A coffee grinder suitable for home use can include a housing that receives coffee beans, a grinding component within the housing, a removable container that receives coffee grounds dispensed from the grinding component, and a base located beneath the grinding component that supports the container. Magnetic components in the base and removable container can optimally align the container when placed atop the base. A knocker system can dislodge ground coffee residue into the container when actuated. An intelligent drive system can utilize feedback to drive the grinding component at a constant speed to minimize coffee grounds size variances. A grinds chamber in the housing can define an asymmetrical cross-sectional geometry. An auger that drives the grinding component can have an outer thread that forces coffee beans through the grinds chamber, and a grinds chamber housing can include a protective shoulder that covers a lead-in portion of the outer thread.

The invention relates to a grinder for grinding coffee beans. The grinder has a first grinding tool and a second grinding tool which form a grinding gap and are rotatable relative to each other to grind coffee beans in the gap. A force generation device is arranged for applying a force, which is adjustable during operation, to one or both of the first grinding tool and second grinding tool, which force is transferrable to the coffee beans. The invention also relates to a method for grinding coffee beans with the grinder for preparing a hot beverage.

The invention relates to a grinder for grinding coffee beans. The grinder has a first grinding tool and a second grinding tool which form a grinding gap and are rotatable relative to each other to grind coffee beans in the gap. A force generation device is arranged for applying a force, which is adjustable during operation, to one or both of the first grinding tool and second grinding tool, which force is transferrable to the coffee beans. The invention also relates to a method for grinding coffee beans with the grinder for preparing a hot beverage.

An apparatus for dosing coffee beans for the purpose of selecting a metered quantity to be ground comprises a portioning device with a metering chamber having a receiving volume for receiving the coffee beans. The receiving volume is variable. Preferably, the setting of the metered quantity is performed mechanically, wherein the effect of the settings on the portioning device takes place mechanically. Preferably, the apparatus comprises a setting ring for manually adjustment of the metered quantity.

An apparatus for dosing coffee beans for the purpose of selecting a metered quantity to be ground comprises a portioning device with a metering chamber having a receiving volume for receiving the coffee beans. The receiving volume is variable. Preferably, the setting of the metered quantity is performed mechanically, wherein the effect of the settings on the portioning device takes place mechanically. Preferably, the apparatus comprises a setting ring for manually adjustment of the metered quantity.

A cannabis personal processor apparatus is disclosed herein including a cylindrical-shaped body having a first end and a second end, a dispensing cone, an operation switch, a light strip, a rechargeable battery, a plurality of blades, a lid, and a stand. The device is configured to produce finely ground Cannabis with enhanced flavor and greater potency.

A cannabis personal processor apparatus is disclosed herein including a cylindrical-shaped body having a first end and a second end, a dispensing cone, an operation switch, a light strip, a rechargeable battery, a plurality of blades, a lid, and a stand. The device is configured to produce finely ground Cannabis with enhanced flavor and greater potency.

A method for grinding coffee beans in a coffee machine is described. The method the steps of: arranging a first grinding wheel (55) and a second grinding wheel (57) in a seat (53), the grinding wheels forming a grinding volume there between and rotating one with respect to the other; introducing coffee beans into said grinding volume and grinding the coffee beans by rotating the grinding wheels one with respect to the other. Rotation of the grinding wheels is continued after grinding of the coffee beans, thus removing ground coffee therefrom by centrifugal force.

A method for grinding coffee beans in a coffee machine is described. The method the steps of: arranging a first grinding wheel (55) and a second grinding wheel (57) in a seat (53), the grinding wheels forming a grinding volume there between and rotating one with respect to the other; introducing coffee beans into said grinding volume and grinding the coffee beans by rotating the grinding wheels one with respect to the other. Rotation of the grinding wheels is continued after grinding of the coffee beans, thus removing ground coffee therefrom by centrifugal force.

A grinding chamber of a grinding device for vegetal products suitable to form beverages includes, in its interior, a pair of grinders axially overlapping each other, one of which is rotatable with respect to the other which is kept stationary, a grinder support at least for the rotatable grinder, a motor member connected to the grinder support for setting the rotatable grinder in rotation. The grinding chamber is formed by a first bottom wall, perpendicular to the axis of rotation of the rotatable grinder, adjacent and below the support thereof, and at least a second cylindrical wall, connected axially to the first wall at the peripheral boundary thereof. The grinding chamber also includes a first opening for introducing the product to be ground and with a second opening for discharging the ground product. A labyrinth is provided between the peripheral boundary of first wall and the grinder support.