53results about How to "Efficient workflow" patented technology

A system and method for managing tasks and workflow in a complex environment such as a healthcare unit are described. The architecture of the inventive system includes core components and peripheral components that interact with each primarily through an interfacing event framework application within the core system. In addition to the event framework, the core system comprises a collaborative task platform and an intelligence application. The peripheral components include input devices for users, a system applications server, an integration server, person and asset tracking tags, a database server, and a knowledge base. The system manages workflow through a task-based orientation, and making use of task-based process mapping. Tasks may be created, including unstructured tasks, tasks may further be monitored, shared, transferred, and completed. The process may be envisioned as circular feedback loop including task management, metrics tracking, and real time process feedback. The task is a unit of transaction and central to system-based calculations which can measure return on investment that may, for example, include shorter length of stay in an emergency room, a decrease in medical errors, and an increase in revenue.

A method for quantifying caries, executed at least in part on data processing hardware, the method comprising generating a digital image of a tooth, the image comprising intensity values for a region of pixels corresponding to the tooth, gum, and background; extracting a lesion area from sound tooth regions by identifying tooth regions, extracting suspicious lesion areas, and removing false positives; identifying an adjacent sound region that is adjacent to the extracted lesion area; reconstructing intensity values for tooth tissue within the lesion area according to values in the adjacent sound region; and quantifying the condition of the caries using the reconstructed intensity values and intensity values from the lesion area.

A method for quantifying caries, executed at least in part on data processing hardware, the method comprising generating a digital image of a tooth, the image comprising intensity values for a region of pixels corresponding to the tooth, gum, and background; extracting a lesion area from sound tooth regions by identifying tooth regions, extracting suspicious lesion areas, and removing false positives; identifying an adjacent sound region that is adjacent to the extracted lesion area; reconstructing intensity values for tooth tissue within the lesion area according to values in the adjacent sound region; and quantifying the condition of the caries using the reconstructed intensity values and intensity values from the lesion area.

A system and method are disclosed for providing a plurality of payment services to facilitate electronic commerce. In one embodiment, services are provided within the context of a four-corner trust model comprising a buyer and a seller that engage in an on-line transaction. The buyer is a customer of a first financial institution. The first financial institution acts as a certificate authority for the buyer and issues the seller a hardware token including a private key and a digital certificate signed by the first financial institution. The seller is a customer of a second financial institution. The buyer uses its private key to sign payment instructions that are forwarded to the first or second financial institution for execution. The message may be forwarded to the first financial institution indirectly via the seller and the second financial institution. Payment instruments supported by the present system may include a payment order, a payment obligation, a certified payment obligation, and conditional payments.

A system and method for automated medication refill are provided, wherein the system and method reduce the time spent on, and potential for error in, accommodating medication refill requests. In one embodiment, the system includes a computer device for executing a medication information input function, a patient information input function, a refill protocol determination function, a refill analysis function, and an automated refill advisory output function. In a preferred embodiment, the system also executes an automatic pharmacy refill authorization function. The system includes a database incorporated therein or in electronic communication therewith. The system and method of the present invention provide a mechanism for medication refill protocols that provides specific patient care guidance for prescribed medications.

A system and method are disclosed for providing a plurality of payment services to facilitate electronic commerce. In one embodiment, services are provided within the context of a four-corner trust model comprising a buyer and a seller that engage in an on-line transaction. The buyer is a customer of a first financial institution. The first financial institution acts as a certificate authority for the buyer and issues the seller a hardware token including a private key and a digital certificate signed by the first financial institution. The seller is a customer of a second financial institution. The buyer uses its private key to sign payment instructions that are forwarded to the first or second financial institution for execution. The message may be forwarded to the first financial institution indirectly via the seller and the second financial institution. Payment instruments supported by the present system may include a payment order, a payment obligation, a certified payment obligation, and conditional payments.

Digital watermarking provides a chain of custody for video in movie studios. Several novel improvements in workflow processes for digital watermarking provide chains of custody. In a first implementation, a digital watermark payload includes an embedder ID and time stamp. The embedder ID is associated with a controlling PC user log, including, e.g., the user log being linked to a biometric of the user. In a second implementation, a video player is forced to run a video digital watermark embedder based upon a rights command, where an ID embedded in a watermark payload is determined solely by the embedder. A third implementation encrypts a conglomerate of watermarked segments of video so that a rendering device can decrypt the segments in a manner to produce different results in each usage dependent upon the key. A fourth implementation embeds digital watermarks in DVD disk images during delivery to a duplication house.

The invention provides an EFB system based on a Windows modern UI. The EFB system comprises an interface checklist module, a displaying module, a database query module and a GIS map navigation module. The interface checklist module is used for checking items which needs to be checked at the current stage one by one in various stages of flying, and checking results are stored in a data storage module. The displaying module is used for displaying the checking results of the checklist module and obtaining and displaying documents corresponding to document displaying instructions obtained from the data storage module according to the document displaying instructions of a pilot. The database query module is used for finding corresponding data which meet condition parameter instructions in a database of the data storage module according to the received condition parameter instructions of the pilot. The GIS map navigation module is used for achieving plane positioning and navigation according to the longitude and latitude information located by a GPS. According to the EFB system, an EFB application environment is enriched, a PED of a Windows operation system can use the EFB system flexibly, operation is easy, and using is very convenient.

“In-situ editing” of a control property within a design surface is provided. “In-situ editing” refers to a feature that can allow a user (e.g., developer) to easily perform multi-pass configuration operations on their user interface (UI) components. This can be achieved by introducing the concept of a new editing mode or view to the integrated development environment (IDE)—(e.g., a Property Editing View (PEV)). The PEV mode can be active. In other words, the user will be presented with a mechanism of viewing and editing all properties without having to move off of the design surface. For example, editing can be performed in-place eliminating the conventional need to enter a property grid.

A method and a system for image-guided intervention such as a percutaneous treatment or diagnosis of a patient may include at least one of a pre-registration method and a re-registration method. The pre-registration method is configured to permit for an efficient virtual representation of a planned trajectory to target tissue during the intervention, for example, as a holographic light ray shown through an augmented reality system. In turn, this allows the operator to align a physical instrument such as a medical probe for the intervention. The re-registration method is configured to adjust for inaccuracy in the virtual representation generated by the pre-registration method, as determined by live imaging of the patient during the intervention. The re-registration method may employ the use of intersectional contour lines to define the target tissue as viewed through the augmented reality system, which permits for an unobstructed view of the target tissue for the intervention.

The invention discloses a pig farm inspection robot based on UWB positioning. The pig farm inspection robot comprises a robot body, a damping walking mechanism, an obstacle avoidance mechanism, an ultrasonic obstacle avoidance system, a UWB positioning system, a monitoring camera system and a main control system, a camera is started and the height and the angle of the camera are adjusted to perform visual identification in the inspection process of the inspection robot, and images of pigs are acquired by using the inspection robot and the growth conditions of the pigs are identified and judged; in addition, in the inspection process, and the robot turns on an ammonia gas detection module to detect the concentration of ammonia gas in the environment; a display displays the ammonia concentration, the current robot running speed and the number of pigs which are identified to be up to standard and not up to the standard in real time, and sends the information to a manager of a pig farm ina wireless transmission mode. Compared with an existing device, the inspection robot has the advantages that the walking accuracy is remarkably improved, through ultrasonic autonomous ranging, the robot walking error can be weakened, the safety coefficient in the robot inspection process is improved, and safe, rapid and intelligent inspection is realized.

The invention relates to a method for fitting an equipping device (1) with components (3) for machining production lots. A certain type of substrate (2) is equipped with components (3) for a production lot. Said method comprises the following steps: (a) the production lot to be machined is changed from type A to type B, and components (3) for machining type A and type B production lots are fitted on the equipping device (1), (b) the machining of the type B production lot is initiated, (c) components (3) required for machining the type A production lot are removed from the equipping device (1), during the machining of the type B production lot, and (d) the equipping device (1) is fitted with components (3) also required for machining a type C production lot. The type C production lot is machined after the type B production lot by means of the equipping device (1). The machinining of the type B production lot is continued during the fitting of the components (3). The fitting method is used to prevent, as far as possible, idle time caused by fitting time. The real equipping performance of the equipping device (1) can thereby be significantly increased.

A method for extracting a carious lesion area from sound regions of a tooth. In one embodiment, the method includes generating a digital image of the tooth; identifying tooth regions; extracting a suspicious lesion area by using a marker-controlled watershed algorithm or by using a morphological bottom-hat based method along with a multi-resolution surface reconstruction method; and removing false positives. In another embodiment, the method includes generating a digital image of the tooth comprising obtaining a fluorescence image of the tooth, obtaining a reflectance image of the tooth, and combining image data for the fluorescence and reflectance images; identifying tooth regions; extracting suspicious lesion areas; and removing false positives.

The present invention provides a sensor selection device for selecting sensor elements of a magnetic resonance imaging device, the sensor selection device comprising a provider for providing a first characteristic property (601) of a first sensor element (603) within a predetermined scan volume and for providing a second characteristic property (605) of a second sensor element (607) within the predetermined scan volume (215), a means for determining a mutual quantity from the first characteristic property (601) and from the second characteristic property (605), and a selector for selecting or for excluding the first sensor element (601) or the second sensor element (601) based on the mutual quantity.

A point of care testing system includes a reader having an incubator disposed within a reader housing, the incubator having a rotor supported for rotation and having a plurality of circumferentially disposed slots. A drive mechanism is configured to rotate the rotor about a center axis A plurality of analytical test elements are sized for fitting in the slots of the incubator either manually or on demand. Each analytical test element commonly includes a support within a cartridge. The support retains at least one of a dry chemistry chip comprising a porous spreading layer disposed in stacked relation with at least one reagent layer or a lateral flow assay device wherein the plurality of test elements can assume a common form factor with multiplexed capability, and in which cartridges are preferably gated to enable random access processing.

A method for quantifying caries, executed at least in part on data processing hardware, the method comprising generating a digital image of a tooth, the image comprising intensity values for a region of pixels corresponding to the tooth, gum, and background; extracting a lesion area from sound tooth regions by identifying tooth regions, extracting suspicious lesion areas, and removing false positives; identifying an adjacent sound region that is adjacent to the extracted lesion area; reconstructing intensity values for tooth tissue within the lesion area according to values in the adjacent sound region; and quantifying the condition of the caries using the reconstructed intensity values and intensity values from the lesion area.