초록 ▼

Multiple health profiles from multiple personal health monitoring systems are compiled. The multiple personal health monitoring systems each monitor a current health profile including physical parameters and environmental parameters indicative of the current health of one of multiple users. The phys

Multiple health profiles from multiple personal health monitoring systems are compiled. The multiple personal health monitoring systems each monitor a current health profile including physical parameters and environmental parameters indicative of the current health of one of multiple users. The physical parameters and environmental parameters of each of the multiple health profiles are compared to determine health affecting factors for the multiple users, such that health affecting factors of public health are audited.

대표청구항 ▼

Multiple health profiles from multiple personal health monitoring systems are compiled. The multiple personal health monitoring systems each monitor a current health profile including physical parameters and environmental parameters indicative of the current health of one of multiple users. The phys

Multiple health profiles from multiple personal health monitoring systems are compiled. The multiple personal health monitoring systems each monitor a current health profile including physical parameters and environmental parameters indicative of the current health of one of multiple users. The physical parameters and environmental parameters of each of the multiple health profiles are compared to determine health affecting factors for the multiple users, such that health affecting factors of public health are audited. able apparatus of claim 11 further comprising a magnet for activating the solenoid. 13. An implantable apparatus of claim 1 wherein said constricting member comprises a first shell and a second shell pivotally connected such that the second shell is movable from an open position to a closed position. 14. An implantable apparatus of claim 13 whereby the movement of the second shell to a closed position constricts the body canal thus reducing fluid flow within the body canal. 15. An implantable apparatus of claim 13 wherein said biasing member comprises at least one spring exerting outward force approximate to the pivot point of said constricting member forcing said constricting member to be in a normally closed position such that said constricting member constricts the body canal. 16. An implantable apparatus of claim 13 wherein said pulling member comprises a cable having at least a first end and a second end. 17. An implantable apparatus of claim 16 whereby the first end of the cable is running slidably through the first shell of said constricting member running parallel to said biasing member and is attached to the second shell of said constricting member. 18. An implantable apparatus of claim 16 wherein said activating member comprises a housing having at least a first side and a second side whereby the second end of the cable is running sidably through the first side of the housing and is fixed to the second side of the housing such that substantially perpendicular pressure against a portion of the cable between the first side and the second side of the housing results in movement of the first end of the cable against the force exerted by said biasing member causing said constricting member to move away from the closed position to allow at least some fluid flow through the body canal. 19. An implantable apparatus of claim 16 wherein said activating member comprises a stepper motor coupled to the second end of the cable so that activation of the stepper motor causes the second end of the cable to be axially pulled towards the stepper motor resulting in movement of said plunging member away from the body canal to allow at least some fluid flow there through. 20. An implantable apparatus of claim 19 further comprising a magnet for activating the stepper motor. 21. An implantable apparatus of claim 16 wherein said activating member comprises a housing having at least a first side and second side whereby the second end of the cable is running slidably through the first side of the housing and is fixed to the second side of the housing, and a solenoid such that activation of the solenoid results in downward force being exerted against a portion of the cable between the first side and the second side of the housing thereby causing movement of the first end of the cable against the force exerted by said biasing member causing the constricting member to move away from the closed position to allow at least some fluid flow through the body canal. 22. An implantable apparatus of claim 21 further comprising a magnet for activating the solenoid. 23. An implantable apparatus for controlling fluid flow within a host body comprising: a constricting member for reducing fluid flow within a body canal when in a closed position, said constricting member comprising a first engaging element and a second engaging element for coupling to the first engaging element to encircle a body canal, and further comprising a plunging member located within the first engaging element and the second engaging element such that the plunging member may apply pressure against the body canal; a biasing member for biasing said constricting member against the body canal; a pulling member for countering the force exerted by said biasing member such that when activated said constricting member is forced away from the closed position so as to allow increased fluid flow within the body canal; said pulling member further comprising a triangular shaped pivot mem ber with three corners wherein the first corner opposite the hypotenuse is a fixed pivot point and the second corner is a floating pivot point coupled to said plunging member so that movement on the fixed pivot point results in movement of said plunging member away from the body canal to allow at least some fluid flow there through; and an activating member for activating said pulling member. 24. An implantable apparatus of claim 23 wherein said activating member comprises a stepper motor coupled to a bearing wheel so that activation of the stepper motor moves the bearing wheel so as to force the triangular shaped pivot member to move along its fixed pivot point such that the floating pivot point coupled to said plunging member moves so as to pull said plunging member away from the body canal to allow at least some fluid flow there through. 25. An implantable apparatus of claim 24 further comprising a magnet for activating the stepper motor. 26. An implantable apparatus for controlling fluid flow within a host body comprising: an engaging housing comprising a first engaging element and second engaging element for coupling to the first engaging element to encircle a body canal; a plunging member situated within said engaging housing which will apply pressure against the body canal; a biasing member for biasing said plunging member against the body canal such that said plunging member will normally apply pressure against the body canal; a cable with a first and second end whereby the first end is running slidably through said engaging housing and is attached to said plunging member; and an activating member mechanically connected to said second end of said cable for activating said implantable apparatus such that said plunging member moves away from the body canal to allow at least some fluid flow there through. 27. An implantable apparatus of claim 26 wherein said biasing member comprises at least one spring situated between said plunging member and said engaging housing. 28. An implantable apparatus of claim 26 wherein said activating member comprises a control housing having at least a first and second side whereby the second end of the cable is running slidably through the first side of the control housing and is fixed to the second side of the control housing such that substantially perpendicular pressure against a portion of the cable between the first side and the second side of the control housing results in movement of the plunging member away from the body canal to allow at least some fluid flow there through. 29. An implantable apparatus of claim 26 wherein said activating member comprises a stepper motor coupled to the second end of the cable so that activation of the stepper motor causes the second end of the cable to be axially pulled towards the stepper motor resulting in movement of said plunging member away from the body canal to allow at least some fluid flow there through. 30. An implantable apparatus of claim 29 further comprising a magnet for activating the stepper motor. 31. An implantable apparatus of claim 26 wherein said activating member comprises a housing having at least a first side and second side whereby the second end of the cable is running slidably through the first side of the housing and is fixed to the second side of the housing, and a solenoid such that activation of the solenoid results in downward force being exerted against a portion of the cable between the first side and the second side of the housing thereby causing movement of said plunging member away from the body canal to allow at least some fluid flow there through. 32. An implantable apparatus of claim 31 further comprising a magnet for activating the stepper motor. 33. An implantable apparatus for controlling fluid flow within a host body comprising: an engaging housing comprising a first engaging element and second engaging element for coupling to the first engaging element to encircle a body canal; a plun