38results about How to "Precision testing" patented technology

An automatic technique for generating signatures for malicious network traffic performs a cluster analysis of known malicious traffic to create a signature in the form of a state machine. The cluster analysis may operate on semantically tagged data collected by connection or session and normalized to eliminate protocol specific features. The signature extractor may generalize the finite-state machine signatures to match network traffic not previously observed.

In some embodiments, DNA-capped nanoparticles are used to define a degree of crystalline order in assemblies thereof. In some embodiments, thermodynamically reversible and stable body-centered cubic (bcc) structures, with particles occupying <˜10% of the unit cell, are formed. Designs and pathways amenable to the crystallization of particle assemblies are identified. In some embodiments, a plasmonic crystal is provided. In some aspects, a method for controlling the properties of particle assemblages is provided. In some embodiments a catalyst is formed from nanoparticles linked by nucleic acid sequences and forming an open crystal structure with catalytically active agents attached to the crystal on its surface or in interstices.

The reflectance distribution curve modeling method of the present invention is for modeling a reflectance distribution of a thin film layer according to a change in the wavelength of light with respect to a thin film layer having a uniform thickness, and comprises: a reflectance distribution curve preparation step whereby a reflectance distribution curve is prepared to represent reflectance distribution of the thin film layer according to a change in wavelength of light; an input intensity setting step whereby an intensity distribution curve is prepared to represent intensity of light in a certain wavelength band around a specific wavelength for which white light was band-passed, and then the intensity distribution curve is integrated within the wavelength band to set as an input intensity of the specific wavelength; an output intensity setting step whereby a combined intensity distribution curve of the reflectance and intensity distribution curves is integrated within the wavelength band to set an output intensity of the specific wavelength; an integrated reflectance setting step whereby a value obtained by dividing the output intensity of the specific wavelength by the input intensity of the specific wavelength is set as an integration reflectance of the thin film layer for the specific wavelength; and an integration reflectance distribution curve generating step whereby an integration reflectance distribution curve for reflecting the integration reflectance distribution according to a change in wavelength is generated by repeating the input intensity setting step, the output intensity setting step and the integration reflectance setting step, while changing the specific wavelength.

The invention relates to a nanometer magnetic particle chemiluminescent assay kit for a cancer antigen CA15-3, and a preparation method and a detection method thereof. The kit comprises a solution containing a fluorescein-mark labeled cancer antigen CA15-3 antibody, suspension of fluorescein antibody coated magnetic particles and a solution containing an alkaline phosphatase labeled cancer antigen CA15-3 antibody, wherein the alkaline phosphatase labeled cancer antigen CA15-3 antibody is formed by connecting alkaline phosphatase and the cancer antigen CA15-3 antibody through a crosslinking agent SMCC and 2-IT. According to the invention, the cancer antigen CA15-3 can be quantitatively detected with low cost, high accuracy degree and high precision degree.

The invention discloses an optical and thermal infrared multi-stage imaging detection method and device for defects of a transparent component, and the method comprises the following steps: carrying out the optical imaging of a 3C transparent component, obtaining an optical image, and preliminarily judging the position and size of the defects of the 3C transparent component; using nitrogen to heatthe defect position of the 3C transparent component, carrying out thermal infrared imaging, and obtaining a thermal infrared image; and fusing the optical image and the thermal infrared image, and then recognizing the defect type of the 3C transparent component through deep learning. The device comprises an optical detection module, a thermal infrared detection module, a motion control module, adata fusion module, a deep learning module, an auxiliary manipulator and a display alarm module which are in communication connection with one another through a bus. Through optical imaging and thermal infrared ultrasonic imaging, multi-physical-quantity and multi-stage detection is carried out on a defective product, and then optical and infrared multi-source information fusion is completed through the convolutional neural network, so that the identification rate of defect detection of the 3C transparent component is improved.

The invention relates to a nano magnetic particle chemiluminiscence determining kit for promoting hormone generation by follicles and preparation and detection method thereof. The kit comprises a first reagent which comprises a follicle-stimulating hormone antibody solution containing fluorescein isothiocyanate, a second reagent which comprises a follicle-stimulating hormone antibody solution containing an alkaline phosphatase mark, and a magnetic separation reagent which comprises a magnetic particle suspension coated by a fluorescein isothiocyanate antibody. The invention further discloses a preparation method of the kit and a detection method for detecting generated hormones by promoting the follicles by using the kit. Compared with the prior art, the kit is better in accuracy, higher in precision and higher in sensitivity, and samples to be tested are not needed to be pre-diluted, so that the kit is simple and time-saving to operate, wide in detection range and low in cost.

The invention relates to a nanometer magnetic particle chemiluminescence detection kit for a carbohydrate antigen CA19-9 as well as a preparation method thereof and a detecting method thereof. The kit comprises a solution, which contains a fluorescein labeled carbohydrate related antigen CA19-9, a suspension, which is coated with a fluorescein antibody, and a solution, which contains an alkaline phosphatase labeled carbohydrate related antigen CA19-9 antibody, wherein the alkaline phosphatase labeled carbohydrate related antigen CA19-9 antibody is obtained by connecting an alkaline phosphatase and the carbohydrate related antigen CA19-9 antibody through cross-linking agents SMCC and 2-IT. According to the invention, the carbohydrate related antigen CA19-9 can be quantitatively detected with lower cost, higher accuracy and higher precision.

The present invention relates to an apparatus and a method for performing power calibration in a wireless power transmission system. The present specification provides a wireless power transmission apparatus comprising: a power conversion unit configured to transmit, in a power transfer phase, wireless power generated on the basis of magnetic coupling to a wireless power receiving device; and a communication/control unit configured to perform an initial calibration for a power parameter prior to the power transfer phase, receive a first received power packet from the wireless power receiving device indicating the power received by the wireless power receiving device during the power transfer phase, and detect foreign matter by using the received power and a first power loss determined on the basis of the initial calibration. It is possible to adaptively respond to a newly changed wireless charging environment to calibrate transmission power and reception power, and it is possible to detect foreign matter more precisely by detecting a power loss on the basis of the calibrated transmission and reception power.

The invention discloses a displacement adjusting device which comprises a support, a guiding component, a micro-adjusting component, a micro-displacement meter and a driving component. Specifically, the guiding component is arranged on the support, the micro-adjusting component is arranged on the guiding component in a movable mode in a first straight line direction and a second straight line direction, the micro-displacement meter is movably arranged on the micro-adjusting component in a movable mode in a third straight line direction, wherein the first straight line direction, the second straight line direction and the third straight line direction are perpendicular to one another, the driving component is used for driving the micro-adjusting component to move, and the micro-adjusting component is respectively connected with the guiding component and the micro-adjusting component. The displacement adjusting device can be used for detecting the micro displacement of each actuating point of a deforming mirror quickly, efficiently and accurately, and accordingly high stress adjusting accuracy is achieved.

The invention relates to a kit for detecting nano magnetic particle chemiluminescence of hormothyrin and a preparation method and a detection method thereof. The kit comprises a hormothyrin antibody solution containing a fluorescein mark, a magnetic particle suspension liquid coated by a magnetic particle antibody, and a hormothyrin antibody solution containing an alkaline phosphatase mark. According to the invention, hormothyrin can be quantitively detected with lower cost and higher accuracy and precision.

A detecting board (22) is provided with a wiring board (24), a semiconductor detecting element (25) firmly fixed on the upper plane of the wiring board (24) for detecting radiation and a spacer (28) firmly fixed on the upper plane of the wiring board (24), and a plurality of detecting boards are stacked and fixed. On each of the detecting boards (22), the semiconductor detecting element (25) and the spacer (28) are arranged to have a prescribed positional relationship. Furthermore, the detecting boards (22) are stacked by being aligned by the spacers (28) on an X-Y plane, and are fixed by fixing members (23a, 23b). The spacer (28) is provided with a step section (28e) so that the lower plane of the wiring board (24) is not brought into contact with the spacer (28) under the lower plane, and in the vertical direction, the spacers (28) are positioned by being brought into contact with each other.

The invention relates to a method for recognizing a bouncing motion of a pedal (24), comprising recognizing a restoration of the pedal (24) into an idle position (18) and detecting the occurrence of the bouncing motion of the pedal (24) following the restoration of the pedal (24) on the basis of a second time derivative (36) of the pedal position (16) during the restoration of the pedal (24).