TH641A - - Google Patents

Abstract

The pellet separator and its like have a perforated wall split plate mounted on the structure and tilted both lengthwise and vertical. Lateral relative to the level plane and suitable to vibrate in the longitudinal direction while some strokes are raised towards the top.The perforated wall is placed at the top of the air chamber where compressed air is supplied by the machine. Blow through the air tube. The perforated split discs are constructed with a child surface. The mattress consists of many corrugated lines arranged in a direction perpendicular to The oscillation direction of the split plates and arranged in parallel with the The distance between rows is not less than the size of the object to be split. An opening for releasing the separated material is provided at the lower end of the sheet. Split at the wall, drill a hole where the corrugated line ends. Air assisted contact With the upper area of the separator plate, it is built to be able to eliminate Dust and material with a lower specific gravity than the separated metal.

Claims (6)

1. Separator for granular materials Such as cereals, nuts and the like. The seed material contains A complete whole grain mixture that has a smooth exterior and There is a tendency to roll and the damaged kernels have an external shape. Such a rough and complete grain has a higher specific gravity. Of damaged kernels The separator consists of a movable structure. The perforated split plate has numerous holes, is mounted on such a structure and is tilted both longitudinally and laterally. Level plane in such a way that the perforated split plate has a tip Bottom release, with top end, with top lateral edge And side edges Bottom is opposite The perforated split plate is combined with the structure. This defines the air chamber underneath the perforated separation pad. Many such holes in the perforated separation pad are attached. Connected to the aforementioned air chamber The perforated split plate was created. To be corrugated by making many Lines, where each line is held parallel Relative from the aforementioned bottom drop end of the split sheet Drill the holes to the top end. The corrugated lines are at a certain distance from each other. The least is equal to the size of each such complete seed. The drive device is attached to the structure for vibrating the structure. That and along with a perforated separate sheet A device that will deliver a mixture of complete kernels and kernels. Damage to the area of the perforated separation pad beside the Close to the aforementioned upper end Due to the tilt of the split plate that Drilling holes and the arrangement of such corrugated lines make the mixture of The kernels flow down the perforated split sheet to the bottom discharge tip, the preparation device at the said bottom discharge end of the split sheet. The perforated hole to receive the seeds and a device for supplying compressed air into the air chamber allows compressed air to flow from The air chamber is directed to the area above the perforated separation pad. Through a hole in the perforated separation pad where, when compressed air is introduced into the air chamber by the airlift device And when the split plate vibrates (A) the complete seed of the mixture delivered onto the plate. Separate the perforated hole will be directed towards the upper side edge as Said for sure, by the aforementioned corrugation line on a separate sheet that Drill the said hole and (b) the damaged seed of the mixture. Transmitted onto the perforated split plate, the holes will be The wind flows through many holes. In the perforated split plate, because the damaged seed with high wind resistance will float to the position. Above the surface of the split plate that is perforated by Superior to the position of the complete seed And will be turned straight To the bottom edge of the perforated split sheet due to the Higher specific weight of the complete seed 2. Separator according to claim 1 that the corrugated line will be filed. Rather perpendicular to the aforementioned bottom release end of the split plate. Perforated 3. A separate machine according to either claim 1 or 2, where two adjacent corrugations are required to achieve A groove with a long bottom surface whose width is Larger than the size of the largest complete seed. 4. Separate machines according to claim 3 consist of a cover attached. Firmly set up to the said structure and in conjunction with the frame Such a build defines the second air chamber above. The perforated split sheet Compressed air sent to the air supply chamber First room by a compressed air device through the chamber Through the holes in the perforated separation pad. 5. Separator according to claim 4 where the flap is made perforated. 6. Separate machines according to claim 4, where the equipment will deliver the mixture of The seed consists of a pouring funnel, a funnel-out object. The separator also consists of a path that defines the first pass that allows The outlet of the pouring funnel is in contact with the air chamber. The second such room To induce the mixture of seeds from The funnel poured the object into the second air chamber. And there is a path that defines a second pass that connects to the first. The location under the said outlet of the pouring cone, which Compared to the flow of the seed mixture from the funnel pouring such objects To the second chambers through the first pass to make the compressed air entering the second chambers from the first. Through such multiple holes in the perforated separate sheet. Gives granular and powdery materials with relatively low specific gravity. Compared with the seeds it is released from the first pass. It enters the said second pass (6 claims, 3 pages, 9 photos).