TH6728C3 - Rice Cutter - Google Patents

Abstract

DC60 (10/06/54) Fine Rice Cutter Several parts can be disassembled for ease of transportation by installing springs (201), (202), (203) between the engine (300) and the body frame (100) to reduce the transmission of vibration of the engine. The engine (300) goes to the chassis (100) with the transmission from the engine (300) by the sling (400) to the reduction gear (408), where the reduction gear (408) has two main mechanisms. The first is the upper blade rail drive (501) and the lower blade rail (502), which have the same working principle as scissors, providing a blade (505) protruding at every stage. 2.8 - 3.0 cm, the second is Front propulsion unit (500) with propeller gear (404) with propeller gear (410) swivel cog (406) with chain (407) rotated three-prong arm (506) with wire (507). ) Rotate to bring the rice to the blade (505). Several parts can be disassembled for ease of transportation by installing springs (201), (202), (203) between the engine (300) and the frame. Chassis (100) to reduce the transmission of engine vibration (300) to the chassis (100), with the transmission from the engine (300) by the sling wire (400) to the reduction gear (408), which The reduction gear (408) has two main mechanisms. The first is the upper blade rail drive. (501) and bottom blade rail (502) with the same working principle as scissors, provided There are blades (505) protruding at intervals every 2.8–3.0 cm. The second is Drive unit Front suspension (500) containing Front crank sprocket (404) has propeller gear (410) rotating the gear teeth. (406) with the chain (407) turning the three-pronged arm (506) with the wire (507) turning to carry the feed in. Come for the Blade (505)

Claims (7)

1. The rice cutter consists of The body frame (100) is characterized by several pipes. It is cut, formed, welded and consists of bolts Until it is a U-shaped body frame inside the frame The tank has three wide positioning pipes (101), (102), (103) and the ends are welded in. With the wide edge (105) of the body frame (100), the right tube (101), the size is close to the edge. The wide side (105) of the bodywork (100) serves to place the engine mounting bracket (200 Where the right tube (101) and the wide edge (105) of the bodywork (100) act as a parallel beam, with the spring-mounted triangular engine mount (200) (201), (202), (202) in both corner positions The three corners of the engine mount bracket (200) the springs (201), (202), (202) are fixed on the grip plates. Body frame (107) with curved legs to Bodywork (100) to clamp and fix to the body frame. (100) the middle pipe (102) and the left tube (103) serve as a balance and strength to Body frame (100), double sash (600), end of sash (601) tied to pipe. The middle (102) and the end of the sash (602) are fixed to the left tube (103), the sash (600) serves to lift the ejector cutter to allow the user to carry it on both shoulders. Inside while using The longitudinal edge (106) of the body (100) between the center tube (102) and the left tube (103), near the left tube (103), is installed on the handle (109). , (110) keep Underneath the handlebar set there is a body frame handle plate (107), a curved leg is attached to the body frame tube (100) for clamping and fixed to the body frame (100) with a nut. By the handle (109), (110) are for use. Handle to keep the miller in proper position while carrying it on the shoulder when using Rice cutting machine work On the right hand grip (109) There is an engine acceleration and light control and an engine switch (111) to facilitate During use At the long edge (106) of the bodywork (100), between the right tube (101) and the center tube (102), close to the right tube (101), there is a counterweight (104) higher, chair-like shape. There are no legs upside down, with both ends attached to the long edge (106) of the body frame (100) with the frame grips (107). It is clamped and fixed to the body frame (100) with bolts by counterweight (104). Balance and strength to the body frame (100), the front axle (500), the upper blade rail (501) and the lower blade rail (502), horizontally aligned (A). Have arms Three prongs (506) on both sides for fixing the three (507) wires into a longitudinal line for use. In harvesting and carrying rice Come find the blade (505), the gear tooth (406), the chain (407) and the reduction gear (408) installed on the right side of the front axle (500) with the engine (300) as the transmission. Going to the replacement gear (408) to drive Front sprocket (401) Sprocket (406) Chain (407) in the operation of the front unit (500), with the front unit (500) fastened and assembled with The body frame (100) with the front axle assembly (108) with the nut (8), which is characterized by the reduction gear (408) installed in the lateral position of the front suspension (500), which is connected to the cable. The sling (400) by the sling (400) is connected to the engine (300). 2. Reed cutter according to claim 1, where the engine (300), chassis (100), counterweight (104), front suspension (500), handle (109), (110) sash (600) can be removed. Apart and put together 3. The rice cutter according to claim 1, where the engine mounting base (200) is equipped with a spring. (201), (202), (203) are placed below in the three corner positions of the engine mounting bracket (200), the bottom of the springs (201), (202), (203) has the body frame grip plates (107 ) With curved legs to match the size A tube of the body frame (100) to be clamped in with a nut. 4. The pitcher, according to claim 1, where the inner bow (503) is held by the forward gear spindles (405), is installed in a position next to the blade rail gear (401) to drive the blade rail. Knife top (501) 5. The pitcher, according to claim 1, where the outer bow (504) is held by the front gear spindle (405), is installed in a position next to the inner bow (503) to drive the blade rail. Below (502) 6. The flute cutter according to claim 1, where the blade rack gear (401) has a forward gear spindle (405) connected to the forward gear (404) by the forward gear (404) will Connect it to the cog (406) with the chain (407) to turn the three-lobed arm (506) with the wire (507) to turn. 7. The mill cutter according to claim 1, where the upper blade rail (501) and the lower blade rail (502) have a through hole (508) to allow the nut to pass through in the clamping by the blade. The knife (505) is installed in the top blade rail (501) and bottom blade rail (502) at intervals of 2.8 -3.0 cm.