TH11272B - Rice milling machine - Google Patents

Abstract

The DC60 in the grain mill, the color clarity chamber 25, was defined by the cylindrical space 24 and the rotating body 23, and the sanding discs 27 and 28 were arranged on the two facing surfaces of the sanding chamber. Color 25 on the surface of one or more sanding discs, 27 and 28 sanding beads can be multi-sided solid glitter. Sanding discs 27 have been provided on the body side, rotating 24 fixed, and the abrasive 28 were prepared on the rotating body side 24 moving compared to the sanding discs 27 making the grain surface. Rice that has been fed into the polished room. 25 has been polished, has been polished by a given abrasive function. Use between 27 and 28 polishing pads, so it is possible to maintain sufficient abrasive force and perform Efficient and high-quality milling of grain without the need for complex machine maintenance. In the grain mill, the color clarity chamber 25 has been defined by the space between the cylindrical body 24 and the rotating body 23 and the sanding discs 27 and 28 have been arranged on the two facing surfaces of the polishing chamber. Color 25 on the surface of one or more sanding discs, 27 and 28 sanding beads can be multi-sided solid glitter. Sanding discs 27 have been provided on the body side, rotating 24 fixed, and the abrasive 28 were prepared on the rotating body side 24 moving compared to the sanding discs 27 making the grain surface. Rice that has been fed into the polished room. 25 It has been polished, has been polished with a obtained abrasive function. Use between 27 and 28 polishing pads, so it is possible to maintain sufficient abrasive force and perform Efficient and high-quality milling of grain without the need for complex machine maintenance.

Claims (13)

1. A grain milling machine that has a milling section for milling grain, where the grain is forced into the milling section through one side of it for discharge from the other side. The milling section consists of a cylindrical body with a central axis; a rotating cylindrical body driven to rotate around the central axis of the cylindrical body; numerous first abrasive plates arranged on the inner surface of the cylindrical body in a circumferential direction; numerous second abrasive plates arranged on the outer surface of the rotating body in a circumferential direction; and a polishing chamber positioned between the inner surface of the cylindrical body and the outer surface of the rotating body; and an abrasive section with polygonal abrasive grains fixed to the surfaces of the first and second abrasive plates, at least one of which has polygonal abrasive grains with sharply protruding tops. 2. The rice milling machine as specified in claim 1, where the aforementioned hard abrasive grains are diamond abrasive grains. 3. A rice milling machine as specified in Claim 1, with a hard abrasive grain of significantly uniform size. 4. The rice milling machine as specified in claim 1, where the size of the aforementioned hard abrasive grains is in the range of 60 mesh to 100 mesh. 5. The rice milling machine as specified in Claim 1, where the aforementioned large quantity of hard abrasive grains is distributed discontinuously. 6. The rice milling machine as specified in Claim 1, where the numerous hard abrasive grains mentioned above are properly dispersed at regular intervals as is important. 7. A grain milling machine as specified in Claim 1, where the aforementioned hard abrasive grains each have a polygonal cross-section. 8. A grain milling machine as specified in Claim 1, where the aforementioned hard abrasive grains have a flat, polygonal surface. 9. A rice milling machine as specified in claim 1, where each of the aforementioned hard abrasive grains has a straight ridge. 10. The grain milling machine as described in Claim 1, whereby the aforementioned abrasive section has an abrasive layer attached to the metal base of the first abrasive plate and the second abrasive plate, at least one of each, the lower part of each hard abrasive grain is embedded in the abrasive layer and the bristles of each hard abrasive grain protrude from the surface of the abrasive layer. 11. The rice milling machine as described in Claim 1, where the aforementioned upper part of the aforementioned hard abrasive layer protrudes from the surface of the aforementioned abrasive layer to ensure that they are of uniform height. 12. The rice milling machine as specified in Claim 1, which is a vertical milling machine with the milling section arranged vertically, and with the rice being fed into the lower section of the milling section to be discharged from the upper section of the milling section. 13. The rice milling machine as specified in Claim 1, where the aforementioned polishing portion is formed only on the aforementioned first polishing plate.