TH8894C3 - Rice seeder - Google Patents

Abstract

The DC60 (18/12/56) grain planter consists of a support structure, a wheel and axle assembly, a groove lift, a grain sowing unit and a towing unit to achieve a seeder capable of lifting the grooves, planting plots and sowing seeds. down On the cultivation plot in the same machine By which the kernels fall from the seeder in bulk and in rows, reducing the complicated process of making nadam. And solve the problem of rice that occurs together in farming, which reduces Production costs can be in the long run. Suitable for use in agriculture and commercial applications. The grain planter consists of a support structure, a wheel and axle assembly, a groove lift, a sowing unit and a towing unit to achieve a seeder that can lift the grooves and drop the grain. On the cultivation plot in the same machine Where the kernels fall from the grain sowing machine in groups and arranged in The rows reduce the complicated steps in making Nadam. And solve the problem of rice that occurs together in farming, which reduces Long-term production costs Suitable for use in agriculture and commercial applications.

Claims (1)

1. The grain sowing machine consists of - Support structure (1) - Wheel and axle assembly (A) - Groove lift set (B) - Grain sowing unit (C) - Towing unit (D). It has a supporting structure (1) which is a structure from a metal frame in Square shank with shaft socket (2,3) installed and reinforced welded metal frame. The support structure (1) serves to support the other components of the sowing machine, giving it a strong, stable, suitable for use, with a support structure (1) installed above the wheel and axle assembly (A) area. On top of Support structure (1) is installed with a towing unit (D) and a seeding set. (C) The towing unit (D) is installed in the front of the sowing machine. The seeding set (C) is installed at the rear of the Rice seeder And in the lower part of the support structure (1) Install the groove lift unit (B) a. The wheel and axle unit (A) is assembled on the bottom of the support structure (1). Rice seeder The wheel and axle assembly (A) is attached to the supporting structure (1) with bolts consisting of - wheels (4,5) - axles (6) - axle support bearings (7,8) - wheel locking bolts (9, 10) where the wheel (4,5) is a metal wheel connected at both ends of the axle (6) a metal rod with locking bolts (9,10) acting as a lock between the axles. (6) with wheels (4,5) on both sides to Not let the wheel slip And in the area next to the wheels (4,5), there are axle bearings (7,8) mounted on the axles (6), which reduce friction while the wheels (4,5) and axles (6) bolster. Operated by the wheel and axle assembly (A), attached to the support structure (1) by bolts. It has a special feature. B. Lift groove is installed in the center of the supporting structure (1) acts as a space filter. Planted before sowing the grain. There is - Groove support frame (11) - Planting groove lift pad (12) - Spring shaft (13,14) - Spring (15,16) - Bolt support (17,18) - Shaft end pin (19, 20) - hinge (21,22) - shaft locking bolt (23,24), where the groove lift unit (B) is attached to the supporting structure (1) with hinges (21,22) and fixed with a bolt. Hinge fastener One end of the hinge (21,22) is attached to the grooved support frame (11), which is a square metal frame with a welded metal frame to create strength. The slit support frame (11) acts as a support for raising the planting groove (12) installed in the front area for the hinges (21,22) acting as the pivot point of the groove support frame (11) to provide The planting groove (12) can lift the soil before sowing the rice seeds. At the rear of the groove support frame (11), the pin support (17,18), the shaft end pin (19,20), the spring shaft (13,14), the spring (15,16) and the locking pin. Shaft (23,24), where the spring (15,16) is attached to the spring shaft (13,14), where the spring shaft (13,14) is assembled in the shaft seat (2,3), where it is attached to the beam. Reinforcement of the supporting structure (1) by the end of the One of the spring shafts (13,14) has an end pin (19,20) that serves as a support for the spring shaft (13, 14). This end pin (19,20) is inserted into the spacer. (17,18) and at the other end which As the head of the spring shaft (13,14), the shaft locking pin (23,24) is worn to prevent the spring shaft (13,14) from slipping out of the shaft seat (2,3). It serves to help spread the plant groove (14) can collapse and reduce the impact when there is a strong impact during the lifting of the planting groove. It was folded into a trapezoidal shape, with concave and convex grooves alternately. Have the same distance of the concave and convex ridge throughout The planting groove lift plate (12) is connected to one side of the raised groove pad support frame (11) where the planting groove lift plate (12) serves to lift the soil grooves into undulating waves. The relief of the planter groove plate (12) is pressed and dragged into the plot. Cultivating will cause the cultivated fields to form furrows. The concave groove of the raised groove plate (12) will cause the planting to be a ridge. This causes the soil in the grooved and ridge plots to be alternated. C. The sowing unit (c) is installed on top of the support structure (1) with the sowing bolt (C) is for sowing. Rice into the field There is - Column support base (25,26) - Seeding unit pillar (27,28) - Front grain box support beam (29) - Rear grain box support beam (30) - Support bracket beam (31) - Box Load grain (32) - grain propeller (33) - impeller hub (34) - impeller hub fixing bolts (35) - grain protection brush (36) where the grain set poles (27) are made of metal. It is used to hold the garden piece of the seeding set (C) with a square shape with two columns. Which at the bottom of the seeding set pole (27) is connected to the support pole (25,26) where the seeding set pole (27) acts as a pole to hold the beam. The front grain box is fixed (29) and the rear grain box crossbar (30), the column support (25,26) is made of metal bracket, mounted on the support structure (1) by the pillar support (25). A number of holes are drilled for the mounting bolts so that they are attached to the support structure (1), where the column support (25,26) serves as the base of the seeding unit (C) connected to the support structure. (1) Front grain box retaining bar (29) and rear grain box retaining bar (30) are box fixing beam. Three kernels installed on the front of one And located in the back area of 2, where the end of both Two front and rear grain box retaining beams (29,30), welded to a number of brackets (31), to be attached to the two sowing unit posts (27,28) with bolts to hold the beams. Where the beams hold the seed box The front and back rice (29,30) serves as the installation area for the rice boxes (32) the rice boxes (32) at least 8 boxes, the metal boxes with a square top open. The bottom of the box is sloped to allow the grain to flow together in only one side. By the bottom and the back of The box is punctured to allow the impeller to brush the grain (33) into the box to remove the grain from. Box while sowing the grain And the area that pierces that square A grain protection brush (36) is installed to keep the kernels out of the box (32) when the blades are brushed off the grain (33), the grain is not rotated by the grain box (32). Serves as a box for the grain to be planted by Installed and welded between the middle of the front and rear grain box fixing beam (29,30), where the The assembly of the grain box (32) is aligned with the groove line of the planting groove (12) of the raised groove (B). A number of grains (36) are installed at the site. The cutouts on the sides and sides of the grain box (32), this brush serves to prevent the rice from escaping from the grain box (32) when the grain blades (33) have not been rotated. rice At least eight blades of grain (33), made of metal, have serrated blades around the center, with holes connected to the impeller hub. (34) For the mounting part (6) of the wheel and axle assembly (A), fixed to the axle (6) with the hub bolt (35) along the longitudinal shaft (6) and locked. The grain impeller (33) is positioned against the cutout of the grain container (32), where the grain impeller (33) is used to remove the grain from the grain box (32) simultaneously. Raising the groove for soil preparation of the lifting unit (B)