192 results about "Patient registration" patented technology

A vehicle-based navigation system is described including a position locator that establishes the geographic position of the vehicle and a map database located external to and remote from the vehicle. The system determines at least one of a vehicle parameter and a personal parameter, and transfers data from the remote map database to the vehicle and displays the data in the vehicle at a resolution that is a function of at least one of a vehicle parameter and a personal parameter.

An inventory control and prescription management and dispensing system including a dispensing vault for storing and dispensing prescriptions, the dispensing vault in communication with a central computer system that, in turn, communicates with prescription providers, insurance companies, and other third parties; the dispensing vault including robotic means for randomly accessing pre-filled prescriptions within the vault, with the vault further including RFID, bar code, and other means for verifying the content and internal location of pre-filled prescriptions; a customer interface that uses customer biometrics to ID a customer to ensure that prescriptions are only dispensed to the correct person; a patient registration system in communication with the central computer system for collecting insurance, doctor, biometric, and other information to facilitate transactions; a labeling system for labeling pre-filled prescriptions with customer specific information upon dispensing; transport container that integrate into the dispensing vault and provide secure transportation from a pharmaceutical manufacturer or repackager to the dispensing vault, security provided through RFID tags which communicate with the central computer to verify that the transport container contains the correct formulary and that the integrity of the container (temperature range, time in transit, tampering) has not been compromised; a payment system integral to the dispensing vault that is in communication with third party banks and pharmacy billing management systems, credit agencies and the central computer; a verification system for ensuring that pre-filled bottles received from the manufacturer (before they are placed into the storage locations inside the vault) have not had their integrity compromised, with this system evaluating each container's weight, size, moisture content, shape, velocity change, color, pattern, and physical integrity (all comparisons made against standards stored in the central computer).

Certain examples provide systems and methods for patient identification. Certain examples provide a patient identification system. The patient identification system includes a data storage to store patient information including patient identifying information associated with one or more patient images and a processor adapted to facilitate identification of a patient. The processor is to receive a camera feed including an image of a patient; perform facial recognition using the camera feed to identify the patient in comparison with information stored in the data storage; retrieve information associated with the identified patient from the patient storage; display the retrieved information in conjunction with the image of the identified patient on a computer screen; and facilitate an electronic action with respect to the identified patient via the computer.

A medical management system is provided that integrates all aspects of healthcare provider practice management and managed care, including schedule management, patient registration, insurance information, EMR and billing and collections. The system integrates a central framework module, a scheduling module, a registration module, an account management module and an electronic record module to provide a seamless exchange of information. A clinical module provides template builder which allows the users to define a customized template. The custom and standard templates are used by a document builder to generate documents, such as progress notes and H&P notes, which are retained in the patient's electronic chart. The progress note template allows the clinician to record a patient encounter by presenting the clinician with predefined sections and sentences that are easily completed by the clinician during or after the patient encounter. The templates and documents generated are designed to closely resemble a paper chart. Information gathered during patient scheduling and triage are referenced to pre-populate the templates to avoid having the clinician entering redundant information. The documents are relied upon to automatically generate patient superbills and electronic requests are sent to a claims clearinghouse.

A server system and a mobile device establish a push data framework for communication. The mobile device includes a push client, and runs one or more applications requiring push data communications. The push client transmits a device authentication and application validation request to a push server. Upon the push server successfully authenticating and validating the device and application, the push client receives a session identifier for establishing a persistent communication connection with the push server. Once established, an application server can push data to the mobile device via the persistent communication session. The session identifier remains valid for an extended period of time, and allows the push client to maintain and re-establish push connections with the push server for the duration of the extended period of time.

According to the present invention, there is provided an electronic patient registration system and method including a registration mechanism and process for collecting user data, an authorization mechanism for eliciting user authorization and acknowledgment, and an indexing mechanism for organizing and associating the collected information. The present invention also provides for an electronic workflow regulation system and method, including a storage mechanism for recording patient information, a retrieval mechanism for accessing stored information, a management mechanism for updating and organizing patient information, and a backup mechanism for ensuring the integrity of patient information. Preferably, the present invention is directed towards a system, software program, and method for eliciting, receiving, organizing, and processing patient registration information in the health care field.

The invention discloses a point cloud registering method based on an iterative closest point algorithm. The point cloud registering method based on the iterative closest point algorithm is implemented through the steps of (1) obtaining a point cloud; (2) preprocessing the point cloud; (3) obtaining a reference space to be expanded and a target space to be expanded; (4) obtaining a reference space to be registered and a target space to be registered; (5) registering a reference point cloud and a target point cloud; (6) if determining that all segmented point clouds complete registration, performing the step (7), if not, returning to the step (2); (7) outputting a registration result. According to the point cloud registering method based on the iterative closest point algorithm, the point cloud to be registered is obtained according to scenes and through different scanning manners; then through the steps of rough registration, precise registration, corresponding point maximization and the like as well as registration score correction, the possibility of falling into local solution can be reduced, and the robustness and the registering precision can be improved. Therefore, the point cloud registering method based on the iterative closest point algorithm can be applied to registering point clouds of complex scenes.

A system and method for consistently, reliably and equitably discounting medical bills of self-pay patients includes a networked discounting engine operably coupled to a plurality of databases. The discounting engine is adapted to receive patient account data from one or more patient registration systems. Based upon the patient account data received, the discounting engine accesses the plurality of databases to determine financial, asset and demographic attributes for a patient or responsible party. Based upon the patient account data received, and the determined financial, asset and demographic variable values, the discounting engine determines weights and points. Weights and points are then combined by the discounting engine to determine a weighted discount percentage to be applied against the patient's outstanding account balance. The discounting engine then generates and sends to the patient registration system an output file containing the discount percentage and other patient information. This information along with other billing information is communicated to a patient accounting system for preparing a discounted bill.

A method and system for monitoring loading of radiation into an insertion device for use in a radiation therapy treatment to determine whether the treatment will be in agreement with a radiation therapy plan. In a preferred embodiment, optical sensors and radiation sensors are used to monitor loading of radioactive seeds and spacers into a needle as part of a prostate brachytherapy treatment.

A method for providing patient registration without fiducials comprises the steps of: spatially placing an ultrasound image of a patient randomly at different starting positions relative to a preoperative image; creating an independent registration corresponding to each different starting positions, by optimizing a spatial transformation between the preoperative image and the ultrasound image to provide a first batch of registrations; executing a second registration to fine-tune the alignment between the preoperative image and the ultrasound image; and concatenating the spatial transformation to obtain spatial transformation between the patient in an operating room and a corresponding preoperative image.

A medical check-in and data communication kiosk for efficiently checking-in patients at a medical facility and/or exchanging relevant data with the patient. A patient automatically provides initial identification information by swiping, scanning, etc., an I.D. card and the kiosk then accesses various legacy database systems to gather all relevant medical data corresponding to the particular patient. The patient is requested to verify and/or update any third party payer information, such as insurance information, and is also informed of suggested preventive healthcare actions.

Dynamic registration of event handlers in a computer application or operating system recognizes multiple synchronous input streams by identifying each new stroke in a frame representing a single moment in time and mapping in a registration process each identified new stroke to a listening process that is associated with the user interface element to which the new input stream is to be applied. In the same frame, released strokes are unmapped and then each active listening process is called to carry out a respective control operation. When called, the strokes have the correct data for the given frame. The process is repeated for subsequent frames. By carrying out various processes in a sequence of frames, the concept of concurrency is preserved, which is particularly beneficial to multi-touch and multi-user systems.

The present application relates to an intelligent outpatient guiding method and device, a computer device and a storage medium. The method includes: acquiring patient inquiry data; extracting inquiryelement features from the patient inquiry data; converting the inquiry element features into feature vectors; inputting the feature vectors into a preset neural network classifier to obtain a first department matching probability; inputting the feature vectors into a preset Bayesian classifier to obtain a second department matching probability; and generating a department recommendation result isaccording to the first department matching probability and the second department matching probability. The method can improve the accuracy of patient registration.

This document discusses, among other things, a fiducial marker kit. In one example, the kit includes a fiducial marker assembly that includes a bone screw base for receiving an imageable marker or locatable divot. A valved protective sleeve prevents debris from accumulating in a receptacle portion of the base, which may otherwise degrade the accuracy of patient registration in an image-guided surgical procedure. In one example, the valve automatically opens or closes upon insertion or removal of a screwdriver or other tool, or a shaft portion of the imageable marker or locatable divot. Various bone screw base and receptacle combinations are also discussed.

Method for registering patient anatomical data (163) in surgical navigation system: placing (501) a registration grid (181) over the patient (105) at a first position (105A), the grid (181) having a plurality of fiducial markers (181B); using a medical scanner (180), scanning (502) both a patient anatomy of interest and the registration grid (181) to obtain patient anatomical data (163); providing (503) a pre-attached tracking array (123) having a plurality of fiducial markers pre-attached to the patient (105) at a second position (105B); using a fiducial marker tracker (125), capturing (504) the 3D position and/or orientation of the pre-attached tracking array (123) and the registration grid (181); and registering (506) the patient anatomical data (163) with respect to the 3D position and/or orientation of the pre-attached tracking array (123) as a function of the relative position and/or orientation of the registration grid (181) and the pre-attached tracking array (123).

This disclosure relates to the field of Optical Coherence Tomography (OCT). This disclosure particularly relates to an OCT system having a configuration that uses a phase sensitive B-scan registration method. In this disclosure, an OCT system may have a configuration that scans a physical object, acquires OCT signals to form B-scans, uses these B-scans to determine an optimal shift in an axial direction by using total phase error between B-scans, and align B-scans, thereby minimizing effects of motion that may occur during scanning of the physical object.

The invention relates to a pattern recognition method for electronic building construction drawings, and belongs to the technical field of engineering drawing recognition. The method comprises the following steps of: dividing a to-be-recognized electronic building construction drawing according to patterns with different space positions and details, and enabling all the pattern objects to be located under a uniform coordinate system through pattern registration; layering and classifying pattern files corresponding to floors, and associating the pattern files to specific basic patterns on the basis of a mapping relationship of drawing rules according to pattern information required by the drawing rules; and extracting building framework parameters, building component basic parameters and building component extension parameters according to the drawing rules by adoption of an artificial or automatic distinction manner. According to the method, drawings are split through a parameterized angle of view, so that the data quality problem caused by automatic recognition and efficiency problem caused by pure-artificial advancement can be avoided, and effective balance between the data quality and the efficiency is achieved.

The invention provides an intelligent emergency treatment grading triage system, applied in grading diagnosis of emergency treatment patients. The system comprises a server-side, a first client, and at least a second client associated with a corresponding emergency treatment region. The server-side is stored with patient registration information of each emergency treatment patient. The first client is used to obtain the corresponding patient registration information from the server-side according to illness state data of the emergency treatment patient, and make the illness state data associate with the corresponding patient registration information to form associated data, and according to the illness state data, distribute grade for the corresponding associated data, and then send back the associated data to the server-side. The emergency treatment regions are corresponding to the grades in a one-to-one manner. The second client is connected with the server-side, and is used to obtain the associated data in the corresponding grade from the server-side, and add diagnosis and/or treatment information in the associated data. Beneficial effects of the technical scheme are that the system makes accurate grading for illness state of emergency treatment patients, and according to the grades, corresponding emergency treatment regions are used for treatment, so as to improve quality and efficiency of emergency treatment grading triage.

Systems, methods, and devices are provided for assisting or performing guided interventional procedures using custom templates. The system uses pre-procedure scans of a patient's anatomy to identify targets and critical structures. A template is then manufactured containing guide elements. During a procedure, the template may be aligned to the patient and instruments passed though the guide elements and into various targets. The template may be aligned using one or more of, for example, a position sensing system or a live imaging modality to register the patient to the template. The system makes optional use of devices designed to immobilize or track an organ during therapy.

The present invention relates to accurate positioning for vessel intervention procedures, particularly to a method for accurate positioning for vessel intervention procedures, a medical imaging system for accurate positioning for vessel intervention procedures and a catheterization laboratory system for accurate positioning for vessel intervention procedures. First, at least one X-ray image of a vessel region of interest is acquired (24) with injected contrast agent. Further, vessel information data is identified (26) within the at least one acquired image. Then, first calcification features of the vessel in the vessel region of interest in the at least one acquired image are detected (28). Further, vessel representation is generated (30) using the vessel information data and the detected calcification features. Further, at least one current fluoroscopic image of the vessel region of interest is acquired (32). Then, second calcification features of the vessel in the vessel region of interest in the at least one current fluoroscopy image are detected (34), wherein the second calcification features are according to the first calcification features. Further, the vessel representation is registered (36) with the fluoroscopy image, wherein the calcification features are used for the registration. Then, a composite image is generated (38) by combining the vessel representation with the at least one fluoroscopy image. Further, a composite image is displayed (40).

The invention discloses a transaction information processing method and device based on a block chain, and an asset registration and clearing system. The transaction information processing method based on the block side at a user side comprises the following steps: creating the transaction with the other user based on the preset first rule so as to acquire transaction data; and sending the transaction data to a node in the block chain network, thereby enabling the transaction data to be stored in a block chain created by a block chain network.

The invention discloses a workpiece posture adjustment method on the basis of iterative registration of measuring point geometric features. The method comprises the following steps of uniformly measuring a coordinate system and a workpiece coordinate system, and detecting a workpiece to obtain contact measurement data; according to the contact measurement data, calculating processing deviations and out-of-tolerance (OT) numbers of measuring points; if the OTs of the measuring points are all not equal to zero, executing step 4, and otherwise, ending the process; selecting an out-of-tolerance curved surface, obtaining a surface rotation registration matrix and a surface translation registration matrix, and coupling the surface rotation registration matrix and the surface translation registration matrix to a workpiece rotation registration matrix and a workpiece translation registration matrix respectively; according to a topological structure of a specified machine tool and the workpiecerotation registration matrix, calculating the adjustment amount of the workpiece coordinate system; according to the workpiece coordinate system of the specified machine tool, re-adjusting the workpiece for locating; adjusting the workpiece coordinate system according to the adjustment amount, detecting the workpiece to obtain the contact measurement data and continuing to adjust the workpiece till the requirements are met. The method is simple and easy to operate and can meet rapid adjustment of the processing posture of a process component under multi-feature and multi-constraint conditions.

System and method for the gathering of patient information and completion of patient information forms across multiple practice groups. An aggregator utilizes the patient information forms provided by different groups to create marked-up forms and a library of questions. The aggregator can then present ordered sets of questions from the library to a patient to obtain patient information for responding to the requests in one or more forms.

A method for verifying a spatial registration of an anatomical region is provided. The method may track a spatial pose of at least one checkpoint defined within the anatomical region, track a spatial pose of a probe tip in proximity to the anatomical region at the checkpoint, map a spatial proximity between the probe tip and the anatomical region onto a visual representation of the anatomical region based on the tracked spatial poses, quantify a deviation between the mapped spatial proximity and an actual spatial proximity in response to a verification request where the verification request is initiated by a user and indicative of the actual spatial proximity between the probe tip and the anatomical region, and generate a graphical index indicative of a degree of accuracy of the spatial registration of the anatomical region based on the quantified deviation.