A pepper mill includes a receiving unit, a grinding unit, and an adjusting mechanism. The receiving unit includes a stationary seat and a rotatable seat. The grinding unit includes inner and outer grinding seats. The adjusting mechanism includes an operating base mounted in the rotatable seat and operable to rotate about a rotary axis, and a movable seat disposed between the operating base and the inner grinding seat. The operating base includes a threaded rod extending upwardly into and threadedly engaging the movable seat. The movable seat is connected co-rotatably to the rotatable seat, is movable with the inner grinding seat along the rotary axis, and is not rotatable relative to the rotatable seat. Rotation of the operating base drives the movable seat to move along the rotary axis under guidance of the rotatable seat, thereby driving the inner grinding seat to move along the rotary axis.

A pepper mill includes a receiving unit, a grinding unit, and an adjusting mechanism. The receiving unit includes a stationary seat and a rotatable seat. The grinding unit includes inner and outer grinding seats. The adjusting mechanism includes an operating base mounted in the rotatable seat and operable to rotate about a rotary axis, and a movable seat disposed between the operating base and the inner grinding seat. The operating base includes a threaded rod extending upwardly into and threadedly engaging the movable seat. The movable seat is connected co-rotatably to the rotatable seat, is movable with the inner grinding seat along the rotary axis, and is not rotatable relative to the rotatable seat. Rotation of the operating base drives the movable seat to move along the rotary axis under guidance of the rotatable seat, thereby driving the inner grinding seat to move along the rotary axis.

An upper part for a spice mill at least partly of a plastic material includes an upper cover surface with at least one opening, in particular a through-opening for ground spices, a circumferential lateral surface, and a milling element or a mounting for the milling element. A preferably elastically deformable snap-action element, by which the upper part can be rotatably connected to a lower part, is arranged so as to be flush with the opening in plan view.

An upper part for a spice mill at least partly of a plastic material includes an upper cover surface with at least one opening, in particular a through-opening for ground spices, a circumferential lateral surface, and a milling element or a mounting for the milling element. A preferably elastically deformable snap-action element, by which the upper part can be rotatably connected to a lower part, is arranged so as to be flush with the opening in plan view.

Disclosed herein is an apparatus for facilitating grinding of grindable material. The apparatus comprises a container, a lid, a blade assembly, a secondary blade, and a rotating assembly. Further, the container receives the grindable material in a container interior space through a container opening of the container. Further, the lid removably attaches to a container side wall of the container for openably closing the container opening. Further, the blade assembly rotatably positioned within the container interior space. Further, the secondary blade is attached to and extends laterally from the container side wall in the container interior space. Further, the secondary blade is vertically spaced from blades of the blade assembly by a secondary vertical distance. Further, a rotating mechanism of the rotating assembly couples with the blade assembly for rotating the blade assembly based on a pull force received by a pull cord of the rotating assembly.

Disclosed herein is an apparatus for facilitating grinding of grindable material. The apparatus comprises a container, a lid, a blade assembly, a secondary blade, and a rotating assembly. Further, the container receives the grindable material in a container interior space through a container opening of the container. Further, the lid removably attaches to a container side wall of the container for openably closing the container opening. Further, the blade assembly rotatably positioned within the container interior space. Further, the secondary blade is attached to and extends laterally from the container side wall in the container interior space. Further, the secondary blade is vertically spaced from blades of the blade assembly by a secondary vertical distance. Further, a rotating mechanism of the rotating assembly couples with the blade assembly for rotating the blade assembly based on a pull force received by a pull cord of the rotating assembly.

A grinder for a spice mill, in particular a hand-operated spice mill, having an inlet side for entry of unground grinding stock and an outlet side for the exit of ground grinding stock, including a rotor, a stator interacting with the rotor and a housing at least partially surrounding the rotor and/or stator. The housing includes a stator housing part, which is substantially rotationally fixedly connected to the stator, and a rotor housing part which is rotatable relative to the stator housing part and is substantially rotationally fixedly connected to the rotor via a connecting element. The connecting element is at least partially received in a recess in the rotor, and the connecting elements and the rotor are frictionally connected. The housing has, on a side of the rotor facing the inlet side, a blocking element which blocks displacement of the rotor in the direction of the inlet side.

A grinder for a spice mill, in particular a hand-operated spice mill, having an inlet side for entry of unground grinding stock and an outlet side for the exit of ground grinding stock, including a rotor, a stator interacting with the rotor and a housing at least partially surrounding the rotor and/or stator. The housing includes a stator housing part, which is substantially rotationally fixedly connected to the stator, and a rotor housing part which is rotatable relative to the stator housing part and is substantially rotationally fixedly connected to the rotor via a connecting element. The connecting element is at least partially received in a recess in the rotor, and the connecting elements and the rotor are frictionally connected. The housing has, on a side of the rotor facing the inlet side, a blocking element which blocks displacement of the rotor in the direction of the inlet side.

Present invention teaches a tobacco grinder with a guide shell and a grinder assembly consisting of an upper grinder part and a lower grinder part that is attached to a support shell. A material drawer is located on the side of the guide shell, slidably placed inside a slid slot, with a lock/release operation performed by a push release lock mechanism, making it easy for a user to operate. A curved well guides the ground tobacco down from the grinding chamber and funneled into the material drawer. The magnetized feature also makes the operation easy even if the grinder unit is help up-side-down.

A coffee grinder has a housing that includes a ring burr, a shaft extending through the ring burr, a frustoconical burr, and an interlocking plug. An internal bore of the frustoconical burr has an upper cylindrical surface adjacent the top end, an interlocking portion adjacent the bottom edge, and a tapered side surface. The interlocking plug is shaped to extend through the internal bore of the frustoconical burr, and includes an upper cylindrical portion that fits through the upper cylindrical surface, and a lower portion that includes a sidewall surface which is also tapered such that the sidewall surface interlocks with the side surface of the frustoconical burr.