291results about How to "Accurate confirmation" patented technology

A system and method for tracking supplies, particularly medical supplies, and specifically individual medical items, to the end of the product lifecycle to the point of utilizes. RFID tag technology is utilized. This has the advantage of enabling a system that requires less or no active intervention by the medical services delivery staff, such as nurses and doctors. Nonetheless, the system is applicable to other stand-off identification systems including taggant-based systems. The system provides for the monitoring of items, such as medical items, between the distribution center, facility stock rooms and inventory cabinets, and the procedure rooms in which the items are put into use. In one example, system and method associate stand-off, such as RFID, readers with waste-disposal or refuse containers and/or readers located near the point of usage, such as in or associated with the procedure rooms in order to monitor the endpoint of the product lifecycle. Thus, the knowledge of medical item disposal or disposal of the medical item's packaging is combined with one or more prior detections of the medical item, e.g., at acquisition and when moved to a different location such as storage, to generate a usage history for the item. In all or more cases, this knowledge is acquired with out human intervention by judicious location of readers at the distribution center and/or medical facility.

A location visit detail service, typically provided by a wireless carrier to a subscriber, includes a portable wireless device, a location identification means and a central processor. The central processor periodically receives location data generated by the location identification means. The central processor data transforms the location data into time and position data pairs that identify the location of the portable wireless device at a particular time. Through a geographic information system database, the position data is converted to street address data. The details data is provided by the wireless carrier to the subscriber, which can use the details data to provide a summary report describing the activity of the service person. This summary report can be used for preparation of bills or for gathering statistics on (individual or group) service person efficiency. Alternatively, the wireless carrier can prepare the report that is then transmitted to the subscriber.

An in-vehicle apparatus includes an image-capturing part that is installed on a vehicle and captures an image of a periphery of the vehicle, an image generator that generates a bird's-eye image including the vehicle and the periphery of the vehicle viewed from a virtual viewpoint based on the image captured by the image-capturing part, and a transmitter that transmits the bird's-eye image to a terminal. The image generator changes the virtual viewpoint based on a change request from the terminal and generates the bird's-eye image viewed from the virtual viewpoint after changing the virtual viewpoint.

A navigation device stores road data that includes positions of toll roads where payback of a part of a toll is provided based on a used distance of each of the toll roads. The navigation device computes a traveled distance of the relevant toll road to thereby compute the used distance of the toll road based on the computed traveled distance. Thus, the used distance of a toll road can be accurately computed, even when a vehicle travels a loop line within the toll road by multiple circles. Information that relates to the payback and includes the used distance of the toll road is then transmitted to a center to thereby receive a partial payback of the toll.

A location visit confirmation service includes a portable wireless device, a schedule of predetermined sites, a location identification means and a central processor. The central processor periodically receives position data generated by the location identification means identifying the location of the portable wireless device. The central processor compares this position data to the schedule of predetermined sites. Using a threshold based on distance, or distance and time, it is determined whether a service person completed a visit to one of the sites in the schedule. At the end of the site visit confirmation evaluation period, a summary report is generated that confirms those scheduled site visits that were completed. The summary report is provided by the wireless carrier to the subscriber.

The invention discloses an activation method and system of a payment account. The activation method of the payment account comprises the steps that based on operation information of a user, terminal equipment submits a binding request to a cloud server; wherein the binding request carries identification information, the payment account and authentication information of the user, bank account and codes corresponding to the payment account, and identification data of the terminal equipment; after the binding request is received, the cloud server calls a binding interface, and the binding request is submitted to a payment server; the payment server conducts authentication on the binding request, after the authentication is passed, binding relations between the payment account and the bank account, and between the identification data of the terminal equipment are built, and a binding result is returned to the cloud server; and the cloud server returns the binding result to the terminal equipment so as to complete activation of the payment account. The activation method can ensure that the payment account can be rapidly, conveniently and safety activated.

A board-to-board connector is disclosed. The board-to-board connector comprises a first connector having a first terminal and a first housing provided with a recessed part, a second connector having a second terminal that contacts the first terminal and a second housing provided with a raised part that inserts into the recessed part, and a switch that electrically detects the fit completion of the first connector and the second connector.

The embodiment of the invention provides a method for confirming junk information as well as a device and a terminal therefor. The method comprises: acquiring verification feature information of the received information; matching the verification feature information with the preset junk feature information in terms of similarity; and confirming the information as junk information if the similarity between the verification feature information and the junk feature information is no less than a preset threshold. The method for confirming junk information as well as the device and the terminal therefor provided by the embodiment of the invention acquire the verification feature information of the received information and match the verification feature information with the preset junk feature information in terms of similarity so as to confirm whether the information is junk information by the similarity matching result, thus comparatively accurately confirming the junk information.

A street lamp for providing the safe driving information comprises: a main lighting portion for lighting a road; a vehicle reception portion for receiving an accident or malfunction occurrence signal from a vehicle in an accident or which is malfunctioning; a control portion for generating accident or malfunction recognition signals that can be distinguished, in accordance with the reception of the accident or malfunction occurrence signal; and a vehicle transmitting portion for selectively transmitting the accident or malfunction occurrence signal to vehicles in front and behind the location of the accident or the malfunction.

The invention discloses a multi-point touch identification method for an infrared touch screen, which comprises the steps of determining a rectangular plane coordinate system by taking one corner of the touch screen as the origin of coordinates; scanning the infrared germinate transistors on the screen in the X axis and Y axis directions of the rectangular coordinate system, forming orthogonal light paths according to the shield signals of touch points, and primarily determining the touch point by the crossing point of the orthogonal light paths; performing oblique axis light path scanning in the X or Y axis, and calculating the linear distance between the lowering points, wherein crossing lines are formed by the oblique axis light path at the crossing point of the orthogonal light paths in the X or Y axis and the lowering points are formed by the crossing lines at an infrared receiving tube; and determining the position of the real touch point according to the crossing point of the orthogonal light paths and the linear distance between the lowering points. The multi-point touch identification method for the infrared touch screen has the advantages of accurately determining the real touch point by scanning the primarily determined point by an oblique axis light path scanning mode, and being fast in computing speed without causing errors due to the abnormity of a certain LED (light emitting diode) on the touch screen.

An information processing apparatus of the present invention includes an acquisition unit configured to acquire a predetermined image and an image after correction which corrected an anomalous pixel of the predetermined image, and a display control unit configured to display an image expanding a partial region of the predetermined image including the anomalous pixel and a pixel used for correcting the anomalous pixel, and the image after correction.

The invention discloses a method, device and system for monitoring the garbage classified throwing, which are used for solving the technical problems of low working efficiency of the garbage classified throwing monitoring and large workload of the workers in the prior art. The method comprises the following steps of acquiring a monitoring video recording a garbage classification throwing scene ofa garbage thrower; according to the monitoring video, judging whether the garbage thrower puts garbage into the garbage can or not, and if so, obtaining a monitoring video clip recording a scene thatthe garbage thrower puts the garbage into the garbage can; according to the monitoring video clip, determining the first information indicating whether the garbage thrower throws the garbage correctlyand the second information indicating whether the garbage can is full of garbage; sending the monitoring video clip, the first information and the second information to the set monitoring personnel;and according to the obtained feedback information of the monitoring personnel for the first information and the second information, determining whether the garbage thrower correctly throws the garbage and whether the garbage can is full of garbage.

The invention discloses a locating model generation method, a method for performing skeleton locating on a spinal sagittal image, and a computing device used for executing the methods. The locating model generation method comprises the steps of obtaining the tagged spinal sagittal image to serve as a training image, wherein the training image has corresponding tagged data; inputting the training sample to a pre-trained locating model for performing processing, wherein the locating model comprises a convolution processing layer, a classification processing layer and a regression processing layer, the convolution processing layer performs convolution, activation and pooling processing on the input image to output at least one located skeleton, and the classification processing layer and theregression processing layer perform classification processing and regression processing on the located skeleton respectively to output a probability of predicting that the skeleton belongs to sacrum and a predicted position of the skeleton; and according to the tagged data, performing model training on the pre-trained locating model to obtain a trained locating model.

An apparatus and a method for handover in a wireless communication system are provided. The handover method includes, when handing over to another Base Station (BS) while being serviced by a serving BS, determining whether there exists data to transmit in an uplink, and, when the data to transmit in the uplink exists, requesting bandwidth from the serving BS before commencing a network re-entry to a target BS for the handover.

The invention discloses an elevator running safety monitoring method. The elevator running safety monitoring method comprises the following steps of: acquiring the running data of an elevator and shotimages and voice information inside an elevator car when a passenger takes the elevator; judging whether the elevator has abnormal events or not according to the running data, the shot images and thevoice information; and classifying the levels of the abnormal events and acquiring preset abnormity treatment strategies corresponding to the levels if the abnormal events exist. The invention further discloses elevator running safety monitoring equipment and a readable storage medium. The method and the equipment disclosed by the invention can implement real-time monitoring and protection for the passenger by combining the running of the elevator with the environment of the elevator car, and thus the safety and the reliability for the passenger to take the elevator are improved.

The invention discloses a self-service charging terminal based on distributed bookkeeping. The terminal comprises a data center server, an automatic charging terminal chip, a metering chip, a mobile phone and a networked charging system. An output end of the data center server is electrically connected with a distributed ledger system. Interaction between the distributed ledger system and the automatic charging terminal chip is realized through a router. The automatic charging terminal chip pre-sets a signature of a user and a contract creation mechanism. The self-service charging terminal based on distributed bookkeeping is capable of rapidly and accurately authenticating an identity of the user and confirming payment information of the user. Therefore, a charging process is automated andself-service. The level of automation of the self-service charging terminal is greatly improved so that the user can pay for his bill more quickly and conveniently. Additionally, the self-service charging terminal can precisely charge in an automated manner. The safety degree is high.

Disclosed herein is an apparatus for controlling a position of a display in a wearable device, including: a display module having the display movably mounted therein; and a movement compensating unit controlling a position of the display depending on movement of a user. Therefore, a smooth image compensation effect may be obtained, the user may accurately confirm contents displayed on the display, a focus of a line of sight of the user viewing the display may be fixed to one place, and fatigue of the user may be decreased to expand a use environment of the wearable device.

A skin optical diagnosing apparatus and operating method thereof are disclosed. The skin optical diagnosing apparatus includes a positioning module, an optical sensing module, a processing module, and a display module. The skin optical diagnosing apparatus uses the positioning module to select a target region on a sample, and then the optical sensing module performs an optical sensing on the target region to obtain an optical information data related to the target region. The processing module is used for processing the optical information data to generate an optical diagnosed result. The display module is used for displaying the optical diagnosed result.

An apparatus is provided to control a lighting angel of headlights installed in a vehicle. In the apparatus, a curve of the road is calculated and the radius of the curve is obtained, based on the current position and the road information. The curve is located ahead of the vehicle. A distance from the current position to a starting point of the curve is calculated based on the current position and the road information. Determination is made as to whether or not the curve is an S-shaped curve based on the road information, and line-shape information showing a line shape of the S-curve is set in response to the determination results of the curve. A lighting angle of the headlights is calculated based on the radius of the curve, the distance and the line-shape information, and the lighting angle of the headlights is controlled based on the calculated lighting angle.

The invention discloses a newborn ABO/Rh blood grouping reagent card and a preparation method thereof. Eight microcolumn gel tubes are provided, including: a gel tube containing a monoclonal anti-A antibody with an Ig (Immunoglobulin) M property, a gel tube containing a monoclonal anti-B antibody with the Ig M property, a gel tube containing a monoclonal anti-AB antibody with the Ig M property, a gel tube containing a monoclonal anti-D antibody with the Ig M property, a gel tube containing a monoclonal anti-D antibody with the Ig M property and an Ig G property, a gel tube which contains gel suspending medium and is used as negative control, a gel tube containing an anti-Ig G reagent and a gel tube containing the anti-Ig G reagent and an anti-C3d reagent. The reagent card disclosed by the invention has the advantages that standardization is provided for newborn ABO/Rh (D) blood grouping and conditions are created for accurate determination of ABO/Rh (D) blood group and early diagnosis and treatment of hemolytic diseases of newborn.

Disclosed is an auto examination system for intervertebral discs which injects a contrast material into a human intervertebral disc at a regular velocity through a needle and then measures internal pressure of the intervertebral disc from the outside, and uses data, obtained by synchronizing the measured pressure data and a captured image of the intervertebral disc, as diagnosis data, so as to more accurately identify a pain region of intervertebral discs of a patient based on a variation in the internal pressure of the intervertebral disc.