Abstract: A surgical cautery device includes a voltage generator, a controller, forceps, an actuator, and a receiver. The voltage generator is configured to be electrically connected to a power source. The forceps are electrically coupled to the voltage generator and configured to cauterize tissue. The actuator is configured to generate and wirelessly transmit an on/off signal. The receiver is operable to wirelessly receive the on/off signal. The controller controls power to the voltage generator from the power source in response to the on/off signal.
Abstract: A computerized system manages health documents in a computer database. Each document in the database is associated with an author, which is in turn associated with group. When documents for a patient are listed for a user, the computerized system uses the user's own group assignment within the database to organize and present the patient documents. Rules associated with the user's group create ad hoc categories of documents that are of special interest to the user.
Abstract: A computerized system manages health documents in a computer database. Each document in the database is associated with an author, which is in turn associated with group. When documents for a patient are listed for a user, the computerized system uses the user's own group assignment within the database to organize and present the patient documents. Rules associated with the user's group create ad hoc categories of documents that are of special interest to the user.
Abstract: A surgical cautery device includes a voltage generator, a controller, forceps, an actuator, and a receiver. The voltage generator is configured to be electrically connected to a power source. The forceps are electrically coupled to the voltage generator and configured to cauterize tissue. The actuator is configured to generate and wirelessly transmit an on/off signal. The receiver is operable to wirelessly receive the on/off signal. The controller controls power to the voltage generator from the power source in response to the on/off signal.
Abstract: A computerized system manages health documents in a computer database. Each document in the database is associated with an author, which is in turn associated with group. When documents for a patient are listed for a user, the computerized system uses the user's own group assignment within the database to organize and present the patient documents. Rules associated with the user's group create ad hoc categories of documents that are of special interest to the user.
Type:
Application
Filed:
October 7, 2019
Publication date:
January 30, 2020
Applicant:
BILLINGS CLINIC
Inventors:
Robin Horrell, MD, Ronald H. Gordon-Ross
Abstract: A computerized system manages health documents in a computer database. Each document in the database is associated with an author, which is in turn associated with group. When documents for a patient are listed for a user, the computerized system uses the user's own group assignment within the database to organize and present the patient documents. Rules associated with the user's group create ad hoc categories of documents that are of special interest to the user.
Abstract: A computerized system manages health documents in a computer database. Each document in the database is associated with an author, which is in turn associated with group. When documents for a patient are listed for a user, the computerized system uses the user's own group assignment within the database to organize and present the patient documents. Rules associated with the user's group create ad hoc categories of documents that are of special interest to the user.