segments, each of the identifiers being expressed with a one-dimensional integer value; and determines an arrangement of the time series data so that pieces of data of spatio-temporal segments that are close in the assigned identifiers are arranged close on the storage device.

The disclosure provides an approach for detecting and localizing action in video. In one embodiment, an action detection application receives training video sequences and associated eye gaze fixation data collected from a sample of human viewers. Using the training video sequences and eye gaze data, the action detection application learns a model which includes a latent regions potential term that measures the compatibility of latent spatio-temporal regions with the model, as well as a context potential term that accounts for contextual information that is not directly produced by the appearance and motion of the actor. The action detection application may train this model in, e.g., the latent structural SVM framework by minimizing a cost function which encodes the cost of an incorrect action label prediction and a mislocalization of the eye gaze. During training and therafter, inferences using the model may be made using an efficient dynamic programming algorithm.

A video hosting web site receives uploaded video content and processes the video to determine ad surfaces. The ad surfaces comprise spatio-temporal regions of the video suitable for placement of advertisement such as background surfaces or other regions of low interest. The uploaded video and ad surfaces are stored to a video database that is accessible to viewers visiting the video hosting web site. When a shared video is requested, the video hosting site provides the requested video content together with the ad surfaces and advertisements. The advertisements are blended with the ad surfaces in the video at playtime so that the advertisements appear as part of the video scene. This allows the video hosting web site to present advertisements to the viewer without significantly distracting the viewer from the requested content.

Disclosed herein are patient-specific craniofacial implants structured for filling bone voids in the cranium as well as for simultaneously providing soft tissue reconstruction and / or augmentation for improved aesthetic symmetry and appearance. Pterional voids or defects generally result from a chromic skull deformity along with a compromised temporalis muscle or soft tissue distortion from previous surgery. When muscle atrophy occurs in the pterion, temporal hollowing generally results where there would be soft tissue but for the atrophy. The patient-specific temporal implants herein are configured to have an augmented region adjacent the temporal region of the cranium in order to account for and correct any such temporal hollowing.

A method for extraction of descriptors from video content, includes the following steps: a Key Frame Extracting step, applying a local descriptors-based approach to select pictures of the incoming video as key frames that are representative of a temporal region of the video which is visually homogeneous; a Content Analysis step, analysing the content of the key frames and classifying image patches of the key frames as interesting or not for the extraction of descriptors; a Descriptors Extracting step, extracting compact descriptors from the selected key frames, and defining a set of surrounding images also on the basis of input received from the Content Analysis step; a Temporal Coding step, multiplexing information about the time points at which said key frames have been extracted in the Key Frame Extracting step with the compact descriptors extracted in the Descriptors Extracting step, obtaining the descriptors.

The invention provides a region-based multi-scale spatial-temporal visual saliency detection method that includes the following steps of: multi-scale video segmentation and spatial saliency entity construction the process of which comprises: firstly executing a time super pixel model in order to divide a video into spatial-temporal regions in various scale levels; extracting the motion informationin each scale level and the characteristics of each frame, creating characteristic mapping, combing the characteristic mapping to generate a spatially salient entity for each scale-level region; thenindividually using an adaptive time window smoothness saliency value for each region, and bringing in time consistency to form a spatial-temporal saliency entity trans frame; and finally, generatinga spatial-temporal saliency map for each frame by fusing multi-scale spatial-temporal saliency entities. The method overcomes the limitation of using a fixed number of reference frames, and introduces a new metric of the adaptive time window, can maintain the time consistency between consecutive frames of each entity in the video and reduce the fluctuation of the target between frames.

A head guard arrangement includes a flexible pad (10A) in direct contact with and enclosing the head top region and temporal region of the head of a baby (100), an impact absorption pad (20A) at an outer side of the flexible pad (10A), enclosing the head top region and temporal region of the baby (100), and a fixture pad (30A) having a configuration with an outer perimeter contour that is in accord with the inner perimeter contour of a sidewall (1) of a child seat or carrier or the like so as to fill the gap between the impact absorption pad (20A) and the sidewall (1). With this structure, the head guard arrangement protects the head and brain of an infant against impact injuries.

A portable wireless device is formed of a lower housing and an upper housing coupled together by a hinged section, which makes the device foldable. A lower circuit board is coupled to an upper circuit board by a flexible cable, which is placed away from a power feeder of an antenna element with a given space and near the hinged section along the width direction of this foldable device. An end of conductive element is shorted to the lower circuit board with a shorting conductor near a connector which couples the flexible cable to the lower circuit board. The foregoing structure allows the portable and foldable wireless device to reduce an amount of energy supposed to be absorbed into a temporal region of a human body while the electric power of the transmitted radio wave is maintained during a phone conversation.

A head-mounted image display device mounted on the head of a user includes an image display section, a left contact section set in contact with a temporal region on the left side, a right contact section set in contact with a temporal region on the right side, a left supporting section provided in the image display section and configured to support the left contact section, and a right supporting section provided in the image display section and configured to support the right contact section. At least one supporting section of the left supporting section and the right supporting section supports an entire target contact section, which is the contact section supported by the at least one supporting section of the left and right contact section, to be movable from a first position to a second position away from the first position in a left-right direction with respect to the head.

A portable wireless device is formed of a lower housing and an upper housing coupled together by a hinged section, which makes the device foldable. A lower circuit board is coupled to an upper circuit board by a flexible cable, which is placed away from a power feeder of an antenna element with a given space and near the hinged section along the width direction of this foldable device. An end of conductive element is shorted to the lower circuit board with a shorting conductor near a connector which couples the flexible cable to the lower circuit board. The foregoing structure allows the portable and foldable wireless device to reduce an amount of energy supposed to be absorbed into a temporal region of a human body while the electric power of the transmitted radio wave is maintained during a phone conversation.

The present invention relates to a device for controlling a music player by using brainwaves and belongs to the biomedicine technical field. The device is characterized in that a head-mounted wireless Bluetooth brainwave acquisition earphone comprises an electrode sensor module, a preprocessing module, an analog / digital conversion module, a pattern recognition module, a power source module, a Bluetooth transmitting module, a headband and a soft protection pad; and a player terminal comprises a Bluetooth receiving module and a music playing module. The head-mounted wireless Bluetooth brainwave acquisition earphone of the device of the invention is simple and clear in shape, is practical and has powerful functions; and a control scheme combining the brainwave energy change signals of the ERD / S of the center of the motor region of the brain and the signal change of the Delta waves of the temporal region of the brain is adopted, so that a user can generate different brainwave signals through corresponding movement imagination and the change of the Delta waves, and therefore, the user can operate a playing device in real time through wanted control instructions. The device of the invention can be widely applied to fields such as entertainment, education and health recovery training fields.

The present invention relates to a head-shape remodelling instrument for infants, which can prevent flattened-head syndrome and plagiocephaly in infants and can also induce a brachycephalic head into becoming a scaphocephalic head. When a head-shape remodelling instrument according to an embodiment of the present invention is employed, there are advantages in that it can induce a brachycephalic head to remodel and to grow into a scaphocephalic head in addition to the prevention and treatment of flattened head syndrome and plagiocephaly since it provides both an outer skin element of a hard material and an inner skin element of a soft material, and the temporal regions and the side surfaces of the occipital area with the exception of the crown of the head come into contact with the said inner skin element and are softly compressed.

In order to provide a child seat having a simple structure and also satisfactorily protecting a child, airbag apparatuses (20) are fixed to the upper parts of corresponding side guards (11), lying close to the temporal region of the head of a child sitting in a child seat (1). Each airbag apparatus (20) includes an airbag (22), a casing (24) for accommodating the airbag, an inflator for inflating the airbag, and a sensor for detecting a car collision. The airbag (22) is accommodated in the casing (24) in a folded state. The inflator performs a gas-expelling operation on the basis of the detection signal from the sensor. The airbag (22) has a size so as to inflate only at the upper part of the side guard (11), that is, only in the vicinity of the temporal region of the head of the child sitting in the child seat (1).

The invention discloses a sow lactation behavior recognition method based on computer vision, which comprises the following steps: 1) collecting overhead video segments of sows and piglets during lactation period; 2) calculating spatio-temporal characteristics such as intensity of move pixel, duty cycle and aggregation degree based on optical flow characteristics, and extracting time serie key frames; 3) using that DeepLab convolution network to segment the sow and the piglet in the key frame, automatically locating the region of inter of the suckling according to the shape matching algorithm,and obtain the spatio-temporal region of interest; 4) a recognition unit is arranged in that spatio-temporal region of interest to extract the motion characteristic of the piglets, including the motion distribution index characteristics of the piglets and the suck motion characteristics of the piglets based on the light flow in the normal direction of the ventral line of the sows; 5) inputting that motion characteristics of the piglet into the SVM classification model to realize automatic recognition of the sow lactation behavior. The invention utilizes the temporal and spatial motion information of the sow and the piglet in the lactation behavior to recognize the sow lactation behavior under the environment of the pig farm, thereby solving the problem that the artificial monitoring of the pig farm is difficult.

Disclosed are a head fixing device, which is applied to an X-ray imaging system having an X-ray generator and an X-ray detector for photographing an image of a head and supports a head of an examinee such that the head of the examinee is maintained at a photographing position in an aligned state, and an X-ray imaging system using the same. Here, the head fixing device supports the occipital region and the temporal region of the examinee, thereby aligning the head of the examinee in the photographing position and maintaining the position of the head. The head fixing device comprises: an occipital region support (occipital support portion) for supporting the back of the head to block movement toward the rear side of the head, and a temporal region support (temporal support portion) for blocking left / right movement of the head, wherein the temporal region support may be provided in the occipital region support or may be separated from the occipital region support. In general radiographic inspection and dental radiographic inspection, the present invention can effectively fix the position of the head and ensure a stable position, thereby minimizing the probability of or preventing the generation of an error during radiography and obtaining an image having a high diagnostic value.

The invention discloses a black smoke vehicle detection method based on a self-organizing background difference model and a multi-feature fusion, which comprises the following steps: detecting a moving object from a video surveillance by using the self-organizing background difference model, and determining a key area; transforming the key region image into YCrCb color space and extracting the color moment feature; transforming the key regions into gray space, and extracting the local ternary mode histogram and edge direction histogram; according to the position of the key region of the current frame, extracting the corresponding regions of several frames from the whole frame sequence, concatenating the same features extracted from all the temporal regions to form the feature vectors of each class, and normalizing the feature vectors of each class to form the final feature vectors; classifying the final eigenvectors by using the pruned radial basis function neural network classifier; identifying the key areas of smoke and further identifying the smoky vehicles. The invention can further improve the identification rate, reduce the false alarm rate, and has good identification effecton smoky vehicles with relatively light black smoke.

The invention provides optical technique for measuring metabolism in a living body that can further reduce an error in measurement even if distance between irradiation and detection is fixed. The living body is classified into measurement regions and different measuring wavelengths are set according to the classification. For example, the head is classified into four regions of a parietal region, a frontal region, a temporal region and an occipital region and a wavelength according to each tissue is set in a wavelength selecting system. In measurement, wavelengths according to each measurement region are selected by multiple wavelengths-light radiating means. Besides, for a region having large personal difference, premeasurement is made using plural combinations of wavelengths and wavelengths are selected using a calculated error in measurement as a criterion.

A transcranial magnetic stimulation coil which is location-specific for frontal lobe regions, occipital lobe regions, parietal lobe regions, right temporal regions and left temporal regions is designed with multiple spaced apart stimulating elements having current flow in a substantially circular direction, and multiple return elements having current flow in substantially the same circular direction.