Telemedical wearable sensing system for management of chronic venous disorders

A telemedical interface pressure monitoring system, comprising:

• (a) a computer server with a communications hub;
• and
• (b) a network of individual patient pressure treatment platforms configured to communicate with the computer server through the communications hub, said treatment platform comprising:
• (i) a compression therapy device, said device capable of exerting an interface pressure when applied to the body of a user;
• (ii) a sensor array with at least one pressure sensor configured to be disposed between the compression therapy device and the body of a user, said array producing sensor array signals;
• and
• (iii) a data collection transmission node operably coupled to the sensors of the sensor array configured to receive the sensor array signals, said node comprising a microprocessor, a receiver and one or more transmitters, said transmitters in communication with the communications hub of the computer server;
• (e) wherein said sensor array signals received by the node are transmitted to said computer server;
• and
• (f) wherein an interface pressure quantity is formulated from said sensor array signals and recorded in memory of said computer server.

A telemedical interface pressure monitoring system, comprising:

• (a) a compression therapy device capable of exerting an interface pressure when applied to the body of a user, said device comprising:
• (i) an inflatable sleeve with at least one inflatable chamber;
• (ii) an inflator fluidly coupled to the sleeve configured to inflate each inflatable chamber with a volume of fluid;
• and
• (iii) an inflation controller configured to control the inflation of the chambers of the sleeve;
• (b) a sensor array with at least one pressure sensor configured to be disposed on a surface of said sleeve, said array producing sensor array signals;
• (c) a data collection transmission node operably coupled said inflation controller and to the sensors of the sensor array configured to receive the sensor array signals, said node comprising a microprocessor and one or more transmitters;
• and
• (d) a computer processor operably coupled to the transmission node with a memory storing instructions executable on the computer processor, wherein when executed by the computer processor said instructions perform steps comprising:
• (i) receiving sensor data transmitted from said transmission node;
• (ii) determining an interface pressure;
• and
• (iii) controlling the inflation controller to inflate the inflatable sleeve to a designated pressure.