Flow control apparatus

A flow control apparatus comprising:

• a housing adapted to load an administration feeding set;
• a rotor operatively engaged to and through said housing, said rotor adapted to engage tubing of said administration feeding set, said rotor further adapted to drive fluid through said tubing when said tubing is in a stretched condition,
• a single motor source operatively engaged with both said rotor and a valve mechanism;
• the gear arrangement operatively engaged with said single motor source and said rotor, said gear arrangement adapted to be operatively engaged with said valve mechanism and adapted to non-simultaneously operate said rotor or said valve mechanism;
• wherein said single motor is the only motor in said flow control apparatus,
• and said apparatus being further adapted to control the operation of said rotor or said valve mechanism.

A flow control apparatus comprising:

• a housing adapted to hold a single motor source,
• a first shaft and a second shaft,
• a gear arrangement,
• a clutch system,
• a valve mechanism, feeding,
• a single motor operatively engaged with a first shaft, a second shaft and third shaft, the single motor performs a first operation and a second operation;
• the first shaft cooperating with said single motor is adapted to perform the first operation and the second shaft cooperating with said single motor is adapted to perform the second operation, and the gear arrangement through the clutch system operatively interconnects the first and second shaft with a third shaft, wherein the third shaft is in cooperation with the first shaft for performing the first operation, or wherein the third shaft is in cooperation with the second shaft for performing the second operation, and further wherein the non-simultaneous operation of the first operation or second operation is determined through control signals executed from a microprocessor to the single motor, and wherein said single motor is the only motor in said flow control apparatus.