Abstract: A dispensing cap comprising a chamber; a seal; a releasing structure; and container engagement portion; wherein the releasing structure comprises a deformable upper wall, from which a seal engaging structure extends downward, wherein the seal engaging structure is configured to engage a portion of the seal, such that when the deformable upper wall is deformed, the seal is moved to allow the chamber to have a lower opening, and any contents contained within the chamber are caused to be pulled down by gravity and out of the dispensing cap.

Abstract: Metered dispensing assemblies comprising: a receptacle; a dispensing tube; and one or more apertures on the portion of the dispensing tube that lies within the receptacle. The metered dispensing assemblies may engage a reservoir. Upon application of pressure to a fluid within the reservoir, the fluid may flow through the dispensing tube and through the one or more apertures to deposit in the receptacle. If the fill line of the fluid in the receptacle is above the one or more apertures when the pressure is released, the fluid will flow through the aperture and the dispensing tube into the reservoir, leaving a precise dosage remaining in the receptacle.

Abstract: A liquid dispensing apparatus including a dispensing nozzle, end cap housing, lock-out mechanism, and dosage collar, wherein the lock-out mechanism is configured to prevent additional actuation of the dispensing nozzle and the dosage collar is configured to determine how far the dispensing nozzle may travel without resetting, which may allow the user to dispense a specific dosage of material to be dispensed via the dispensing nozzle.

Abstract: A liquid dispensing apparatus comprising: a dispensing nozzle, end cap housing, lock-out mechanism, and dosage collar, wherein the lock-out mechanism is configured to prevent additional actuation of the dispensing nozzle and the dosage collar is configured to determine how far the dispensing nozzle may travel without resetting, which may allow the user to dispense a specific dosage of material to be dispensed via the dispensing nozzle.

Abstract: A kit comprising a device for dosing and dispensing a dose of a non-liquid medicine that is readily dispersible in an aqueous solution suitable for oral administration, preferably a temozolomide formulation that can be titrated readily and accurately.

Abstract: A kit comprising a device for dosing and dispensing a dose of a non-liquid medicine that is readily dispersible in an aqueous solution suitable for oral administration, preferably a temozolomide formulation that can be titrated readily and accurately.

Abstract: A kit comprising a device for dosing and dispensing a dose of a non-liquid medicine that is readily dispersible in an aqueous solution suitable for oral administration, preferably a temozolomide formulation that can be titrated readily and accurately.

Abstract: A holder with a safety shield for a drug delivery device; the shield obstructing access to a needle of the drug delivery device following use thereof. The safety shield may be actively deployed, in which case the health care worker must perform an action beyond complete depression of the pusher into the body of the drug delivery device to deploy the shield. Alternatively, the safety shield may be deployed passively or automatically, in which case deployment of the shield occurs upon complete depression of the pusher into the body, with no additional action required of the health care worker. The safety shield is springloaded and released to its extended position by a mechanical coupling of a series of position members, including levers, formed on the holder and the drug delivery device.

Abstract: A kit comprising a device for dosing and dispensing a dose of a non-liquid medicine that is readily dispersible in an aqueous solution suitable for oral administration, preferably a temozolomide formulation that can be titrated readily and accurately.

Abstract: A device for dosing and dispensing a dose of a non-liquid medicine that comprises a body connectable to a container containing an amount of a non-liquid medicine. When the body is connected with the container, an amount of the non-liquid medicine may be transferred from the container to at least one chamber defined within the body. In a preferred embodiment, two chambers are defined within the body, each having a different predetermined size (i.e., volume). A user may set the amount of the non-liquid medicine to be transferred using a plunger rod slideably located within the at least one chamber, or with each of the two chambers. A kit comprises the device and a non-liquid medicine that is readily dispersible in an aqueous solution suitable for oral administration, preferably a temozolomide formulation that can be titrated readily and accurately.

Abstract: A device for dosing and dispensing a dose of a non-liquid medicine that comprises a body connectable to a container containing an amount of a non-liquid medicine. When the body is connected with the container, an amount of the non-liquid medicine may be transferred from the container to at least one chamber defined within the body. In a preferred embodiment, two chambers are defined within the body, each having a different predetermined size (i.e., volume). A user may set the amount of the non-liquid medicine to be transferred using a plunger rod slideably located within the at least one chamber, or with each of the two chambers. A kit comprises the device and a non-liquid medicine that is readily dispersible in an aqueous solution suitable for oral administration, preferably a temozolomide formulation that can be titrated readily and accurately.

Abstract: A holder with a safety shield for a drug delivery device; the shield obstructing access to a needle of the drug delivery device following use thereof. The safety shield may be actively deployed, in which case the health care worker must perform an action beyond complete depression of the pusher into the body of the drug delivery device to deploy the shield. Alternatively, the safety shield may be deployed passively or automatically, in which case deployment of the shield occurs upon complete depression of the pusher into the body, with no additional action required of the health care worker. The safety shield is springloaded and released to its extended position by a mechanical coupling of a series of position members, including levers, formed on the holder and the drug delivery device.

Abstract: A holder with a safety shield for a drug delivery device; the shield obstructing access to a needle of the drug delivery device following use thereof. The safety shield may be actively deployed, in which case the health care worker must perform an action beyond complete depression of the pusher into the body of the drug delivery device to deploy the shield. Alternatively, the safety shield may be deployed passively or automatically, in which case deployment of the shield occurs upon complete depression of the pusher into the body, with no additional action required of the health care worker. The safety shield is spring-loaded and released to its extended position by a mechanical coupling of a series of position members, including levers, formed on the holder and the drug delivery device.

Abstract: A handheld topical applicator. The handheld topical applicator is preferably adapted to release a precise amount of liquid onto a surface and is preferably used for various applications such as marking a surface and/or providing a proper amount of dosage for medicinal applications. The handheld topical applicator may comprise a liquid delivery system for dispensing a precise amount of liquid onto various surfaces, a projecting/retracting mechanism, and an audible and/or tactile physical feedback mechanism. The projecting/retracting mechanism may controllably retract or protrude a nib into and out of the housing, and the audible/physical feedback mechanism may provide either a physical and/or audible click once a desired amount of liquid transfers onto the surface.

Abstract: A handheld topical applicator. The handheld topical applicator is preferably adapted to release a precise amount of liquid onto a surface and is preferably used for various applications such as marking a surface and/or providing a proper amount of dosage for medicinal applications. The handheld topical applicator may comprise a liquid delivery system for dispensing a precise amount of liquid onto various surfaces, a projecting/retracting mechanism, and an audible and/or tactile physical feedback mechanism. The projecting/retracting mechanism may controllably retract or protrude a nib into and out of the housing, and the audible/physical feedback mechanism may provide either a physical and/or audible click once a desired amount of liquid transfers onto the surface.

Abstract: A handheld precise liquid marker. The handheld precise liquid marker preferably creates a substantially perfect dot when marking one or more surfaces and is preferably used for multiple applications such as marking a dimple of a golf ball surface and/or providing a proper amount of dosage for medicinal applications. The handheld precise liquid marker may also comprise a liquid delivery system for dispensing a precise amount of ink or liquid onto various surfaces, a projecting/retracting mechanism, and an audible and/or tactile physical feedback mechanism. The projecting/retracting mechanism may controllably retract or protrude a nib into and out of the housing, and the audible/physical feedback mechanism may provide either a physical and/or audible click once a desired amount of ink or liquid transfers onto the surface.

Abstract: A holder with a safety shield for a drug delivery device; the shield obstructing access to a needle of the drug delivery device following use thereof. The safety shield may be actively deployed, in which case the health care worker must perform an action beyond complete depression of the pusher into the body of the drug delivery device to deploy the shield. Alternatively, the safety shield may be deployed passively or automatically, in which case deployment of the shield occurs upon complete depression of the pusher into the body, with no additional action required of the health care worker. The safety shield is spring-loaded and released to its extended position by a mechanical coupling of a series of position members, including levers, formed on the holder and the drug delivery device.

Abstract: A holder with a safety shield for a drug delivery device; the shield obstructing access to a needle of the drug delivery device following use thereof. The safety shield may be actively deployed, in which case the health care worker must perform an action beyond complete depression of the pusher into the body of the drug delivery device to deploy the shield. Alternatively, the safety shield may be deployed passively or automatically, in which case deployment of the shield occurs upon complete depression of the pusher into the body, with no additional action required of the health care worker. The safety shield is spring-loaded and released to its extended position by a mechanical coupling of a series of position members, including levers, formed on the holder and the drug delivery device.

Abstract: A handheld precise liquid marker. The handheld precise liquid marker preferably creates a substantially perfect dot when marking one or more surfaces and is preferably used for multiple applications such as marking a dimple of a golf ball surface and/or providing a proper amount of dosage for medicinal applications. The handheld precise liquid marker may also comprise a liquid delivery system for dispensing a precise amount of ink or liquid onto various surfaces, a projecting/retracting mechanism, and an audible and/or tactile physical feedback mechanism. The projecting/retracting mechanism may controllably retract or protrude a nib into and out of the housing, and the audible/physical feedback mechanism may provide either a physical and/or audible click once a desired amount of ink or liquid transfers onto the surface.