48 results about "Patient name" patented technology

A network based medical telemetry system that uses, to the greatest extent possible, standard hardware and software components. The system allows clinicians using computers anywhere in a large hospital to view physiologic data from patients of the hospital. Each patient is fitted with a set of sensors that measure physiologic properties of the patient (e.g., EKG sensors). The sensors are connected to a transmitter that relays the physiologic data to a central server. The central server comprises a WEB server that supplies basic patient data such as the patient's name and medical history. The central server also comprises a waveform server which supplies the physiologic data, in real-time or near real-time. Workstation, used by a clinician receives the basic patient data from the Web server and the physiologic data from the waveform server, and produces a combined display. The combined display is continuously updated, showing, for example, the patient's EKG.

A radio frequency identification (RFID) system for use with active implantable medical devices (AIMD) implanted in a patient comprises an interrogator and an RFID tag comprising a substrate, an RFID chip, and an antenna. The RFID is typically enclosed in a biocompatible and hermetically sealed container comprising a ceramic housing, an end cap and an encapsulant. The RFID tag or sealed container may be affixed to an AIMD or surgically implanted in a patient adjacent to an AIMD. Alternatively, the sealed container may be injected into body tissue by a large needle syringe. The RFID tag may store information about an AIMD including manufacturer, model number and serial number. The RFID tag may also store information about a treating physician and / or patient including the treating physician's name and contact information, the patient's name, contact information, medical condition, treatment and other relevant information.

Ergonomic graphical user interfaces (GUIs) for displaying medical record information obtained from various sources within handheld devices are provided. A GUI for display within a touch screen display of a handheld device includes adjacent first and second portions. A list of patient names is displayed within the first portion of the GUI, along with medical facility location information, means for indicating when new clinical data for a patient is available, means for removing patient names from the displayed list, and means for sorting the displayed list of patient names. A plurality of ergonomically designed GUI controls are displayed within the second portion of the GUI. At least some of the displayed information is responsive to user touching for displaying additional patient information.

A medication dispensing system includes a medicine cabinet having a plurality of compartments for containing supplies of different kinds of medications to be accessed by a healthcare attendant for preparing individual medication dosages for named patients; and a tray having a plurality of sections for receiving a plurality of receptacles each adapted to contain one or more medication dosages prescribed for a named patient. The medicine cabinet includes a processor having a memory for storing the names of patients and their prescribed medication dosages, and a display screen for displaying the patient names and their respective prescribed medication dosages. The tray includes a display screen for displaying the patient names and their respective medication dosages, and a communication link with the medicine cabinet through which the cabinet processor communicates to the tray the patient names and their respective medication dosages.

A medical claim fraud prevention system includes a first controller positioned at a medical facility and a second controller positioned at a patient information collection center and adapted to be in communication with the first controller. The first controller may transmit a first signal to the second controller responsive to an occurrence of an event. The second controller may initiate contact with a photograph database via a network interface in response to the first signal received from the first controller, and an official photograph associated with the patient name may be identified. The second controller may transmit the official photograph to the first controller so that the official photograph is viewable on a user interface at the medical facility. A patient identity may be verified by performing a comparison of a patient with the official photograph of the patient.

A valve with a smart handle including a memory module to log relevant data. A sensor on the handle determines when the valve is open, and this triggers the start of timers and recording of the “open” event in a log in the memory module. When the valve is closed, the sensor triggers stopping of the timers and recording of the “closed” event in the log. The timer information is used to calculate the duration of the time “open” event, and this, together with the actual date and time of the opening and closing of the valve are recorded in the log. Other relevant information, such as cylinder fill date, cylinder I.D. number, batch number, and patient name or account number may also be logged in the memory module. The log of the events and the corresponding dates and times may be used to prepare invoices for billing gas treatments, for inventory control, and for other record-keeping and control functions.

Some embodiments of the invention provide a single-select method and system for launching clinical information in multiple dashboards based on a selection of a single piece of clinical information (e.g., based on a cursor-click selection of a patient name in a patient list). In some embodiments, each launched dashboard is a single “flat” dashboard that cannot be “drilled down” to another dashboard. In other embodiments, each launched dashboard can be a drilldown dashboard, i.e., a dashboard that is several dashboards that are linked together so that a user can navigate between them by selecting items displayed in the dashboards (e.g., by traversing from a first dashboard to a second dashboard through a selection of an item in a window pane of the first dashboard). Accordingly, some embodiments use the single-select method of some embodiments in lieu of drill-down dashboards, while other embodiments use the single-select method in conjunction with drill-down dashboards.

A medication dispensing system includes a medicine cabinet having a plurality of compartments for containing supplies of different kinds of medications to be accessed by a healthcare attendant for preparing individual medication dosages for named patients; and a delivery device, preferably in the form of a mobile cart, having a plurality of sections for receiving medication dosages prescribed for named patients. The medicine cabinet includes a processor having a memory for storing the names of patients and their prescribed medication dosages, and a display screen for displaying the patient names and their respective prescribed medication dosages. The delivery device includes a display screen for displaying the patient names and their respective medication dosages, and a communication link with the medicine cabinet through which the cabinet processor communicates to the delivery device the patient names and their respective medication dosages.

A computer-assisted method and system for generating customized patient education documents on site and on demand at a medical or other health care practice. Said method eliminates the cost of purchasing educational materials, the need for physical storage of printed materials and the staff time required to order, store and maintain an inventory of educational materials. The method allows users to generate educational materials in languages other than English to respond to the educational needs of patients without fluency in English. The method allows users to customize printed documents with patient name and practice identity. The method allows users to edit, revise or create new documents which can be stored, customized and retrieved as part of the system. The method automatically prints out an informed consent document after all selected patient documents have been printed, showing patient name, date, and the list of documents provided to the patient.

An automated method is provided for recording contents of medication packages vended from a plurality of vending machines in electronic records, such as an electronic medication administration record (eMAR), that store records for a plurality of patients who are associated with respective vending machines. A vending event causes the electronic record to be populated. The contents of the medication packages vended from the vending machines are recorded in electronic records without communicating patient names or vended medications in the electronic message sent from the vending machines.

A system for guiding a user's physical examination of a patient and for generating a transcript. The system comprises: a screen requesting patient identification information, wherein the patient identification information excludes a patient name and further requesting patient medical history information; a screen requesting vital signs information; a screen requesting selection of an anatomical region of the patient for examination, wherein the user selects an anatomical region responsive to the request; a screen providing a plurality of possible observed symptoms related to the selected anatomical region, wherein the user selects one or more of the possible observed symptoms; a screen presenting possible findings that may be observed during the physical examination, wherein the user selects one or more of the possible findings based on the physical examination and a screen displaying a patient transcript responsive to information entered into the previous screens

A system automatically securely shares patient information via social media networks. The system comprises at least one repository of information including, a patient profile including, patient name, data identifying information items shareable via at least one social media network and patient contact information and communication information supporting compatible communication with at least one social media network. A configuration processor enables the profile to be established for the patient in response to user data entry. A communication processor automatically, uses the communication information in generating at least one message for sharing at least one of the shareable information items and communicates the at least one generated message to a social media network. The at least one message is compatible with a social media network.

Ergonomic graphical user interfaces (GUIs) for displaying medical record information obtained from various sources within handheld devices are provided. A GUI for display within a touch screen display of a handheld device includes adjacent first and second portions. A list of patient names is displayed within the first portion of the GUI, along with medical facility location information, means for indicating when new clinical data for a patient is available, means for removing patient names from the displayed list, and means for sorting the displayed list of patient names. A plurality of ergonomically designed GUI controls are displayed within the second portion of the GUI. Each of these GUI controls has a width that is between about 15% and 75% of a width of the display, and a height that is between about 15% and 75% of a height of the display. According to embodiments, a GUI for display within a touch screen display of a handheld device includes adjacent first and second portions, wherein the second portion has a height that is between about 30% and 70% of a height of the GUI. Information for a respective patient is displayed within the first portion and includes patient identification and location information. At least some of the displayed information is responsive to user touching for displaying additional patient information. Various GUI controls are displayed within the second portion, and is responsive to user touching for performing various functions. Each of the GUI controls in the second portion has a width that is between about 15% and 75% of a width of the second portion, and a height that is between about 15% and 75% of a height of the second portion.

An automated method is provided for recording contents of medication packages vended from a plurality of vending machines in electronic records, such as an electronic medication administration record (eMAR), that store records for a plurality of patients who are associated with respective vending machines. A vending event causes the electronic record to be populated. The contents of the medication packages vended from the vending machines are recorded in electronic records without communicating patient names or vended medications in the electronic message sent from the vending machines.

A method and system to rapidly and precisely identify patient candidates for clinical trials comprises a database component operative to maintain a hospital patient database component and its plurality of hospital databases and their corresponding plurality of patient names and medical records, in communication with one or more medical practice database components and their corresponding plurality of specialties and their corresponding plurality of patient names and medical records. The method and system also include a clinical studies database component and its corresponding plurality of clinical studies, a communications component to receive changes to said database component, and a processor programmed to periodically match compatible patients and clinical studies, and to generate reports to medical practices in said medical practice database having matched patients. The processor may be programmed to search free text keywords and phrases last.

An Internet based method for assisting in the rapid delivery of medical information direct to the site at which emergency assistance is being performed uses a global database for warehousing patient history information, which is fetched over the Internet on demand. In one embodiment, medical providers use an access code carried by the injured party and without which access is denied. The access code may be carried as a barcode and as an imprinted number on a bracelet or on a card carried by the individual. Patient information is transmitted over a network, either wireline or wireless, the Internet or wide area network, to a computer or personal digital assistant available to emergency personnel. In one embodiment, patient history information access is determined through the use of an access code reader, by entering the patient access code manually or by entering the patient's name as a last resort. Additionally insurance information can be made available to shorten emergency room admission procedures.Lastly, the patient's card or bracelet can allow for patient history to be downloaded and saved. Thus in emergency situations, the information can be uploaded from the card or bracelet to the healthcare providers' viewing screens.

The invention provides a computer-implemented method for creating a prescription for treatment of an injury or illness covered by a workers' compensation system, which facilitates on-line adjudication of a workers' compensation claim. The patient name, employer name and type and quantity of medication prescribed are input. Routing data including a processor identification number is retrieved from an employer database. The program outputs prescription data comprising the name of the patient, the type and quantity of medication prescribed, and the routing data. The prescription data is preferably NCPDP compliant and used by a pharmacy to route a workers' compensation claim and fill the prescription.

The invention is applicable to the technical field of medicine distribution based on internet of things, and provides a pharmacy medicine dispensing method based on the internet of things. The pharmacy medicine dispensing method includes the steps: acquiring list information of medicines to be distributed corresponding to a patient name and medicine information configured in a medicine dispensing cabinet according to the list information in real time; comparing the list information with the medicine information and judging whether the list information and the medicine information are consistent or not; transmitting a medicine sorting completion instruction and transmitting a medicine fetching instruction to a patient if the list information and the medicine information are consistent; fetching medicines according to the received medicine fetching instruction. According to the pharmacy medicine dispensing method, the medicine fetching instruction is transmitted to the patient when names and numbers of the medicines are consistent according to comparison and judgment, the patient can fetch the medicines listed in the list information according to the received medicine fetching instruction, manual medicine distribution is omitted in the whole medicine dispensing process, medicine dispensing efficiency is greatly improved, and queuing time is shortened.

The invention relates to a medical two-dimensional image and 3D image display software system, and belongs to the technical field of medical instruments. The system comprises a data image display module, a data file reading module, a data image reconstruction module, a data image processing module and a patient information display module, and is characterized in that the data image display module has a function of displaying two-dimensional images and 3D images; the data file reading module has a function of reading 3D reconstruction data; the image reconstruction module has a function of reading 3D projection data; the data image processing module has functions of two-dimensional image cross line marking, image distance measurement and image zooming, 3D image rotation, movement, zooming, an MIP (Maximum Intensity Projection) technology and a VRT (Volume Rendering Technology), and a function of two-dimensional and 3D image window width and window level regulation; and the patient information display module has functions of displaying patient names, the gender, the age and patient ID numbers and displaying patient 3D reconstruction data in a list. The medical two-dimensional image and 3D image display software system has the advantages of clear architecture, simple and easily understood operation, and wide application range.

The invention discloses a hospital information display system. The hospital information display system comprises a server and a display terminal; the display terminal comprises a hospitalized information display unit, which includes a patient name area, a numbering area and a basic information area; a business application part, which includes a play area and an information input area; an information sending unit used for sharing videos or pictures to a patient; the server comprises a storage unit, which is used for storing video and picture information; a link unit, which is used for generating a two-dimensional code; a screen adjusting unit, which is used for adjusting the ratio of the areas occupied by the hospitalized information display unit and the business application part and their arrangement manner; and an information processing unit, which is used for transmitting the video or picture information and the two-dimensional code to the business application part for display. According to the hospital information display system provided by the invention, by setting the screen adjusting unit and the information sending unit, a display screen of the display terminal is used to the maximum extent to provide some medical information videos or pictures for the patient, so that the experience of the patient when waiting for treatment can be improved, and the system also helps the patient to understand the market prices and types of relevant medical products.

When the user presses an Alt key, the mode makes a transition to a property value switching mode and all annotations are made visible. At this time, the originally invisible annotations with the visibility properties set to invisible are drawn translucently. That is, a scanner name, a color bar, and a patient name which are not visible in a normal mode are drawn translucently. Thus, the user presses the Alt key, whereby the mode can be switched to the visible switching mode of drawing all objects, so that the user can promptly designate the annotation whose visibility property is to be changed and can smoothly conduct a medical diagnosis with an image.

Some embodiments of the invention provide a single-select method and system for launching clinical information in multiple dashboards based on a selection of a single piece of clinical information (e.g., based on a cursor-click selection of a patient name in a patient list). In some embodiments, each launched dashboard is a single “flat” dashboard that cannot be “drilled down” to another dashboard. In other embodiments, each launched dashboard can be a drilldown dashboard, i.e., a dashboard that is several dashboards that are linked together so that a user can navigate between them by selecting items displayed in the dashboards (e.g., by traversing from a first dashboard to a second dashboard through a selection of an item in a window pane of the first dashboard). Accordingly, some embodiments use the single-select method of some embodiments in lieu of drill-down dashboards, while other embodiments use the single-select method in conjunction with drill-down dashboards.

A device for recording information on CDRs or other recording media and printing file information for observing what is recorded thereon. The information may be medical images such as x-rays, cat scans, magnetic resonance images, or sonograms. The discs can have patient names and other information selected from information stored thereon, printed on the disc as well as logos for the hospital, service provider or trademarks. The discs can be automatically loaded into the recorder and printer. The fields of information or logos printed on the discs can be changed to suit the user. A database creates and updates a directory of patient files so the discs can be located and the images thereon viewed for each patient. The discs have software allowing the computer to view the images on the disc so that a personal computer not having imaging software can operate the disc. The image information can be downloaded from a remote imaging machine for storage.

The invention provides a method for inquiring patient names in a semantic fuzziness mode. The method comprises the steps that (1) corresponding integer constant weights are set for phonetic alphabets; (2) the sums of integer constant weights of surnames and names of patients in the pinyin mode are calculated respectively according to the integer constant weights; (3) the sums of the weights are subjected to an right shift operation, and surname indexes and name indexes corresponding to the patients are set up; (4) matching inquiry is carried out on names of patients to be matched and the surname indexes and the name indexes of the patients, if the names of the patients to be matched are matched with the surname indexes and the name indexes of the patients, inquiry is over, and if the names of the patients to be matched are not matched with the surname indexes and the name indexes of the patients, surname indexes and name indexes of the patients to be matched are set up according to the step (2) and the step (3), and then inquiry is over.

A portable shatter-proof container for liquid medication is adapted for measuring, labeling, and dispensing single dosages of prescribed medication. The apparatus is comprised of a three-dimensional graduated tube having a snap-closure lid and a base for allowing the apparatus to stand upright. The tube has graduated marks in imperial and metric measurements and can hold a reasonable volume, i.e. one dose, of liquid. With its rectangular shape, the narrow length contains the graduated markings of imperial measurement on one side and metric markings on the opposing side. The wider front includes an adhesive label for writing information such as patient name, date, contents, and dosing instructions. Liquid medicine is poured directly from the original medicine bottle into the apparatus, thereby allowing for measurement of contents as it is filled. The snap-closure lid allows the container to be transported, without concern of spillage. The contents are then consumed by drinking the measured liquid from the disposable container.

The invention relates to the technical field of infusion management methods, in particular to a block chain infusion safety management system and method. The system comprises an infusion medicine bottle, a medical monitoring platform and a medical staff terminal; the medical monitoring platform comprises an infusion monitoring system and is used for inputting personal information of a patient, infusion medicine information and amount information, wherein the infusion medicine information and the amount information correspond to the personal information; a two-dimensional code including the personal information of the patient, the medicine information and the amount information is generated and printed; a set of keys matched with the two-dimensional code are randomly generated; the infusionmedicine bottle comprises an infusion bottle container and the two-dimensional code; the medical staff terminal comprises an infusion management APP and is used for scanning the two-dimensional codeon the infusion bottle, promoting medical staff to input or select a corresponding patient name during scanning and calling the key corresponding to the patient name; if the key is matched with the two-dimensional code, information included in the two-dimensional code is displayed, which indicates that the patient corresponds to the infusion bottle; if not, the information included in the two-dimensional code is not displayed, which indicates that the patient does not correspond to the infusion bottle.

The invention is applicable to technical field of medicine distribution, and provides a medicine distribution method based on internet of things. The medicine distribution method includes the steps: acquiring list information of medicines to be distributed corresponding to a patient name; positioning the medicines to be distributed according to the list information; distributing the medicines to be distributed into a medicine sorting basket corresponding to the patient name after determining the positions of the medicines to be distributed. According to the medicine distribution method based on the internet of things, the medicines to be distributed are conveniently found by positioning the medicines to be distributed, the influence of familiarity of medicine distribution personnel for medicine storage areas on medicine distribution efficiency is reduced, the positions of the medicines to be distributed are conveniently, rapidly and directly found, the medicines to be distributed are directly distributed in the medicine sorting basket corresponding to the patient name, so that the medicines are rapidly distributed, and medicine distribution efficiency is greatly improved.