Abstract: A digital dispenser system including a cartridge for storing a supply of medicament, a mechanical dispenser for metering medicament out of the cartridge, and a communication system established between the cartridge and the dispenser for relaying information about the medicament stored and dispensed.

Abstract: A method and capsular medication delivery and inhalation device is used with a medication capsule. The capsule is free-standing in a capsule chamber and not secured in a fixed position. The capsule is moved with a moveable back wall and other cooperative structure into an opener which releases the medication inside the capsule. The device may include an aerosol stream for facilitating medication delivery. The device works with capsules of varying sizes and shapes.

Abstract: A method and capsular medication delivery and inhalation device is used with a medication capsule. The capsule is free-standing in a capsule chamber and not secured in a fixed position. The capsule is moved with a moveable back wall and other cooperative structure into an opener which releases the medication inside the capsule. The device may include an aerosol stream for facilitating medication delivery. The device works with capsules of varying sizes and shapes.

Abstract: A digital dispenser system including a cartridge for storing a supply of medicament, a mechanical dispenser for metering medicament out of the cartridge, and a communication system established between the cartridge and the dispenser for relaying information about the medicament stored and dispensed.

Abstract: An intraocular lens system adapted to be implanted within an eye includes an anterior optic movable in a forward direction within the eye. The intraocular lens system further includes at least two anterior haptic arms, each anterior haptic arm having a first end coupled to the anterior optic and a second end adapted to be coupled to the eye. The intraocular lens system further includes a posterior optic movable in the forward direction within the eye and coupled to the anterior haptic arms. The intraocular lens system further includes at least one posterior haptic member adapted to be coupled to the eye and coupled to the posterior optic. The anterior haptic arms are responsive to a first forward movement of the posterior optic by actuating a second forward movement of the anterior optic substantially larger than the first forward movement.

Abstract: An intraocular lens system adapted to be implanted within an eye includes an anterior optic movable in a forward direction within the eye. The intraocular lens system further includes at least two anterior haptic arms, each anterior haptic arm having a first end coupled to the anterior optic and a second end adapted to be coupled to the eye. The intraocular lens system further includes a posterior optic movable in the forward direction within the eye and coupled to the anterior haptic arms. The intraocular lens system further includes at least one posterior haptic member adapted to be coupled to the eye and coupled to the posterior optic. The anterior haptic arms are responsive to a first forward movement of the posterior optic by actuating a second forward movement of the anterior optic substantially larger than the first forward movement.