A sachet (10) for containing solid tablets (30) having a cavity (11) with an outlet tunnel (20) a long which a tablet (30) can be moved in an outward direction, the outlet tunnel (20) comprising sequential sections (20A, 20B) in the outward direction aligned at a non-180 angle to each other, and the cavity (20) contains at least one solid tablet (30) which can be urged into the inlet opening (21), along the outlet tunnel and out through the outlet opening (22). The angled sections of the outlet tunnel impart child-resistance to the sachet.

A pill container and cap for storing and dispensing medication is described. In various embodiments, the pill container comprises an outer shell having an angled corner section, a constriction within the outer shell configured to limit flow of the medication out of the container a cap to seal the container. Various additional features and component are also described.

The present disclosure generally provides apparatuses useful for containing and dispensing pills or other medicaments, particularly in a health care context, as well as methods of using such apparatuses and systems incorporating such apparatuses.

A portable medicine feeder includes at least two medicine boxes placed in juxtaposition to be integrally arranged. Each medicine box has an accommodation portion and block walls perpendicularly extending upwards from a bottom of the accommodation portion wherein at least one block wall is shared. A gradually-reduced guide channel extends forwards and upwards from the bottom of the accommodation portion. An included angle of at least 120 degrees is defined between the slope of the gradually-reduced guide channel and the bottom of the accommodation portion so that an outlet formed at a front end of the gradually-reduced guide channel has a width much smaller than that of the accommodation portion. A gap is formed between the adjacent outlets of the adjacent medicine boxes. The gap and the gradually-reduced guide channel can go into the corner of the mouth and the lower lip of the taker.

A bottle insert for absorbing gas or humidity of a bottle, the bottle insert includes a body; one or more skid reduction elements. The body may include at least one out of (a) a chamber for storing a first absorbing material, and (b) a solid absorbing element that differs from powder. The absorbing material and the solid absorbing element are for absorbing at least one out of gas and humidify of a bottle.

A container having a container element, a lid element removably joined to the container element to form a sealed storage cavity, and a bowl element that removably covers the lid element to protect it during transport. The storage cavity has an interior vertical wall dividing it into multiple storage chambers. The lid element has two openings, each sealably closed by an operable flap movable from an open position to a closed position. In an open position, the flap has a convex outer surface forming a spout for the opening. In a closed position, the flap has a concave outer surface and engages all edges of the opening to seal the opening. When in use, the bowl element can be removably stowed to the bottom of the container element or used as a serving vessel.

The container closure system, having a container for capsules, drages, tablets, and the like, and a screw-on cap that can be screwed onto the container, is characterized in that a dispensing aid has a blocking element having a suspension device, and in that the suspension device is attached to the inner wall of the container and has holes for capsules, drages, tablets, and the like, wherein the hole is smaller than the container opening.

The container system having a container and a screw-on cap that may that may be screwed onto the container and having an olive that is molded onto the screw-on cap and that is positioned against an annular edge area of the container opening is characterized in that the olive is molded onto the screw-on cap such that it fits against the exterior annular edge area of the container in a sealing manner, and in that the outer annular edge area has a continuously smooth surfaces.

A pill feeder accepts a quantity of pills and organizes the pills into a single file where each pill is output in a controlled orientation at a controlled rate. The pill feeder includes a rotating disk, a rotating rim, a lift gate, a separator gate, and an exit path. The rotating disk receives and moves pills in a rotation direction about a surface of the rotating disk at a first angular velocity. The rotating rim that moves pills received from the rotating disk in the same rotation direction as the rotating disk. The lift gate raises a height above the surface of the rotating rim that permits passage of a single layer of the plurality of pills. A transition to an exit chute of the pill feeder provides a plurality of slopes to control the orientation of pills transitioning from the rim to the exit chute.

A portable medicine feeder includes at least two medicine boxes placed in juxtaposition to be integrally arranged. Each medicine box has an accommodation portion and block walls perpendicularly extending upwards from a bottom of the accommodation portion wherein at least one block wall is shared. A gradually-reduced guide channel extends forwards and upwards from the bottom of the accommodation portion. An included angle of at least 120 degrees is defined between the slope of the gradually-reduced guide channel and the bottom of the accommodation portion so that an outlet formed at a front end of the gradually-reduced guide channel has a width much smaller than that of the accommodation portion. A gap is formed between the adjacent outlets of the adjacent medicine boxes. The gap and the gradually-reduced guide channel can go into the corner of the mouth and the lower lip of the taker.