The present invention relates to a pulse polishing machine. In one embodiment, the machine includes a base frame having protruded vertical supports at longitudinal ends and a rotor assembly placed between the vertical supports through a drive shaft. Rotor assembly having plurality of rotary disks mounted at the ends and centre of the drive shaft and a circular cam assembly fixed on the rotary disks. Further, a sheet basket assembly having plurality of circular shaped segments surrounds the rotor assembly defines the polishing chamber. An inlet means and an outlet means are positioned on the sheet basket assembly at diagonally opposite ends. Segments of split covers are used to cover the polishing chamber from either ends. And the ends of the polishing chamber are covered by a pair of split covers. An electric motor is connected to one end of the drive shaft to impart rotary motion to the rotor assembly for polishing pulses.

The present invention relates to a pulse polishing machine. In one embodiment, the machine includes a base frame having protruded vertical supports at longitudinal ends and a rotor assembly placed between the vertical supports through a drive shaft. Rotor assembly having plurality of rotary disks mounted at the ends and centre of the drive shaft and a circular cam assembly fixed on the rotary disks. Further, a sheet basket assembly having plurality of circular shaped segments surrounds the rotor assembly defines the polishing chamber. An inlet means and an outlet means are positioned on the sheet basket assembly at diagonally opposite ends. Segments of split covers are used to cover the polishing chamber from either ends. And the ends of the polishing chamber are covered by a pair of split covers. An electric motor is connected to one end of the drive shaft to impart rotary motion to the rotor assembly for polishing pulses.

The present invention relates to an induction cooking hob (10) with a plurality of induction coils (16). The induction cooking hob (10) comprises a cooking surface (12) and a control unit. The cooking surface (12) includes a cover plate. The induction coils (16) are arranged side-by-side according to a predetermined scheme and below the cover plate. At least one induction coil (16) is marked by an identification symbol (18). The identification symbol (18) includes a first element (20) and a second element (22), wherein the first element (20) extends beyond the diameter of the corresponding induction coil (16) and the second element (22) marks the diameter of said induction coil (16).

In a hulling apparatus for producing hulled spelt seed including a lower course hulling device, and a method for producing hulled seed of a spelt grain, the hulling apparatus contains two disks, as rotor and stator, which are movable relative to each other, wherein at least one disk can be driven about a vertical rotation axis, and the disks enclose a flat annular working chamber between disk faces which face each other and are vertically spaced apart from each other, for receiving spelt products to be hulled, wherein at least one of the disk faces has a surface made of a plastic material, and the temperature of the apparatus can be controlled in the region of at least one of the disk faces.

In a hulling apparatus for producing hulled spelt seed including a lower course hulling device, and a method for producing hulled seed of a spelt grain, the hulling apparatus contains two disks, as rotor and stator, which are movable relative to each other, wherein at least one disk can be driven about a vertical rotation axis, and the disks enclose a flat annular working chamber between disk faces which face each other and are vertically spaced apart from each other, for receiving spelt products to be hulled, wherein at least one of the disk faces has a surface made of a plastic material, and the temperature of the apparatus can be controlled in the region of at least one of the disk faces.

An apparatus for removing the husk from grain, in particular as a laboratory or small-scale grain kernel peeler, and for producing dehusked grain seeds, has a peeler including a first disk and a second disk movable relative to the first disk and drivable about a vertical axis. The disks enclose, between main faces made of a temperature-stable and elastic material, a working space fillable with grain from the side opposite the second disk through a central first disk filling opening. By rotating the second disk, the kernel and husk can be separated by a radial movement along the disks so that kernel and husk leave the peeler on its outer circumference via an outlet which opens via a chute into a collecting bin, the chute having a lateral air inlet supplied with an air stream so that the husks leave the chute laterally in front of the collecting bin.

An apparatus for removing the husk from grain, in particular as a laboratory or small-scale grain kernel peeler, and for producing dehusked grain seeds, has a peeler including a first disk and a second disk movable relative to the first disk and drivable about a vertical axis. The disks enclose, between main faces made of a temperature-stable and elastic material, a working space fillable with grain from the side opposite the second disk through a central first disk filling opening. By rotating the second disk, the kernel and husk can be separated by a radial movement along the disks so that kernel and husk leave the peeler on its outer circumference via an outlet which opens via a chute into a collecting bin, the chute having a lateral air inlet supplied with an air stream so that the husks leave the chute laterally in front of the collecting bin.

A surface-worked granular product is produced by supplying raw granular material to a cylindrical retainer having apertures and retaining sites, floating the granular material by suctioning air from the cylindrical retainer, rotating a rotary working device installed in the cylindrical retainer, and contacting working protrusion protruding from the working device with the granular material to remove foreign substances and to perform surface-working of the granular material so as to form a rough surface without causing degeneration, denaturation or substantial removal of useful ingredients, wherein the surface-worked granular product has surface characteristics different from raw granular material.

A surface-worked granular product is produced by supplying raw granular material to a cylindrical retainer having apertures and retaining sites, floating the granular material by suctioning air from the cylindrical retainer, rotating a rotary working device installed in the cylindrical retainer, and contacting working protrusion protruding from the working device with the granular material to remove foreign substances and to perform surface-working of the granular material so as to form a rough surface without causing degeneration, denaturation or substantial removal of useful ingredients, wherein the surface-worked granular product has surface characteristics different from raw granular material.

A degerminator having a base, a plate with a plurality of protrusions, and a clamp that engages the plate to removably secure the plate to the base. A degerminator having first and second plate assemblies and an enclosure that surrounds the first plate assembly. The second plate assembly has a seal that moves between deflated and inflated positions. The second plate assembly moves between a first position, in which it does not engage the enclosure, and a second position, in which the seal engages the enclosure when inflated. A degerminator having a frame, first and second plate assemblies, supports and guides each coupled to the frame or the second plate assembly, and actuators each coupled to the frame and the second plate assembly to move the second plate assembly relative to the first plate assembly. A removable wear ring may protect a side wall of the enclosure.