48 results about "Mobile database" patented technology

The invention, which relates to the field of medical treatment and public health, particularly discloses an electronic medical record system for personal use, wherein the electronic medical record system uses electronic equipment for carrying out character recognition on patient paper examination lists and stores, manages, and reproduces the information. The electronic medical record system is composed of an examination list OCR identification and entering module, a disease diagnosis entering module, a medicine usage entering module, a treatment process recording module, a database, a historical medical-care-seeking record query module, a historical medication query module, a historical examination query module, and a historical treatment process query module. An original conventional electronic medical record stored in a hospital is stored in a mobile database and is backed up to a cloud data storage center, so that a mobile electronic medical record is provided for personal use. Therefore, users can look up own electronic medical records no matter where they seek medical cares, thereby providing the powerful support for the disease diagnosis treatment.

A system, method, and computer program product are provided for handling bulk initial downloads of databases to mobile devices. Rather than straining the resources of a mobile device to recreate the database locally, a server can construct the database to the mobile device's requirements at the server by impersonating the mobile device. The server can then send the database, compressed and over an encrypted session, to the mobile device. The mobile device can then decrypt and uncompress the pages received, and then encrypt them using a local key for secure storage on a local storage device.

A method for preserving the read / unread data when a database associated with an email program is moved from a source database to a destination database comprising a Migration Program (MP). The MP addresses the problem of the integrity of the association between the note IDs and the universal IDs when the database is moved, which alters the read / unread data for the user's messages. The MP determines the universal IDs associated with the note IDs. The MP then translates the note IDs into large pointers using the universal IDs. The MP then copies the read / unread table to the destination database and correlates the note IDs to the universal IDs. The MP then creates the note IDs. The result is that the association between the note IDs in the read / unread table, the universal IDs in the universal table, and thus the document data is preserved.

A method and a system for mobile distributed processing are presented. The method includes the steps of receiving, from a server, a message contained in a database and determining a type of the message for presenting the message. If the message is of a multi media type, at least displaying images contained in the message on a display. If the message is of a data type, displaying data contained in the message on the display. If the message is of an audio type, reproducing audio associated with the message in an audible fashion. The method further including the steps of terminating receiving of the message and sending an active request to the server to set a status of the message in the database to execution done.

A system facilitates the efficient and consistent preparation of comments to documents prepared by others by comparing each such document against phrases and their associated comments stored in one or more local, remote, or removable databases. The system can also facilitate the efficient communication of comments to a given document by organizing such comments in a format suitable for transmission to the intended recipients.

The present invention discloses a holographic self-carried mobile database cryptomorphic encryptionmahcine-redable anti-false method for package, bill, ticket, negotiable securities, seal, maker and trademark, document, certificate and credentials, identification card, important contract and others. Said method includes the following steps: utilizing computer compression and encryption technique to make the characteristic information recorded by carrier by undergone the process of encryption treatment and be stored in computer database system; using code anti-false technique to make the described characteristic information be changed into one several enciphered databases, and using correspondent identification reader to fetch said enciphered information. Said invention also provides the operation method and concrete steps of said system.

The present invention provides a mobile and web-based 12-lead ECG management information system for processing clinical 12-lead ECG, comprising: (a) a clinical device for automatically extracting a SCP-ECG or XML-ECG file and processing signals; (b) an ECG database for saving data exported from the clinical device with web-based user interface, and a mobile database which is synchronized with the ECG database; and (c) an interactive electric document for annotating 12-lead ECG with clinical diagnosis codes.

A system and method for displaying, searching, manipulating and modifying of hierarchically linked genealogy data in a relational database on a computer system. A graphic representation of the data in the database is displayed on a computer display device. The system uses zooming, a common function used in computer systems, to show more or less information in the database in readable form. Using the computer pointer devices, the data in the database can be manipulated, added, deleted, or moved. The system allows for changing of the root node individual thereby giving a different view of the database, to zoom in or zoom out and save that view of the database for future reference. The system displays all relationships of the data in the hierarchical structure by use of various sizes and type of lines and positions in the structure and shows for example data further away from the root node individual as a progressively smaller graphical image.

Call rating systems and methods using a mobile to mobile database with operator prefixes and a rating key table in which network operators subscribed to by mobile to mobile calling and called parties are identified by database queries and a rating key is obtained according to the prefixes to rate the call according to the rating key value representing agreed discounts for calls between subscribers of mobile network operators and mobile virtual network operators.

A system, method, and computer program product are provided for handling bulk initial downloads of databases to mobile devices. Rather than straining the resources of a mobile device to recreate the database locally, a server can construct the database to the mobile device's requirements at the server by impersonating the mobile device. The server can then send the database, compressed and over an encrypted session, to the mobile device. The mobile device can then decrypt and uncompress the pages received, and then encrypt them using a local key for secure storage on a local storage device.

The present invention provides a mobile and web-based 12-lead ECG management information system for processing clinical 12-lead ECG, comprising: (a) a clinical device for automatically extracting a SCP-ECG or XML-ECG file and processing signals; (b) an ECG database for saving data exported from the clinical device with web-based user interface, and a mobile database which is synchronized with the ECG database; and (c) an interactive electric document for annotating 12-lead ECG with clinical diagnosis codes.

The invention discloses an automobile navigation system height information identification detection method which includes the steps: firstly, acquiring contour map data, viaduct position and height information data and mobile communication base station position and height information data, and storing the acquired data into a mobile phone database; secondly, transmitting current position coordinates and transmitting moment data to a mobile communication base station after the current position coordinates of an automobile are acquired by a mobile phone satellite navigation system through a GPS(global position system); thirdly, returning horizontal position coordinates and height coordinates of the mobile communication base station and returning moment to a mobile phone when the position coordinates and the transmitting moment data are received by the mobile communication base station; fourthly, calculating height of a mobile communication base station signal receiving point and horizontal distance between the automobile and the mobile communication base station signal receiving point by a mobile phone data processing unit; fifthly, comparing mobile phone processor time data and a preset threshold value, judging whether the mobile phone processor time data are right or not, repeating the second step to the fourth step if not, and rightly planning route navigation. The method hasthe advantages of rapidness and accuracy in navigation.