TH19381C3 - Rice husker system for rice milling machine - Google Patents

Abstract

A summary of the invention which will appear on the advertisement page ReadFile:Rice hulling system for rice milling machine (100) consists of a holding tank (102) for supporting rice and a valve (104) for regulating the release of rice into it. Shell hull (104) for supporting various parts of the rice hulling system (100), exit (240) for the exit of rice after the hulling process, which has a unique feature is that it also contains a set of rubber balls (200) for processing. The rice hullers work together with the rubber ball drive (300) and the rice husk extractor (400) for extracting the rice husks from the first and second hulls from the system and have a tensioner. The first belt (600) is used to keep the belt (306) taut at all times during operation.

Claims (8)

Claims (all) which will not appear on the classifieds page: 1.Rice hulling ball system for rice milling machine (100) consists of a holding tank (102) for supporting rice and a valve (104) for forcing the release of rice into the shelling body (104) for supporting various parts. The husked rubber ball system (100) solution (240) for the solution of rice after the shelling is characterized by also consisting of a rubber ball set (200) consisting of a rubber ball set (210) consisting of balls. The first tire (212) is connected to the first drive shaft (214) connected to the first pulley (216) for supporting the belt (306) of the first drive (300) to drive the first tire (210). Operates where the first ball (212) spins at a greater speed than the second ball (222) and the first ball (212) rotates in the opposite direction from the second ball (222). The second ball (220) ) consists of a second rubber pulley (222) connected to a second drive shaft (224) connected to a second pulley (226) for supporting the belt (306) of the drive unit (300) to drive the rubber pulley assembly. Two (220) operates where the second ball (222) rotates at a speed less than the first (212) and the second (222) is rotated in the opposite direction from the first (212) ball. The third (230) consists of a third rubber ball (232) connected to a third drive shaft (234) connected to a third pulley (236) for supporting the belt (306) of the driven pulley (300) for driving. Operate the third ball (230) with the third ball (232) turning at a greater speed than the second ball (220) and the third ball (232) rotating in the opposite direction of the second ball (222). where the distance between the first ball (212) and the second ball (222) is less than the width of the grain and the distance between the second ball (222) and third ball (232) is less than width of the rice grain as well, when the paddy grain undergoes the first shelling from the first rubber ball (212) and the second rubber ball (222), it flows into the second shelling through the second rubber ball (222). and the third rubber ball (232) and the rice husk resulting from the first husking will flow into the first rice husk separation chamber (406), and the rice husk resulting from the second husking will flow into the second rice husk separation chamber ( 408) The drive unit (300) consists of a pulley (302) connected to a motor (304) for driving the roller assembly (200), where the pulley (302) supports the belt (306) and when the motor drives it. Let the pulley (302) spin resulting in the belt (30) 6) Move to drive the rubber ball set (200) to work. The rice husk suction unit (400) consists of a rice husk suction fan connected to the rice husk suction port (402) on the wall of the frame (104) for sucking up the rice husks formed. From the first and second shelling, exit the system through the rice husk suction inlet (402), which also includes a balance plate (405) for adjusting the balance of the air emitted from the rice husk suction inlet (402). To the first rice husk separator (406) and second rice husk separator (408) rice husk shaft (500) for feeding rice into the rubber ball set (200) that looks like a cylindrical shaft with two square grooves on the wall. and opposite each other for spreading the rice to flow into the rubber ball (200) evenly and to help the rice spread to fill the rubber face of the first rubber ball (212) and the second rubber ball (222) by At the other end of the feed shaft (500) is connected to the feed shaft pulley (502) supporting the belt (306) of the drive unit (300), and there is a rice volume control valve (510) located on the side. The bottom of the feed shaft (500) by the distance between the feed shaft (500) and the rice control valve (510) can be adjusted by the rice control valve (507), allowing the distance between the shafts to be adjusted. The rice feeder (500) and the rice quantity control valve (510) can be adjusted according to the working rate required by the first belt tensioner (600) to keep the belt (306) taut at all times during operation. It consists of a tension spring (602) at both ends, consisting of a hook (604) and a (606), where a hook (604) is connected to a adjusting axis (605), and a hook (606) is connected to a spool (608). Connected to the second pulley (610). To adjust the belt tension (306) by turning the adjusting rod (605), this will stretch the tension spring (602), causing the second pulley (610). ) slide to push the belt (306) tighter. 2. The paddy ball system for the rice milling machine (100) according to claim 1, where the first drive shaft (214) is a moving shaft that can adjust the position of the first rubber ball (212) by adjusting the axis. Adjusting the first tire (218) by turning it counterclockwise will make the first tire (212) more close to the second tire (222), the second drive shaft (224), which is the rotating shaft with. At the third drive shaft (234) is a moving shaft that can adjust the position of the third ball (232) by adjusting the third rubber ball (238) by adjusting counterclockwise to make the third rubber ball (232). The closer it is to the second tire (222), the more 3. Rubber ball system for rice milling machine (100) according to claim 1, where the rice husk suction unit (400) sucks air from the channel (403) through a long hole sieve (404) that is a small hole. than the rice husk to suck the rice husk from the first rice husk separation chamber (406) and the rice husk suction unit (400) to suck the rice husks from the second rice husk separation chamber (408) out through the rice husk suction chamber (402) as well, which still consists of plates The first brown rice trap (409) and the second brown rice trap (410) to prevent the husked rice from mixing with the chaff. 4.Rice husk rubber ball system for rice milling machine (100) according to claim 1, where the rice husk suction unit (400) also consists of air valve (412) and air valve (417) to help reduce force. Wind in the system for adapting to some light varieties of rice 5.Rice huller system for rice milling machine (100) according to claim 1, where the suitable belt (306) is a hexagonal belt. 6. Paddy roller system for rice milling machine (100) according to claim 1, which also consists of a second belt tensioner (700) consisting of a rod (702) at one end locked to a pulley. The second (704) with a nut (706) and the other end of the rod (702) is attached to the frame (104) so that when the nut (706) is loosened, the rod (702) can be pushed forward towards the belt (306). )to tighten the belt (306) and tighten the bolt (706). 7. Paddy rubber ball system for rice milling machine (100) according to claim 1, which also consists of several sheets of room dividers (800) that are metal plates fixed to the frame (104) that can adjust the thickness. Can be tilted to adjust the internal space to have an appropriate slope to allow rice to flow easily for the separation of the first rice husk separation room, the second rice husk separation room and other rooms or other areas as needed 8.Rice hulling ball system for rice milling machine (100) according to claim 1, which also consists of a cover for the front frame (900) for preventing rice splashing to the outside, which is a clear acrylic sheet. (902) provides visibility and the baffle (904) keeps the ball from rubbing against the clear acrylic sheet (902) and also has openings (906) to see the operation during chipping and adjust the distance of the rubber ball