TH7230C3 - "Rice mill" - Google Patents

Abstract

DC60 (30/09/54) Rice milling machine according to this invention. Consists of a mechanism in the part of a pair of shells that There is a set of dust-proof cabinets to separate the rice husk as a overlapping flap to increase the flow of rice and the chaff for separate suction at the bottom. With the suction pipe line is tilted upward And curved down a little and a set of white rice polishing equipment by the steel shaft with a spiral lead rice Enter the scrub room Which is the axle shaft The fins are rotated, the steel grating frame has a longitudinal And has a steel wall structure covering the outside steel grid frame In which the outer steel grating frame has a perforated hole at the top along the longitudinal side of the polished rod And there is an air intake pipe At the bottom of the outer structure To provide air Or outside air into the scrub room And the outside wind that was Through the scrubbing chamber along the steel mesh frame, the bran can be taken into the suction pipe below, thus solving the problem of the rice bran sticking to the grain. Rice milling machine according to this invention Consists of a mechanism in the part of a pair of shells that There is a set of dust-proof cabinets to separate the rice husk as a overlapping flap to increase the flow of rice and the chaff for separate suction at the bottom. With the suction pipe line is tilted upward And curved down a little and a set of white rice polishing equipment by the steel shaft with a spiral lead rice Enter the scrub room Which is the axle shaft The fins are rotated, the steel grating frame has a longitudinal And has a steel wall structure covering the outside steel grid frame In which the outer steel grating frame has a perforated hole at the top along the longitudinal side of the polished rod And there is an air intake pipe At the bottom of the outer structure To provide air Or outside air into the scrub room And the outside wind that was Through the scrubbing chamber along the steel mesh frame, the bran can be taken into the suction pipe below, thus solving the problem of the rice bran sticking to the grain.

Claims (3)

1. The rice milling machine consists of - the structure (1) on one side, there is a pouring hole (2), which is assembled by the said paddy. Connected to the bucket conveyor (3), which is attached to the side frame of the milling machine. To convey paddy grains To the paddy holder (4), where the underside of the paddy holder, there is a paddy discharge hole into the paddy cleaning sieve set (5), with the clean paddy flowing backwards into the paddy. The rice feeder (6) is installed on the part of the structure (1) to carry the rice to the Paddy hold (7) mounted on top of the husk set (8) - a set of paddy huskers on one side with a paddle adjustment rod (9) assembled for Serves to adjust the left rubber ball to the right rubber ball. The hulled rice flows into the dark-colored cabinet (10), which is installed underneath the husking unit. To suck the rice husk into the rice husk cyclone (11) installed on the side of the structure (1), the kernels flowing through the frosted cabinet (10) flow along the slanting pipeline to the right. Entering the top rice rest, the rocking tray separates the rice from the grain (12), which is installed in the central part of the structure (1) with a unique feature - the set of clear cabinets consists of Rice flap plates (10.1) are installed overlapping two layers, inclined. Downward along the bottom exit (10.4) to increase the flow distance of the rice mixed with the rice husk, with the front of the flow control flap, there is an air intake (10.2) with an upward slit. on To bring the rice husks to be sucked floating into the suction path The part towards the back, which is connected to the installation of the flange. The duct is slightly tilted up and down (10.3), with the slightly tilted up and down ducts connected to the exhaust fan. The exhaust fan is used to suck the rice husks that flow with the grain out of the pipeline to the rice husk cyclone (11) and the bottom exit (10.4) of the aforementioned collection cabinet. With a rocking tray set to separate paddy From the grain (12), which the paddy separator tray set is a groove, a longitudinal tray with a rice release slot with a valve to adjust the amount of flow of rice in each compartment. Assembled along the length of the tray with the bottom of the grain release chamber It also consists of a tray that is connected to the horizontal alternating channels that correspond to the channels. Leave the top grain And the area below the tray unit is equipped with castors to allow the tray to move with the stem. The power from the motor is transmitted through a set of camshafts, which the rice hopper (6) has holes for paddy support to carry the unshaken paddy. Back to crack the bark again. The taken off kernels flowed down the slanting side chute. And below It flows into the rice hopper (13), which is located on the far left side of the structure (1), to transport the grain into the hopper (14) located on the top. Where at the bottom of the tank The said rice has a closed tongue - open. To release the rice grains into the white polishing kit (15), the bran is sucked into the bran-trap cyclone (16), and the white-polished rice kernels are discharged through the outlet (17) and into the rice sieve set ( 18) which is installed on the bottom The rice kernels were sorted for size and flowed out along the front exit of the The rice sieve set - the white rice scrubber, which is installed in the bottom of the storage bin (14), has a cylindrical shape. The hollow square at the top is an opening with a cover (16) assembled, with a number of holes drilled in it, and the bottom area of a white scrub unit (15) has a square cone (23) connected to it. A pipe (24) that is connected to the exhaust fan (25) to suck the air from outside through the hood. Into a square cylinder Through the scrubbing sieve, take the bran out of the white polishing kit (15) and send the bran to the bran trap cyclone (20) .The milled rice kernels will flow out through the outlet ( 21) At the end of the white scrub set (15) into the rice sieve set (22) 2. Rice milling machine according to claim 1, where the floor below the pipe before the curve down (10.3), which is connected to the face The exhaust fan flanges weld the angle steel upside down (10.5) to act as a counter-impedance to the grain. The suction fan falls off. 3. The rice milling machine according to claim 1, where the outlet of the white rice that has been milled with a white polishing kit (15) flows into the receiver hopper of the outlet (21), which at the end of the pipe is side. Will fold the plate at an angle Protruding in the way of flowing rice To distribute the grain to flow into the sieve (22) to fill the screen. More sorting And prevent rice kernels from flowing into filling the holes in the sieve size below And bounced off The aforementioned sieve