TH9111C3 - Grain sprayer - Google Patents

Abstract

DC60 (19/11/56) The grain tiller consists of a structure attached to a walk-behind tractor and a structure for placing a set. Sprinkle the seeds, both of which are connected together. Use a shaft for gouging shaft by using the inward and outward wedge to adjust the distance. The length of the sprinkle groove to control the amount of seed drop down into the seed pipe. The seed pipe can be moved. The spacing between rows can be adjusted by moving the spacing adjustment pads between rows. Can be cut - to Convey power by using a transmission belt tension unit. And the belt brake to stop the sprinkler shaft from being Rotate when you don't want the sprinkler to sprinkle the seeds. The grain tiller consists of a structure attached to a walk-behind tractor and a structure for placing a set. Sprinkle the seeds, both of which are connected together. Use a shaft for gouging shaft by using the inward and outward wedge to adjust the distance. Length of sprinkle groove to control the amount of seed drop down into the seed tube. The seed pipe can be moved. The distance between rows can be adjusted by sliding the inter-row spacing pads. The power transmission can be cut-connected by using the transmission belt tension unit. And the belt brake to stop the sprinkler shaft from being Rotate when you don't want the sprinkler to sprinkle the seeds.

Claims (1)

Disclaimers (all) that will not appear on the advertisement page: 1. The grain spreader consists of a molded steel structure consisting of a structure part where the seed sprinkling unit (1) and a structural part attached to the walk-behind tractor and the driver's seat (2) has a platform. For the driver sitting (3) and the footrest (4) on the power wheel (7) which roll from the The traction of this walk-behind tractor (7) transmits power by the sprocket (9) and the belt (12) to the sprinkler shaft (15), where the grooved roller shaft (20 ) Throughout the length of the shaft is worn. Under the seed box (16) the grooved shaft (20) allows the seeds to fall. Ducts Two seed boxes (16) are made of sheet metal attached to A structure in which the seed sprayer (1) is placed for use in loading and discharging seeds into the grooved shaft (20). The top of the box has a lid (17) that can be opened and closed using Metal bloom and there is a slot (18) for viewing the seed level in the seed box (16). Sprinkling or sprinkling can be stopped as needed by controlling the belt tension unit (42) of the power cutting system. It has a unique feature: - A seed release control mechanism consisting of a grooved ball shaft (20), a hollow cylindrical shaft, long grooved, worn on a ball shaft (15), number of grooves of a ball shaft. Sprinkled depending on the required distance between holes Determine the amount of seed discharge using the wedge (21) sliding in and out where the wedge (21) is the same size as the groove of the grooved shaft (20) and the number of wedges equal to the number of grooves of the shaft grooved shaft. Grooves (20) are attached to the inside of the loop. The ring and is worn on the grooved ball shaft (20) and the nut (22) is tightened to the ball shaft. Grooved shaft type sprinkler (20) - The seed tube consists of a 45 ° (27) bend fitting that can fit into the funnel Out of the seed container (25) and a pin (26) to attach between the 45 degree bend joint (27) and the seed box outlet (25), the 45 degree bend joint (27) can be moved. The body uses a pipe (28) that can fit a 45 degree bend (27) and can be inserted into a straight pipe (29). This pipe (28) and straight pipe (29) can be slid in and out. Yes, to adjust the length of the seed tube, straight pipe (29) is inserted in the (45) degree bend (30), the tube end of the 45 degree bend joint (30) is inserted into the directional tube (31). Which is attached to the row spacing adjustment plate (32) the row spacing adjustment plate (32) made of sheet metal Is equal to the number of seed tubes It can be relocated and secured to the structure (34) with the nut (33)