A medication management system, having a means for recording a medication regimen; and a medication dispenser having: a base having a sensor for detecting changes in the medication dispenser; a casing having: compartments; walls separating each compartment; and wires housed within the walls; a cap adapted to fit onto and rotate on the top end, the cap having: a door adapted to be in a closed state and in an open state; a first cap magnet; and a second cap magnet adapted to be aligned with and make a magnetic connection with the first cap magnet when the door is in the open state, creating a first electrical signal; wherein the first electrical signal is sent to the processor via the wires; such that a removal of the medication from the medication dispenser is detected by the sensor and generates a second electrical signal sent to the processor.

A tablet splitting apparatus includes a guide, a catcher, and a splitting mechanism. The splitting mechanism comprises a pair of blades and a pair of blade shifters. The guide, the catcher, and the splitting mechanism are accommodated in a housing. The housing includes an opening and a support. The support and the guide each include a sliding portion. The guide disposed at the supporting position is slid along the sliding portion of the support so as to be detachable from the supporting position through the opening. The blades and the blade shifters each comprise a sliding portion. The blades and the blade shifters are in a slidable contact with each other at the sliding portions. The blades attached to the respective predetermined positions of the blade shifters are slid along the sliding portions of the blade shifters so as to be detachable from the blade shifters through the opening.

A cutting device includes a first blade having a first sharp edge aligned in a first direction, and a second blade having a second sharp edge aligned in a second direction, opposite the first direction. The second blade is oriented adjacently in proximity with the first blade so that they may slide closely besides one another. The first sharp edge has a first concavely-curved indent, and the second sharp edge has a second concavely-curved indent aligned opposite the first concavely-curved indent. The first and second concavely-curved indents form an opening between the first sharp edge and the second sharp edge. The opening is adapted to receive a pill for cutting when the first blade is moved in the first direction and the second blade is concurrently moved in the second direction, which effectively splits the pill for precise dosing and reduced waste.

A pill crushing device pulverizes pills and then transfers the pulverized pills out of the device with minimal transfer loss and spillage. The device includes a pill chamber. The pill chamber may form a threaded connection with the storage portion that enables detachment. The pill is pulverized in the pill chamber. A first spoon may retains the pill and carries the pulverized pill out of the chamber along a longitudinal opening of the pill chamber. An optional second spoon detachably attaches to the first spoon to carry supplemental compositions to the pulverized pill.

A pill management device includes a portable reservoir having a pill-receiving inlet and an access door spaced from the pill-receiving inlet, a pill-crushing mechanism disposed within the reservoir and configured to transform a solid pill, introduced via the pill-receiving inlet, to pill powder, and a locking mechanism in communication with the access door and the pill-receiving inlet for preventing unauthorized access to the pill powder housed within the reservoir. Advantageously, the locking mechanism locks the access door and the pill-receiving inlet.

A sensor detects the presence of an upper cup in a pair of cups, between which pills are crushed by machine. Operation of the crushing machine is prevented if the upper cup is absent, and enabled if the upper cup is present. The sensor may be a photodiode that is sensitive to a beam of laser light that is directed over the lower cup. The beam passes when the upper cup is absent and is blocked by the upper cup when present. An optional sensor may be included to detect whether the drawer containing the cups and pills is closed, which is used as a further condition that must be satisfied before crushing can be started. Also, an interlock can be included to prevent the drawer from opening during the crushing process. By ensuring the presence of the upper cup, the escape of powdered medication can be prevented.

An object is to modify, for example, an aligning mechanism such that in a disk rotation type medicine feeder and a tablet splitting apparatus, tablets are successively fed at appropriate Intervals which are not too sparse and not too dense. A turntable is divided into an inner part (50) and an outer part (40). The angular speed of a large-diameter turntable 40 is made higher than the angular speed of a small-diameter turntable 50, and a tablet transfer path 32 of a straightening guide 30 is configured to be a spiral path extending from an inner end portion 32a to an outer end portion 32b. This enables tablets to be successively fed at appropriate intervals. Additionally, a tablet contact, portion (64) of a tablet holding mechanism is reciprocated with respect to a temporary holding area 62 located before the outer end portion 32b. A tablet is temporarily held in the temporary holding area (62) and when a long narrow blade insertion slit 43 in the large-diameter turntable 40 reaches the temporary holding area (62), a tablet cutting blade of a tablet cutting mechanism is reciprocated with respect to the temporary holding area and a blade insertion notch (62, 63) to split the tablet. The resulting cutting dust is dropped from the blade insertion slit 43 or small holes 42 to be separated from the split tablets. The split tablets are then dropped from a discharge port 61.

A method of formulating a topical composition may include combining a powder including an antimicrobial pharmaceutical drug and a topical carrier. The powder may include at least a portion of a crushed oral tablet. The crushed oral tablet may include at least a portion of the antimicrobial pharmaceutical drug. The antimicrobial pharmaceutical drug may be selected from voriconazole, fluconazole, linezolid, levofloxacin, ciprofloxacin, or combination thereof.

An electric medicine grinder includes a storing base and a grinding base detachably connected together, and a grinding assembly and an operating module mounted on the grinding base. The grinding assembly includes a driving motor and a breaking tool. The breaking tool is mounted in a storing recess of the storing base. The operating module is electrically connected with the driving motor, and is configured to provide electric power for operation of the driving motor. Medicines can be ground into powder simply by pressing the starting switch, which is time and labor saving. It is useful to reduce the ground medicine remaining in the storing recess and on the breaking tool. A total amount of medicine taken by the patient is not reduced and no ground medicines would be remained in the electric medicine grinder and mix with the subsequent ground medicines to cause adverse effects to the patient.

A pill positioning and cutting apparatus includes a housing a pair of push buttons slidably mounted within a housing and resiliently coordinated with a pair of pill positioning pistons slidably positioned in a pill support trough to position a pill in the trough for cutting engagement by converging blades which extend from the push buttons.