Automatic Visual Recognition Intravenous Infusion Drop Counting Application

A computer program product, the computer program product comprising a non-transitory computer readable storage medium having computer usable program code embodied therewith, the computer usable program code comprising:

• computer usable program code configured to receive at a mobile device a visual input for Automatic Visual Recognition Intravenous Infusion Drop Counting Application software subroutine framework, wherein the Automatic Visual Recognition Intravenous Infusion Drop Counting Application software subroutine framework runs on the mobile device and facilitates the administration and accuracy of an intravenous infusion therapy;
• computer usable program code configured to determine the occurring drip rate;
• computer usable program code configured to input the value of a required drip rate;
• computer usable program code configured to compare both, the occurring drip rate detected and a user's required drip rate;
• computer usable program code configured to automatically detect the falling drops into a drip chamber;
• computer usable program code configured to determine whether or not the occurring drip rate and the required drip rate values are synchronized;
• computer usable program code configured to responsively notify the user when the occurring drip rate is synchronized with a required drip rate;
• and
• computer usable program code configured to continue checking the occurring drip rate until the value of the occurring drip rate and the value of the required drip rate are synchronized.

A mobile device comprising:

• one or more processors;
• one or more transceivers for transmitting and receiving wireless data;
• one or more sensors for detecting visual events;
• one or more storage devices storing program instructions, wherein executing the program instructions by the one or more processes causes the computing device to:
• receive at the mobile device an visual activation triggering input for the Automatic Visual Recognition Intravenous Infusion Drop Counting Application software subroutine framework, wherein the Automatic Visual Recognition Intravenous Infusion Drop Counting Application software subroutine framework runs on the mobile device and facilitates the administration and accuracy of an intravenous infusion therapy;
• determine an occurring drip rate value associated with the received visual activation input, wherein the Automatic Visual Recognition Intravenous Infusion Drop Counting Application software subroutine framework running in the mobile device use its value to determine if it matches the required drip rate;
• capture one or more additional information items to be attached to the infusion therapy tasks and schedules;
• automatically displaying the occurring drip rate value;
• determine whether or not the process to match the values of the occurring drip rate and the required drip rate has been terminated;
• responsively capture one or more updated additional information items to be sent with one or more update emergency messages;
• and
• continue displaying the occurring drip rate until the Automatic Visual Recognition Intravenous Infusion Drop Counting Application software subroutine framework running in the mobile device use its value to determine if it matches the calculated drip rate.