Feedback mechanism in a pessary

An adjustable vaginal pessary adapted to provide support to vaginal walls of a patient comprising within:

• a. a pessary expanding and contracting mechanism;
• b. at least one intravaginal pressure sensor interconnected to said pessary;
• c. at least one computer for processing data from said pressure sensor interconnected to said sensor;
• wherein said pessary expanding and contracting mechanism is provided with at least one motor for expanding and contracting said reversibly expandable pessary;
• further wherein said computer is configured to translate said pressure data into programmed instructions for expanding or contracting the configuration of said adjustable pessary in predetermined feedbacked manner.

A feedback mechanism for an adjustable vaginal pessary adapted to provide real-time adjustments in order to provide support to vaginal walls of a patient comprising:

• a. at least one pressure sensor interconnected to said vaginal pessary for detecting intravaginal pressure;
• b. at least one computer comprising at least one microprocessor, at least one memory, at least one input/output (I/O), at least one wireless adaptor, at least one transmitter;
• said at least one computer interconnected to said at least one pressure sensor and configured for processing data from said pressure sensor;
• c. at least one motor interconnected to said at least one computer;
• d. at least one battery interconnected to said at least one pressure sensor, said at least one computer and said at least one motor;
• e. at least one pessary adjusting mechanism interconnected to said at least one motor.
• wherein said computer is configured to translate said pressure data into programmed instructions for expanding or contracting the configuration of said adjustable pessary in predetermined manner.

An adjustable vaginal pessary adapted to provide real-time adjustments by means of a feedback mechanism in order to provide support to vaginal walls of a patient comprising:

• a. at least one computer comprising at least one microprocessor, at least one memory, at least one input/output (I/O), at least one wireless adaptor, at least one transmitter;
• said at least one computer interconnected to said at least one pressure sensor;
• b. at least one motor interconnected to said at least one computer;
• c. at least one battery interconnected to said at least one computer and said at least one motor;
• d. at least one pessary adjusting mechanism interconnected to said at least one motor. wherein said pessary preserves a circular geometry during said adjustments.