60results about How to "Easy and fast identification" patented technology

A method of predicting weather-exacerbated threats, said method comprising inputting localized weather measurement data into a weather threat prediction system; predicting future localized weather conditions based on said localized weather measurement data combined with modeling from National Weather Service Data; inputting natural environment and infrastructure data into said weather threat prediction system; correlating said infrastructure data with said predicted future localized weather conditions; and determining a threat level index over a region, a threat level indicating an area having a certain probabilistic likelihood of being harmed by said future weather conditions.

A method of predicting weather-exacerbated threats, said method comprising inputting localized weather measurement data into a weather threat prediction system; predicting future localized weather conditions based on said localized weather measurement data combined with modeling from National Weather Service Data; inputting natural environment and infrastructure data into said weather threat prediction system; correlating said infrastructure data with said predicted future localized weather conditions; and determining a threat level index over a region, a threat level indicating an area having a certain probabilistic likelihood of being harmed by said future weather conditions.

Systems, methods, and related computer program products for non-invasive NIR spectrophotometric (NIRS) monitoring of total blood hemoglobin levels and/or other blood constituent levels based on a hybrid combination of phase modulation spectrophotometry (PMS) and continuous wave spectrophotometry (CWS) are described. PMS-based measurements including both amplitude and phase information used in the determination of a non-pulsatile component of an absorption property for each of at least three distinct wavelengths are processed to compute PMS-derived intermediate information at least partially representative of a scattering characteristic. CWS-based measurements including amplitude information is processed in conjunction with the PMS-derived intermediate information to compute a pulsatile component of the absorption property. A metric representative of at least one chromophore level, such as the total blood hemoglobin level, is computed from the pulsatile component of the absorption property at the at least three wavelengths and displayed on an output display.

Certain embodiments of the present invention provide a system and method for displaying a set of data with a virtually dissected anatomical structure. In an embodiment, the anatomical structure is a colon and various attributes of the colonic lumen are assigned a color. In an embodiment, a virtual dissection of the colon is created by mapping a three-dimensional data set to a two dimensional data set. A plurality of display index values are computed which correspond to the three-dimensional data set. Various colors are assigned to specific display index values. The three-dimensional display index values are mapped to a two-dimensional set of display index values. As directed by a user, various color cues may be displayed with the virtually dissected lumen to provide color highlights to various aspects of the colon, such as highlighting shape, fluid, or fecal presence.

The invention discloses a product recall warning system based on two-dimension codes. The product recall warning system comprises a data management module, a label management module interacting data with the data management module through an internet, a circulation management module, a mobile inquiring terminal, an intelligent pre-warning module and a recall management module. The invention further discloses a product recall warning method based on the two-dimension codes, and the method is characterized in that the unique two-dimension code identity identification label of each product is managed by the label management module, circulation is managed by the circulation management module, the terminal is managed by the mobile inquiring terminal, intelligent pre-warning management is performed to product defects by the intelligent pre-warning module, and product recall management is performed by the recall management module. According to the product recall warning system and the product recall warning method, the user's feedback positivity can be improved, thereby effectively regulating and guiding the user to completely achieve the product's using feedback, effectively performing intelligent pre-warning to a production enterprise, and ensuring that defective products are precisely recalled by the production enterprise.

The invention relates to a method for the diagnostic testing of a mobile telephone terminal (10) including: a UICC card (13) containing a stored test application, and a contactless communication module (12) which can exchange data with a contactless unit (20) by retromodulation of a signal transmitted by the unit, said method comprising a test operation whereby the unit: emits a test application selection request; detects a response indicating application selection confirmation or failure, transmitted by the mobile telephone terminal; and determines the operating state of the UICC card or of the terminal as a function of the response detected.

A measuring system and method are provided for defect identification and location. The system an optical measurement device adapted to view a workpiece along an optical path, and an optical indicia device located in the optical path between the workpiece and the measurement device, which is adapted to provide location information to the system or a user. The location information can be used to correlate defect locations identified in a wafer before and after a process step, as well as between two different wafers. The optical indicia device may further allow the use of field comparison techniques in identifying and locating defects in a blank or unpatterned workpiece. The indicia device may comprise, for example, a transparent member having a grid or other optical indicia patterned thereon, allowing inspection of the workpiece with reference to the optical indicia pattern.

A testing device for identifying an antigen or antibody within a biofluid sample including: a substrate having a hydrophilic surface thereon; the surface including a collection zone, and at least one detection zone extending therefrom; wherein the biofluid sample can be mixed with a specific antigen or antibody, and deposited on the collection zone and transferred by capillary action to the detection zone; the antigen or antibody in the biofluid sample reacting with an appropriate said antibody or antigen thereby resulting in a visual indication within the detection zone.

The embodiment of the invention provides a container environment updating method and device, equipment and a storage medium, and the method comprises the steps: obtaining a mirror image file of a container environment and a version file of a current online environment; respectively analyzing the mirror image file and the version file to correspondingly obtain first attribute information of the container environment and second attribute information of the current online environment; performing difference comparison on the first attribute information and the second attribute information to obtain a comparison result; and updating the container environment according to the comparison result. According to the method and the device, an environment user or a developer can conveniently and quickly identify the difference point of the function module and the configuration file in the container environment, so that the container environment is updated and upgraded in a targeted manner.

The invention relates to a mobile-phone storage box with storage indications. The mobile-phone storage box comprises a box body, a pressure sensor, a microprocessor, a mobile-phone storage indicating lamp and a charger, wherein the box body is made of non-transparent materials; the pressure sensor is placed at the center of the bottom part of the storage box and detects whether a mobile phone is stored by pressure; the microprocessor is used for detecting input signals of the pressure sensor and changing the color of light emitted by the storage indicating lamp; the mobile-phone storage indicating lamp represents whether the mobile phone is stored by different light-emitting colors; and the charger is provided with a charging interface for charging the mobile phone. The mobile-phone storage box has the mobile-phone storage and charging functions; the non-transparent box body can prevent a person from dispersing the attention due to the mobile phone, and meanwhile, the storage indicating lamp provides a method which brings convenience and fastness for checking whether a person stores the mobile phone in the box, a manager is convenient to recognize whether the person stores the mobile phone quickly and the person is supervised to store the mobile phone so as to focus the attention, so that the working efficiency and the learning efficiency are improved.

The present invention provides a bacteria detection device, bacteria detection method and bacteria detection kit enabling rapid and accurate determination of bacteria present in a test sample, and particularly spore-forming, aerobic bacteria, with a simple procedure. The bacteria detection device according to the present invention is a microarray type of device in which an oligonucleotide, which is based on a nucleotide sequence specific to a genus or species to which a target spore-forming, aerobic bacteria belongs, is immobilized on a substrate. Spore-forming, aerobic bacteria present in a test sample can be easily, rapidly and accurately detected and identified based on the presence or absence of successful hybridization between a probe prepared from the test sample and the oligonucleotide immobilized on the substrate.

The invention relates to an anti-forgery code label and an anti-forgery system. The anti-forgery code label comprises a base layer and an anti-forgery code printed on the base layer, wherein the anti-forgery code comprises a standard code and an interference code; the standard code and the interference code are shown as a whole under visible light; and the interference code generates visible fluorescent light under irradiation of an excitation light source. The authenticity of the anti-forgery code label is conveniently identified, and the anti-forgery code label is low in cost.

For a wheel-related monitoring of the air pressure according to the invention, a tire pressure monitoring system is provided for a vehicle which in each case comprises an air pressure sensor, one for each vehicle wheel, which is connected to a control unit with an optical and/or acoustic output unit, wherein the air pressure sensor is associated with the respective vehicle wheel in such a way that a measuring value produced by the air pressure sensor together with a wheel-related coding (C) is transmitted to the control unit.

Embodiments of the invention provide techniques for increasing the efficiency and effectiveness with which entities or entities may be compared and contrasted across one or more dimensions. Some embodiments present on a user interface (UI) a small, visually navigable collection of entities, from which the user may select a “focus” entity that may then be compared with other entities of interest. The UI may employ a visual organization scheme that organizes information on entities according to one or more dimensions, which may be predefined and/or configurable. Embodiments may facilitate rapid cognition of the manner in which information is presented and organized, and enable a user to quickly and easily discern dissimilarities and/or similarities between the focus entity and one or more other selected entities.

An online shopping system and method in which an order unit selects from a shopping platform system the commodity to purchase and provides a receiver unit data, and then the shopping platform system uses the personal financial data of the order unit to apply to a payment unit for a billing-recognition payment data and finds out a membership corresponding code subject to the membership code of the membership card provided by the receiver unit so that a delivery unit can use a data reader to read the membership code and matching the membership code with the membership corresponding code and then handle the commodity to the receiver unit when matched, and at the same time, the deliver unit provides a confirmed signal to the shopping platform system to claim the payment unit to pay the money.

The invention discloses a logging-information-based complex lithology identification method and system. The method comprises the following steps that a plurality of logging characteristic values of template lithology are determined according to core data and logging information, and a minimum value and a maximum value of each logging characteristic value of the template lithology are further determined; normalization is carried out on the minimum value and the maximum value of each logging characteristic value of the template lithology to obtain the normalized minimum values and maximum valuesof the logging characteristic values of the template lithology, and the normalized template lithology logging characteristic value minimum value and maximum value characteristic graphs are drawn in the same plate, and a lithology identification plate is obtained; and a normalized unknown lithology logging characteristic value is projected onto the lithology identification plate, and lithology isidentified. According to the method, the logging information and the core data are used for determining the logging response characteristic value range of the lithology, then the identification plateis drawn, the lithology is identified, logging information is applied, the method is simple and fast and convenient, and the economic benefit of exploration and development is greatly improved.

The invention relates to a rod body identification system based on vehicle auxiliary driving. A collection module directly performs data collection on a shifting level of the vehicle, and outputs the collected inertial navigation signal to a communication module which transmits the inertial navigation signal to a processing module; the processing module performs data analysis on the inertial navigation signal and determines the index of the exercise amount of an indication rode body in the inertial navigation signal; the control module determines whether the shifting level moves according to the exercise amount of the indication rod amount. In the determination process, the rod body identification system does not need the CAN bus data of the vehicle, does not have the technical requirement for user installation and usage, and enables the rod identification to be simple and convenient, and the data collection process is simple.

The invention discloses a BIM (Building Information Modeling) three-dimensional modeling calculation and super-heavy beam identification method, which comprises the following steps of: determining a load combination and a subitem coefficient according to a specification and a standard to obtain a concentrated line load calculation formula; according to a concentrated line load calculation formula, performing assignment on any beam model by utilizing Revit software, and loading the assigned beam model into a project model for data coverage, so that all frame beams in the project model have concentrated line load attributes; after assignment is completed, a super-heavy beam filter being added to the view, the filtering condition being that the concentrated linear load is larger than or equal to 20 kN/m, pattern filling being conducted on the super-heavy beam filter, and super-heavy beam recognition being conducted; and in Revit software, adding a super-heavy beam filter to the view of each layer of planar graph, distinguishing colors, adding beam marks in annotations, deleting marks of non-super-heavy beams, and exporting a two-dimensional drawing. The problems that the error rate of an existing quantity calculation mode is high, the speed of a measurement and calculation method is low, and much manpower is needed can be solved.

Embodiments of computer systems for visualizing information and data from samples, such as nucleic acids, proteins, or other bio-polymers, are disclosed. One embodiment of a method comprises displaying first and second display areas on a display, displaying an axis dividing the first display area into first and second sub-areas, and displaying first and second axes, wherein the axes are substantially perpendicular to each other. The method further comprises displaying a plurality of bar graphs in the first display area, wherein a length of each bar graph in the first sub-area corresponds to the scalar data information of a first biological sample, and a length of each bar graph in the second sub-area corresponds to the scalar data information of a second biological sample; displaying, in the second display area, a plurality of markers, wherein each marker is related to one of the bar graphs.

A personnel restraint seat belt having an elongated flexible web with a front surface, a rear surface, and two side edges. A distinguishing feature, such as a raised bump, color strip, or edge cut outs are provided adjacent at least one of the side edges of the web. The distinguishing feature allows for rapid identification of the restraint seat belt during emergency situations.