Dispenser for dosing tablets or powders
Dispenser for dosing tablets or powders includes a container configured to hold the tablets or the powders. A dosing device is mounted to the container and being configured to allow the tablets or the powders to be dosed via an outlet. The dosing device includes a stator having an axis and a rotor that is connected to the stator and that can rotate about the axis of the stator. The rotor has a passage opening and a bottom portion that covers an upper portion of the stator. A cap is configured to at least cover the rotor. A first tamper-indicating device connects the cap to the stator. A second tamper-indicating device connects the stator to the container. A child-proof lock is utilized.
1. A dispenser for dosing tablets or powders, comprising:
a container configured to hold the tablets or the powders;
a dosing device mounted to the container and being configured to allow the tablets or the powders to be dosed via an outlet;
said dosing device comprising:
a stator having an axis; and
a rotor that is connected to the stator and that can rotate about the axis of the stator;
said rotor having a passage opening and a bottom portion that covers an upper portion of the stator;
a cap configured to at least cover the rotor;
a first tamper-indicating device connecting the cap to the stator;
a second tamper-indicating device connecting the stator to the container;
a child-proof lock that is disengaged when one of:
pressure is applied to the rotor or an element connected to the rotor while simultaneously the rotor and the stator are caused to rotate relative to one another; or
pressure is applied to the stator or an element connected to the stator while simultaneously the rotor and the stator are caused to rotate relative to one another.
2. The dispenser of claim 1 , wherein the stator comprises teeth and the rotor comprises teeth that can engage with the teeth of the stator.
3. The dispenser of claim 2 , wherein the rotor comprises an elastically deformable wall and the teeth of the rotor are arranged on the elastically deformable wall.
4. The dispenser of claim 3 , wherein the teeth of the rotor are arranged on a segment of teeth.
5. The dispenser of claim 3 , wherein the teeth of the rotor are hook-shaped or have a hook-shaped end.
6. The dispenser of claim 5 , wherein the teeth of the rotor have a rounded engaging region.
7. The dispenser of claim 3 , wherein the teeth of the stator are hook-shaped or have a hook-shaped end.
8. The dispenser of claim 7 , wherein the teeth of the rotor have a rounded engaging region.
9. The dispenser of claim 1 , wherein the stator comprises at least one elastically deformable actuator button and the rotor comprises an opening that allows access to the at least one elastically deformable actuator button when the rotor is in a predetermined position.
10. The dispenser of claim 1 , wherein the container comprises at least one protrusion that is engagable with a resilient arm arranged on the stator, whereby the at least one protrusion and the resilient arm can prevent rotation of the stator relative to the container in a rotation direction.
11. The dispenser of claim 1 , wherein the rotor comprises a receptacle configured to receive a drying agent.
12. The dispenser of claim 1 , wherein the cap covers the rotor and the stator.
13. A dispenser for dosing tablets or powders, comprising:
a container having an upper end and being configured to hold the tablets or the powders;
a dosing device mounted to the upper end the container and being configured to allow the tablets or the powders to be dosed;
said dosing device comprising:
a stator having an axis; and
a rotor that is connected to the stator and that can rotate about the axis of the stator;
said rotor having a passage opening and a bottom portion that covers an upper portion of the stator;
a removable cap configured to cover the rotor and the stator;
at least one tamper-indicating device connecting one of:
the cap to the stator;
the stator to the upper end of the container; or
the cap to the upper end of the container;
a child-proof lock that is disengaged when one of:
pressure is applied to the rotor or an element connected to the rotor while simultaneously the rotor and the stator are caused to rotate relative to one another; or
pressure is applied to the stator or an element connected to the stator while simultaneously the rotor and the stator are caused to rotate relative to one another.