TH56526B - Working machine - Google Patents

Abstract

The DC60 working machine makes it possible to prevent an increase in the inclination of the assembly when the piece Each large leveling assembly has been rotated to vary the posture of each piece. It consists of a large adjustment from a protruding posture to a stationary posture. The large leveling assembly 23 will adjust the large scale of the agricultural area where It is assembled with 25 large main leveling assemblies, 26 large protruding assemblies that have been connected to both ends of the main 25 large leveling assemblies, respectively, so that they can be rotated around the center of the axis. Rotation The gestures of each piece are assembled Adjustable large 26 protrusions can be changed between the protruding posture, each A large leveling assembly, 26 protruding, has been placed on the floor of agricultural land and posture. Stationary, where each large leveling assembly protrudes 26 above the main large leveling assembly 25 and each large leveling assembly protrudes towards the protrusion, the inclined assembly has one end. The assembly is mounted by each of the 26 large leveling assemblies, and the other end connected to the main 25 large leveling assemblies. The S inclined assembly is located at the center of the X axis in While each piece is assembled Large leveling protrusion 26, there is a gesture protruding part 52, which is halfway between The two ends of the S-bent assembly converge, while each of the 26-sized protruding assemblies rotates to change posture from protruding to stationary. Be prepared Outward along the radial axis of the center of the rotation X axis, the working machine makes it possible to prevent an increase in the force of the component tilting when the Each large leveling assembly has been rotated to vary the posture of each piece. It consists of a large adjustment from a protruding posture to a stationary posture. The large leveling assembly 23 will adjust the large scale of the agricultural area where It is assembled with 25 large main leveling assemblies, 26 large protruding assemblies that have been connected to both ends of the main 25 large leveling assemblies, respectively, so that they can be rotated around the center of the axis. Rotation The gestures of each piece are assembled Adjustable large 26 protrusions can be changed between the protruding posture, each A large leveling assembly, 26 protruding, has been placed on the floor of agricultural land and posture. Stationary, where each large leveling assembly protrudes 26 above the main large leveling assembly 25 and each large leveling assembly protrudes towards the protrusion, the inclined assembly has one end. It is mounted by each of the 26 large leveling assemblies, and the other end connected to the main 25 large leveling assemblies. The S-inclined assembly is positioned at the center of the X-axis in While each piece is assembled Large leveling protrusion 26, there is a gesture protruding part 52, which is halfway between The two ends of the S-bent assembly converge, while each of the 26-sized protruding assemblies rotates to change posture from protruding to stationary. Be prepared Outward along the radius of the center of the axis of rotation X

Claims (6)

Disclaimer (all) that will not appear on the advertisement page: 1. Working machine assembled with large (23) leveling assembly for agricultural area. Large leveling assembly (23) included. The large main leveling assembly (25), the protruding large leveling assembly (26) that has been connected to both ends of the main large leveling assembly (25) respectively so that it can be rotated around the center. Of rotation X axis, gesture of each piece, adjustable assembly The large protruding scale (26) can be changed between the protruding posture, each of which is assembled. A large leveling overhang (26) has been placed on the floor of agricultural land and a stationary position. In which each large leveling assembly protrudes (26) above the main large leveling assembly (25) and the inclined assembly (S) that are inclined, each large leveling assembly extends (26) towards the protruding position. out The inclined assembly (S) has one end that is attached to each assembly. The large leveler protrudes (26) and the other end has been connected to the adjustment assembly. The main large scale (25) inclined assembly (S) is positioned at the center of the axis of rotation (X), while each large protrusion assembly (26) has a protruding motion and a section. Converge (52), in which the upper halfway between the two ends of the bent assembly (S) converges, while each large protruding assembly (26) has been rotated to Change in posture from protruding posture to still posture Has been prepared outward according to The radius of the center of the axis of rotation (X) 2. The machine operates according to claim 1 in which, while each large protruding assembly (26) is being rotated to Change the posture from protruding posture to still posture The aforementioned inclination assembly (S) was initially rotated along with each of the large leveling assemblies protruding (26) around the connection point that connected the bend assembly (S) to the main large leveling assembly (25), and Subsequently converges on the aforementioned convergence (52) 3. The machine works according to claim 1, in which the inclined assembly (S) is formed out of the tension spring (41) at one end is formed. Attachment is assembled with each large protruding adjuster assembly (26) and connecting assembly (46), with both ends that have been connected to the other end of the tension spring (41) and the assembly. The main large leveling (25) is respectively and under the center of the axis of rotation (X) when each of the large protruding pieces (26) is set in the protruding position and the convergence (52) converges. One halfway between the two ends of the aforementioned connecting assembly (46) 4. The machine operates according to claim 3, in which, while each protruding large leveling assembly (26) is being rotated to Changing the posture from the protruding posture to the stationary posture, the other end (45) of the tension spring (41) that is connected to the tension spring (41) is between the center line (g) and each component. The large adjuster protrudes (26) always the center line (g) that passes through the center of the X axis and the 42 end of the tension spring (41) is attached with each leveling assembly. Large overhang (26) 5. The machine operates according to claim 3, where the distance (h) between the center of the X axis and the axial line (e) of the tension spring (41) is the greatest when each. The large protruding assembly (26) is in the protruding position and gradually Less until the connecting piece (46) meets on the convergence (52) 6. The machine operates according to claim 5, where the distance (h) between the center of the X axis of each assembly is adjusted. The large scale protrusion (26) and the axial line (e) of the tension spring (41) are fixed by The convergence of the connecting assembly (46) on the convergence (52) to a stationary position. 7. The machine works according to one of the claims 3 to 6. Which the connecting assembly (46) has been formed from the cable assembly. 8. The machine operates according to claim 5, in which the container (52) is formed from the guide roll (52) arranged around the center. 9. The machine operates according to claim 8, where the roll guide (52) has a circular arc-shaped loop (52a) winding surface around the center. (26) 1 0. The machine operates according to one of claims 3 to 5. Which the connecting assembly (46) has been formed from joint 1. 1. The machine works according to one of the claims 3 to 5. In which the convergence (52) is formed from the outer circumferential surface of the pivot (34) with the center of the rotation axis (X) 1. 2. The machine operates according to claim 11, where one halfway area between the two ends of the connecting assembly (46) that converges on the convergence (52) is formed into a curved surface that makes the center line. (m) that passes both ends Two of the above connecting parts (46) to be near the center of the axis of rotation (X) 1. 3. The machine operates according to claim 12, in which the connecting assembly (46) is formed into a bell-shaped crank with a bent part with a concave surface 1. 4. The machine operates according to claim 1, in which the inclined assembly (S) is formed out of a tension spring (41) with both receiving ends. Connection with the main large leveling assembly (25) and each large leveling assembly protruding (26) halfway between the two ends of the tension spring (41) converging on the convergence (52) 1. 5. The machine operates according to claim 1, where the inclined assembly (S) has been formed by a tension spring (41) with both receiving ends. Connection with the main large leveling assembly (25) and each large protruding assembly (26), the tension spring (41) is assembled with a tension spring (41a) located on one side of each Each part of the large protrusion assembly (26) and the spring protrusion (41) b of the tension spring (41) meet on such a convergence (52) 1. 6.The machine operates according to claim 1, where the machine frame (5) is formed by the outrigger (3) from the left and right sides of the gearbox 2 respectively, fixing the upper part of the transmission unit 4 to the tip. The outer side of the support arm (3) one, and by fixing the upper part of the lateral frame with the lateral end of the support arm (3), the other and the rotary tiller unit (10) are formed by Attach a number of pivots (12) to the spur shaft (11) that are provided so that they can rotate around the lateral center of the axle of the machine fram (5) to the advance of the machine frame (5). Rotate (10) is covered. With the plow cover (17), the plow cover (17) consists of the main cover (18) covering the top. Part of the rotary tiller unit (10) and the rear cover (19) that cover the rear part. Of the rotary tiller unit (10), a large leveling assembly (23) is provided. On the left and right sides of the lower end of the rear cover (19) and the control wire (36) that are rotated, each large leveling assembly extends (26) from a distance of the large leveling assembly (23). ) To change posture from protruding pose to pose The path is stationary, with the inclined assembly side (S) connected to each of the large leveling assembly protrusions (26) of the large leveling assembly (23) and the control bell (54) which controls the wire. Controller (36) and the bell stop (62) that extend the control bell (54) while each piece A large protruding assembly (26) is being adjusted in a stationary position, has been provided. On the frame (5) such