497results about How to "Quick snap" patented technology

Some embodiments of the invention provide a mobile device that captures and produces images with high dynamic ranges. To capture and produce a high dynamic range image, the mobile device of some embodiments includes novel image capture and processing modules. In some embodiments, the mobile device produces a high dynamic range (HDR) image by (1) having its image capture module rapidly capture a succession of images at different image exposure durations, and (2) having its image processing module composite these images to produce the HDR image.

A focus detection device includes an image sensor and a plurality of lenslets. Each of the plurality of lenslets has a distinct conjugate length and is associated with a distinct portion of the image sensor.

A bridge local damage identification method based on an influence line under a structure health monitoring system relates to the field of engineering structure health monitoring. The method comprises the following steps: (1) fast identification of a bridge influence line; (2) construction of influence line damage indexes; and (3) damage identification based on fusion of multi-sensor information. A bridge influence line is identified based on moving vehicles and bridge response monitored in real time by a bridge health monitoring system, the change of the influence line can be captured in a timelier and quicker way, and structure abnormality can be found early. Based on the fact that the damage indexes of the influence line are more sensitive to local damage of long-span bridges and less sensitive to the change in environmental factors, the method is more applicable to detection of local damage of long-span bridges in an operating environment. By combining the multi-sensor information fusion theory and the influence line damage indexes, the anti-noise-interference and damage locating abilities of the damage identification method are improved greatly, and the credibility of damage decision is improved.

The invention relates to a detection method of a scanning electron microscope. The detection method can be used for detecting the defect of a wafer provided with a plurality of chips, and comprises the steps of: importing a file of the wafer with a defect; putting the wafer to be detected on an objective table of the scanning electron microscope; setting a corner of a certain chip arranged on the wafer to be detected as an initial position; correcting the position of the wafer to be detected; obtaining the offset value of the levels of the wafers arranged at the central parts of cavities of two machine types; selecting the chip to be detected, and correcting the coordinate of the corner of the chip in a defect scanning machine according to the offset value of the levels of the wafers; leading the corner of the chip to be moved to the center of the image of a display device in a state of amplifying the image, and obtaining the offset value of the levels of the chips arranged at the central parts of the cavities of the two machine types; obtaining the corrected coordinate of the defect based on the offset value of the levels of the wafers and the offset value of the levels of the chips; and according to the corrected coordinate of the defect, leading the defect to be detected to be positioned under an electron gun of the defect scanning machine, and therefore, the feature of the defect can be rapidly and accurately caught.

An apparatus and method for obtaining a data file representing a natural color three-dimensional image of the surface of a subject are disclosed. The apparatus incorporates a plurality of scanners, each comprising illuminating means and digital camera means, disposed about the subject, and computer means to correlate the images and store the data file. An apparatus and method for producing a natural color three-dimensional model from that data file are also disclosed. The use of rapid prototyping and manufacturing technology for manufacturing a model is disclosed. The present invention is particularly applicable to human subjects.

The present invention is a system and method that captures hand geometry, full-length fingerprints, and/or palm prints from a frontal view of a freely posed hand using contactless photography. A system and method for capturing biometric data of a hand includes the steps of and means for (a) digitally photographing a designated contactless capture area not having any predefined hand-positioning structures or platen for receiving a hand, to obtain a captured image of the capture area that includes a naturally-posed hand; (b) extracting a frontal hand image of the naturally-posed hand by applying an Active Appearance Model (AAM) to the captured image; (c) computing a plurality of hand geometry measurements of the frontal hand image; and (d) comparing the plurality of hand geometry measurements from the frontal hand image to corresponding existing hand geometry measurements, wherein the comparison results in a best match.

An ultrasonic imaging apparatus includes a 3D tomographic image data capturing device which captures 3D tomographic image data from a 3D region inside a subject, a region-of-interest setting device which sets a 3D region of interest corresponding to the 3D region in an image memory, a surface image extracting device which extracts data on a surface image, in the 3D region of interest, of a massive tissue included in the 3D region, a stereoscopic display generating device which generates stereoscopic display data, and a display device which displays the stereoscopic display data. The region-of-interest setting device displays a 2D tomographic image of a 2D region including the massive tissue on the display device, allows setting of a marker indicating a periphery of the massive tissue in the 2D tomographic image, and generates the 3D region of interest according to data on the marker's position.

A portable print reading device includes a high resolution digital camera to which the following additional functions have been added:

• • image centering by tactile or sound information, obtained from the analysis or real time video signals provided by the camera sensor,
  • optical recognition of the characters contained in an image,
  • conversion of recognized text into synthetic speech,
  • conversion of recognized text into Braille,
  • positioning of the reading cursor anywhere inside documents recognized and temporarily stored in the reading device memory: beginning of a page, a paragraph, a line, word search, etc.,
  • processing of raw images provided by the camera to allow the transfer of whole images or selected image parts to a tactile graphic array, to allow blind users to apprehend graphic elements of such an image, and
  • control of the camera functions by electrical signals provided by the recognition of commands spoken by the user.

The embodiment of the present invention discloses a photographing method. The photographing method comprises receiving a first command produced when a user executes a first operation to a mobile terminal; determining if the first operation matches a first preset operation according to the first command; if the first operation matches the first preset operation, electrifying hardware for photographing and preloading camera application resources; receiving a second command produced when the user executes a second operation to the mobile terminal; determining if the second operation matches a second preset operation according to the second command; and if the second operation matches the second preset operation, executing a photographing action. A mobile terminal is also disclosed. With adoption of the photographing method and the mobile terminal, the problems that the start of a camera is slow for a snapshot and the snapshot efficiency is low are solved.

A shooting method in response to a shot release includes

• • the capture (10) of a first image (12), according to a first shooting field, using a camera (13) equipped with a variable focus lens set to a first focal length; the automatic search (20) in the first image of interest zones (16a, 16b), and when at least one interest zone is found; the automatic modification of the focal length to tighten the shooting field around the interest zone; the automatic capture of at least one second image (24a, 24b) according to the tightened shooting field; and the automatic creation of a composite image (32) by combining the first image and the second image.

The present invention relates to a magnetic reagent, a magnetic reagent kit, a method for treating magnetic carriers, and a treatment device therefor, with an object of quickly and efficiently treating magnetic carriers of a micro particle diameter including nanosized magnetic carriers.

The magnetic reagent or magnetic reagent kit includes: a plurality of magnetic carriers which can be magnetized by being exposed to a magnetic field, can be bonded to a predetermined chemical substance or living organism in a liquid, and that have a particle diameter that enables them to be suspended in the liquid; and a plurality of treatment promoting magnetic particles which can be magnetized by being exposed to a magnetic field and thus can have the magnetic carriers adsorbed on the surface thereof, are formed so that they can be moved within the liquid by movement of the liquid or by a magnetic field, and promote a treatment for capturing or re-suspension of the magnetic carriers.

A timekeeping device having a reception unit that captures positioning information satellites orbiting the Earth and receives satellite signals from the captured positioning information satellites; a time correction information generating unit that generates time correction information based on the satellite signals received by the reception unit; a display information correction unit that corrects displayed time information based on the time correction information; a capturable satellite information storage unit that stores capturable satellite information relating to the positioning information satellites that can be captured in the region where the reception unit is located; and a region information input unit for inputting the region information for the location of the reception unit. The reception unit captures the positioning information satellites based on the region information input through the region information input unit and the capturable satellite information.