40results about "Biometric pattern for forensic purpose" patented technology

The present invention relates to a print detection composition comprising nanoparticles having an aerogel metal oxide core covered by a layer of zerovalent noble metal, and optionally, a fluorescent organic dye, wherein the fluorescent organic dye is within an interacting distance of the plasmon resonance field of the layer of zerovalent noble metal. The invention is also directed to surface-enhanced spectroscopic methods for imaging a latent print, particularly a latent fingerprint, by use of the print detection composition.

Systems, methods, and kits are disclosed for collection, labeling and analyzing biological samples containing nucleic acid in conjunction with collecting at least one ridge and valley signature of an individual. Such devices and methods are used in forensic, human identification, access control and screening technologies to rapidly process an individual's identity or determine the identity of an individual.

A system and method for analyzing a forensic sample. A forensic sample is illuminated nondestructively with light of a first wavelength λ₁. A first image of the forensic sample is imaged using light emitted at a second wavelength λ₂, the second wavelength filtered by a multi-conjugate tunable filter. A second image of the forensic sample is imaged using the light emitted from the sample at a third wavelength λ₃, different from λ₂, the third wavelength filtered by a multi-conjugate tunable filter. A calculated image of the forensic image is then created from the first image and the second image. The disclosure also provides for obtaining a processed image by applying a chemometric technique to the calculated image and for identifying the sample as a known forensic material by searching a reference database for a match to either the calculated image or the processed image.

A method for improved forensic analysis using multi-view digital imaging of forensic specimens at a plurality of reflected, scattered, emitted, transmitted or absorbed wavelengths to provide new detailed information to distinguish and differentiate forensic materials and samples.

An ultra-sensitive method for visualizing latent fingerprints using a chemical multiplier to amplify even very faint prints on rough or otherwise difficult surfaces, involving a chemical free radical reaction which produces millions of identifiable molecules from each adsorbed initiator molecule and thereby greatly increases the detection sensitivity. A corresponding fingerprint detection kit may be utilized to carry out such method, in which the kit includes a free radical chain reaction initiator, and a reagent that can react via the free radical chain reaction in the presence of the initiator and form colored, fluorescent, polymeric, IR- or UV-absorbing molecules that are effective for visualization of the fingerprint.

A server analyzes feature information including a whole body and a face of a person reflected in each of video images from a plurality of monitoring cameras and stores a whole body image and a face image as an analysis result. In response to designation of the whole body image and the face image of a person of interest, a client terminal sends a request for execution of each of first collation processing and second collation processing to the server. When a person matching at least one of the whole body image and the face image of the person of interest is specified by at least one of the first collation processing and the second collation processing, the server sends an alarm notification to the client terminal that the person of interest is found to the client terminal.

An apparatus and method for improved forensic detection using multi-view digital imaging of forensic specimens at a plurality of reflected, scattered, emitted, transmitted or absorbed wavelengths to provide new detailed information to distinguish and differentiate forensic materials and samples.

A latent fingerprint applicator apparatus is defined by a sleeve or mitt that is sized to retain the entire hand of a user, the sleeve including a flexible conformable powder application surface that enabling the applicator to be wiped onto a surface of interest to apply powder in order to detect or otherwise identify the presence of latent fingerprints.

The invention relates to the analysis of X-ray images. Also described are devices comprising calibration phantoms, methods of using these devices; methods of formulating a database comprising information about x-ray images; the database itself and methods of manipulating this information and the database.

A digital forensic image verification system according to an embodiment of the present disclosure includes an imaging device having a imaging unit configured to produce an image, a first hash value generator configured to generate a first hash value for the image, and a transmitting unit configured to transmit the image and the first hash value; and an image storage device having a receiving unit configured to receive the image and the first hash value from the imaging device, a second hash value generator configured to generate a second hash value for the image, and a controller configured to compare the first hash value and the second hash value with each other.

Developing compositions are provided herein for use in producing a visibly detectable image of a latent physiological biometric. The developing compositions include a carrier solvent that includes at least one C₃-C₄ hydrofluorocarbon olefin or at least one hydrochlorofluorocarbon olefin.

According to various example embodiments, an electronic device is disclosed. The electronic device includes a housing having a first surface facing a first direction and a second surface facing a second, opposing direction. A first area of the first surface includes a plurality of selectable input keys. A second area of the first surface excludes the plurality of keys. A sensor module, such as a fingerprint sensor, is installed to the first area.

A method of collecting biological material with the help of a mobile terminal, the method including the following steps: acquiring a first image and extracting a first candidate biometric dataset therefrom; comparing the candidate biometric dataset with reference biometric datasets and determining similarity scores; comparing the similarity scores with a first predetermined threshold; and when none of the similarity scores is greater than the first predetermined threshold, proceeding to collect biological material from the first dermatoglyph.