467results about How to "Quick verification" patented technology

The present invention relates to capital equipment units, such as systems for providing medical treatment, that are associated with smart supplies. The smart supplies are tagged with data carriers which may encode such information as a unique ID for the supply or component, the identification of the supply or component, the identification of the source of the supply or component, the status of whether said supply or component has been previously used, the expiration date of the supply or component, and in the case where the supply or component contains drug, the purity levels of the drug and the concentration levels of the drug. The capital equipment units or their users then utilize the information to assure quality of any procedure run with the units, by way of improved pre-use checks, certification of the supplies for use, record keeping, inventory control, and charge capture.

There is provided a method and system for transportation check-in (e.g., ticketing and identification) via near field communication (NFC) using a handheld electronic device, such as a cellular phone or a personal media player. The handheld device may store and transmit travel reservations and traveler identifications using a travel management application. Various methods may be employed to acquire the reservation and identification information on the handheld device. For example, travel reservations may be made via the management application or may be retrieved from an email, a website, another NFC-enabled device, or a carrier-provided confirmation number. User identification may be acquired by scanning a radio frequency identification tag embedded in a government-issued I.D. In another embodiment, an I.D. number may be entered via the travel management application, and the user's identification information may be downloaded from the issuing authority.

There is provided a method and system for transportation check-in (e.g., ticketing and identification) via near field communication (NFC) using a handheld electronic device, such as a cellular phone or a personal media player. The handheld device may store and transmit travel reservations and traveler identifications using a travel management application. Various methods may be employed to acquire the reservation and identification information on the handheld device. For example, travel reservations may be made via the management application or may be retrieved from an email, a website, another NFC-enabled device, or a carrier-provided confirmation number. User identification may be acquired by scanning a radio frequency identification tag embedded in a government-issued I.D. In another embodiment, an I.D. number may be entered via the travel management application, and the user's identification information may be downloaded from the issuing authority.

An end-user can input a map error report to a map error, directly on the device. The device stores the map error report and can send the report to a remote server for processing. Hence, it is no longer necessary for an end-user to simply report errors to the map vendor over a web link, then wait for that map vendor to verify the error, update its maps and finally supply the end-user with updates—a cycle that can take months and sometimes years to complete.

In order to verify the authenticity of manufactured goods, a smart tag is attached to the goods containing encrypted authentication information, such as a serial number, a description of the good's physical appearance or chemical decomposition, its color, or digital images of the good etc. The encryption procedure comprises public / private key encryption with zero-knowledge protocols. Zero knowledge protocols allow a smart tag to be authenticatable and yet be duplication resistant by allowing the verifying agent to convince him / herself that the smart tag is authentic without revealing its authentication information. The verification procedure can be done using a reader at a point of sale (POS) machine equipped with the appropriate public key and zero-knowledge protocols to decrypt the authentication information. A printed version of the serial number or other authentication information may be placed on the goods in human readable form to quickly verify the information electronically read from the smart tag. With the present invention, only the manufacturer can create such smart tags with the associated data thus making it virtually impossible to pass off a counterfeit good as authentic. In addition to authenticating counterfeit goods, the present invention can be used to detect authentic goods being sold in a parallel market.

The present invention relates to the detection of specific nucleic acid sequences after an amplification process, or directly without amplification. In particular, the invention provides for the automation of the amplification and detection process, the amplification and detection of one or more specific nucleic acid sequences, the use of internal controls, reduced potential for contamination caused by the manual manipulation of reagents, and improved reagent compositions to better control assay performance and provide for further protection against contamination.

The generation and management of decentralized identifiers of an entity. A decentralized identifier of a particular entity is recorded. Then, upon determining that the particular entity is granting a permission to another entity, the permission is signed based on the recorded decentralized identifier. As one example, the permission may be signed by a private key of the decentralized identifier. The permission may be verified upon request by authenticating the signed permission being associated with the recorded decentralized identifier; and authorizing the other entity to act upon the data depending on the authentication. As an example only, the authentication may occur using a public key associated with the recorded decentralized identifier.

The invention discloses a method and system for information verification based on an information identification code. The method includes the steps that according to a locally stored preset strategy, the information identification code is generated, and first identification used for representing the identity of a user and a second identification used for representing generation time of the information identification code are carried in the information identification code; a first terminal initiates a first request according to the information identification code to request that a second terminal verifies the identity of the user to meet a target requirement; the second terminal compares and verifies the first identification and a locally stored preset information verification library to determine the identity of the user; the second terminal compares and verifies the second identification and current time of the second terminal, if a time differential value is within a preset time range, comparison and verification are passed, the second terminal receives the first request initiated by the first terminal, and after a server carries out effective verification, corresponding processing related to the target requirement is carried out.

The invention discloses a quick prototype design method for gas path fault diagnosis for an aeroengine. The quick prototype design method comprises the following steps of: building an adaptive model of the engine; designing a gas path fault diagnosis logic in the full service life of the aeroengine, and implementing abnormal monitoring and gas path performance on-line estimation; and designing a quick prototype design platform for gas path fault diagnosis for the engine, and checking abnormal monitoring and gas path performance on-line estimation functions of the platform. The adaptive model of the engine is built by a compound interference method; an engine on-board adaptive model is used for estimating performance parameters; an engine adaptive base line model is used for monitoring abnormities and performs off-line period updating; and the quick prototype design method is used for checking the engine gas path fault diagnosis logic. The invention also discloses a corresponding quick prototype design platform. The method and the platform are relatively high in capacity of monitoring abnormities and estimating the performance in the overall service life of the engine and have great significance for shortening the development period and reducing the test risk and the test cost.

The invention relates to a system and method for screening submissions in a production contest system. In one embodiment, the method includes receiving a production competition submission from a contestant, automatically screening the submission with a screening system to verify that the submission meets predetermined requirements, and providing feedback to the contestant and a contest administrator regarding the results of whether the submission meets the predetermined requirements.

A container crane includes a movable trolley and a load-carrying frame pendantly connected to the trolley and comprised of a spreader and a head block, for transfer of a container from or to a transport vehicle. Plural optical detectors are mounted on the trolley for identifying longitudinal and transversal edges of the head block or spreader and the transport vehicle. Operatively connected to the detectors is a processing device for determining a spatial position of the edges and calculating a position of longitudinal and transversal center lines of the head block or spreader and the transport vehicle and their spatial positions in relation to one another. In this way a possible offset of the center lines of the head block or spreader with regard to those of the transport vehicle in longitudinal and transversal directions as well as a rotation angle of the center lines can be determined, whereby a detected offset or rotation angle is compensated by displacing the spreader relative to the head block.

A method for assessing the image quality of image data acquires image data, segments the image data into at least one spatial region, obtains a plurality of image quality measures for the at least one spatial region, and forms at least one quality vector that has two or more quality measures for the at least one spatial region. The at least one quality vector is classified into one of a plurality of predefined quality classes.

The invention discloses an under-actuated surface vehicle trajectory tracking control system based on a self-adaptive fuzzy observer. A sensor module collects position and course information y of a surface vehicle and outputs the position and course information y to the self-adaptive fuzzy observer; the self-adaptive fuzzy observer receives output of a controller, obtains position and heading estimation, speed estimation, slow varying disturbance force estimation and unknown nonlinear term estimation (please see the expressions in the specification) and respectively transmits the position and heading estimation, the speed estimation, the slow varying disturbance force estimation and the unknown nonlinear term estimation to a trajectory tracking error generator and the controller; a guide system obtains expected speed and accelerated speed information in a hull coordinate system through calculation and respectively transmits the expected speed and accelerated speed information to the trajectory tracking error generator and the controller; the trajectory tracking error generator obtains error information of all states of trajectory tracking and transmits the error information to the controller; the controller calculates a longitudinal thrust and course changing torque control instruction of the current moment and transmits the control instruction to a thrust system, and the thrust system executes the control instruction. The under-actuated surface vehicle trajectory tracking control system can perform fast tracking under the conditions that only the position and the heading angle are measurable and a model has indeterminacy.

A system and display for providing guidance to elevator passengers generates call data and transmits the call data to the group control systems of one or more elevator banks. The group control systems process the call data to produce group call data and distribute the group call data to an elevator controller of the elevator bank. The guidance system also includes a display device which displays the group call data for one or more group control systems.

The invention provides a continuous data protection method. Data can be recovered to any time point; data mounting in a short time can be realized; and the fast verification, write-in and immediate use of the data are realized. The method comprises the following steps that: initialization synchronization is executed at first; the initial state of production host block equipment is synchronized to a backup host; meanwhile, a data variation capturing module is started for capturing the data variation and transmitting the data variation to the backup host; the data variation is written into a mirrored volume; original data of a data variation address is written into a journal volume; the timestamp, the offset, the length and the storage address are recorded; and the recording of any data variation is realized. The reconfiguration of a virtual volume is used; the actual data access is redirected to the mirrored volume, the journal volume and a write time volume through a virtual volume index block; and the data read-out and the data write-in are realized. The data recovery is realized by using data read-out. Obsolete data can be deleted only through finding and deleting all of the journal volume and journal volume metadata files with the ending timestamp before the time point.

A method and system for highlighting a parameter image representative of a flight parameter of an aircraft to a user in a multi-parameter aircraft instrument display, such as a flat panel display. An electronic instrument display is configured to present parameter images, at least one of which includes a first indicator configured to indicate a specific value (e.g., a target value) for a flight parameter and a second indicator configured to indicate an actual flight parameter value that changes according to variations in the flight parameter. A graphics rendering controller is configured to generate the parameter images and to enlarge a portion of the parameter image when the actual flight parameter value is within a predetermined range from the target value.

Systems and methods of verifying identity through the use of a plurality of identifying devices is provided. The identity information may be acquired electronically from a plurality of identity devices, which may include credit cards, cell phones, or other personal items fitted with wireless communicators such as RFID tags, for example. In various embodiments, the transaction may be approved or denied based on a number of factors, including the number identity devices, the types of identity information provided by the identity devices, and the level of security specified for the requested transaction.

Aspects relate to systems and methods for improving the operation of computer-implemented neural networks. Some aspects relate to training a neural network using a compressed representation of the inputs either through efficient discretization of the inputs, or choice of compression. This approach allows a multiscale approach where the input discretization is adaptively changed during the learning process, or the loss of the compression is changed during the training. Once a network has been trained, the approach allows for efficient predictions and classifications using compressed inputs. One approach can generate a larger more diverse training dataset based on both simulations from physical models, as well as incorporating domain expertise and other available information. One approach can automatically match the documents to the list, while still allowing a user to input information to update and correct the matching process.

The present invention relates to a method for authenticating a transaction using a biometric identifier and a portable data store. The method comprises: generating a first bit pattern of a user's iris from a captured image of the user's iris; accessing a user profile stored on the portable data store, the user profile comprising a pre-stored second bit pattern of an authentic user's iris; comparing the first and second bit patterns; and generating an authentication signal to authenticate the transaction, when the first and second bit patterns are equivalent. In addition, the present invention relates to apparatus for carrying out the present method.

The simulation method includes a step of measuring a predetermined characteristic from a real device by using test equipment that supplies a test signal to a device-under-test (DUT); a step of saving Response Data generated from measurements obtained by measuring in a file; and a step of verifying activities of a test plan program in a simulation system that simulates the test equipment by using the Response Data saved in the file.

The invention relates to an air supply system experiment device for a proton exchange membrane fuel cell for an automobile. The device comprises a filter, a compressor, an intercooler, a heater, a humidifier, a gas and water separator, a fuel cell pile and a control computer. The filter is sequentially connected with the compressor, the intercooler, the humidifier and an air inlet of the fuel cell pile through a pipeline and is connected back to an inlet of the compressor by means of an air outlet of the fuel cell pile sequentially through the humidifier and the gas and water separator, the heater and the intercooler are arranged in parallel, a plurality of electromagnetic valves and induction units are further arranged on the pipeline, and the electromagnetic valves and the induction units are both connected with the computer through a circuit. Compared with the prior art, the device is simple and compact in structure, the electromagnetic valves are combined for use and controlled in a combined mode, various fuel cell pile cooling loop structures are configured, and the purposes of fast matching part parameters of a system and fast verifying a control algorithm are achieved.

The invention relates to the application field of the radio frequency identification technology and provides a physical examination information management system based on radio frequency identification (RFID) and cloud computing. The system comprises medical examinees, examination instruments, a relay server and a cloud server, wherein each of persons to be examined is provided with an RFID tag, and each of examination instruments is provided with an RFID reader. During examination, after the verification of RFID tags by RFID readers is successful, persons to be examined are examined by examination instruments, examination results are read to RFID tags through RFID readers and transmitted to the relay server through the internet by examination instruments, the relay server transmits identification information and examination information to a database of the cloud server through the internet and the identification information and the examination information are shared. By the aid of the RFID technology, the identification of persons to be examined is verified quickly. By the aid of the relay server, the examination data can be collected in real time. By the aid of the cloud computing technology, the information is shared and the management of users is facilitated.

The invention discloses a semi-physical real-time simulation platform for a wind generating set and belongs to the technical field of clean energy. The simulation platform is mainly composed of an upper computer monitoring interface, a wind generating set simulation system, a controller simulation system, a current transformer controller and a variable pitch system. An upper computer is respectively connected with the wind generating set simulation system and the controller simulation system through Ethernet. The simulation platform can quickly develop and verify a control algorithm, can simulate operation characteristics of a real wind generating set, enables a controller to carry out comprehensive loop test before true machine set test, saves test cost, improves operation safety, can control the output power of a fan, stabilizes power grid fluctuation and provides a basic research platform for optimal operation of a wind power plant.

A container crane includes a movable trolley and a load-carrying frame pendantly connected to the trolley and comprised of a spreader and a head block, for transfer of a container from or to a transport vehicle. Plural optical detectors are mounted on the trolley for identifying longitudinal and transversal edges of the head block or spreader and the transport vehicle. Operatively connected to the detectors is a processing device for determining a spatial position of the edges and calculating a position of longitudinal and transversal center lines of the head block or spreader and the transport vehicle and their spatial positions in relation to one another. In this way a possible offset of the center lines of the head block or spreader with regard to those of the transport vehicle in longitudinal and transversal directions as well as a rotation angle of the center lines can be determined, whereby a detected offset or rotation angle is compensated by displacing the spreader relative to the head block.

A design verification system for developing electronic systems and methods for manufacturing and using same. The design verification system comprises a plurality of system elements, including at least one physical (or hardware) element and / or at least one virtual (or software) element, which are coupled, and configured to communicate, via a general communication system. Since the system elements may be provided on dissimilar development platforms, each system element is coupled with the communication system via a co-verification interface, which is provided as a layered protocol stack to assure portability and flexibility. Through use of the co-verification interface, the design verification system can be configured to support a wide variety of mixed physical / virtual systems.

In vapor compression refrigeration systems a mechanism and method are provided for protecting a compressor from failures related to lack of superheat, loss of lubricating oil and other system malfunctions. Also provided is a mean of monitoring system conditions and providing service personnel with a quick manner of diagnosing problems.