JPS5841795Y2 - Emission flux accumulation structure in binder - Google Patents

Description

[Detailed Description of the Invention] This invention relates to a release flux accumulation structure that automatically accumulates the release flux without releasing it into the wet field in a single-flower binder for harvesting in wet fields.

Conventionally, in a single-flowered rice harvester for wet fields, the rice bundles harvested by the binder are discharged into the wet fields as they are, which damages the rice bundles and causes problems in subsequent operations.

This invention aims to provide a structure for accumulating the emitted flux in the binder, in which the emitted flux is not directly emitted into the wet field, but is temporarily accumulated on the side of the binder body, and is not released into the wet field. be.

This idea involves attaching a receiving plate to the side of the binder main body via a universal joint to collect the emitted flux, and making the front part of the receiving plate upwardly shaped so that the bottom part of the receiving plate can be attached in the longitudinal direction. The present invention relates to a emitted flux accumulation structure in a binder characterized by providing a convex strip for reducing frictional resistance.

To explain the embodiment of this invention based on the drawings, A is a binder main body, a cutting blade 1 is provided on the M1415 lower blade of the machine body, and a cutting blade 1 is installed from the front of the cutting blade 1 toward the rear diagonal upper blade. is provided with a lifting device 3 having a pulling claw 2, a binding device 4 is provided on the right side of the pulling device 3, and a binding rice guide plate 5 is provided behind the binding device 4. The bundled rice guide plate 5 has a release part toward the right side of the binder main body A, and the bound rice reaches the guide plate 5, and from there passes through the release part and is released from the right side of the binder main body A. 6 is a running wheel, and 7 is a handle.

B is a receiving plate attached to the side of the binder main body A, and the receiving plate receives the bundled rice released from the bundled rice guide plate 5, and prevents the rice from being accumulated and released directly into the wet field. Its shape is such that the front part is curved slightly upward, which reduces water resistance when the receiving plate B slides on the water surface of the wet field, and also prevents muddy water from entering. .

Also, on the side of the binder main body A, there is an auxiliary rod 8 for attaching the receiving plate B.
is installed via a bracket 9, and the receiving plate B and the auxiliary rod 8 are attached via a flexible joint 10 to absorb resistance caused by rolling during reaping and binding work of the binder body A. , which prevents even-odd loads from being applied to the receiving plate B, and the specific structure of the universal joint 10 may be a mounting structure using a ring provided on the auxiliary rod 8 and a hook provided on the receiving plate B. .

Further, on the bottom surface of the receiving plate B, a required number of protruding stripes 11 are provided protruding along the forward longitudinal direction of the receiving plate in order to reduce the frictional resistance with muddy water or muddy surfaces as much as possible.

Further, a hanger 12 such as a chain for supporting the receiving plate is provided between the front part of the receiving plate B and the tip of the auxiliary rod 8, and while supporting the other side edge of the receiving plate B, Strengthen the attachment to the auxiliary rod 8.

In addition, a curved emitted flux receiver 13 is provided from the tip of the auxiliary rod 8 toward the receiving plate B side, and from the continuous part with the auxiliary rod 8, the receiving plate B
By configuring so that the projecting angle to the side can be freely changed, the throwing angle of the emitted bundle can be changed, and the emitted bundle can be
2, the stacking posture can be changed depending on the properties of the straw bundles.

Note that C in the figure indicates tied rice.

In this device, rice bundles released from the side of the binder body are stacked on a receiving plate attached to the side of the binder body, and the receiving plate slides on the muddy water surface as the binder body travels. The binder always receives the emitted flux from the binder body and does not release it into the muddy water.

According to this invention, the receiving plate can prevent a decrease in work efficiency caused by the harvested bundled rice, which was previously released into muddy water, being piled up and immersed in muddy water. Also, due to the convex strip shape on the bottom, there is no problem in running the binder body, and it has various effects as a wet field binder.

[Brief explanation of the drawing]

FIG. 1 is a plan view of the proposed structure, FIG. 2 is a cross-sectional view taken along the line ■■ in FIG. 1, and FIG. 3 is a cross-sectional view taken along the line ■--■ in FIG. 1. A...Binder body, B...Receptor,
8... Auxiliary rod, 9... Bracket, 1
0... Universal joint, 11... Convex strip body, 12... Hanging metal, 13... Emission bundle receiver.

Claims (1)

[Scope of utility model registration request] A receiving plate for accumulating the emitted flux is attached to the side of the binder main body via a universal joint. A structure for accumulating emitted flux in a binder, characterized in that a convex stripe is provided for reduction.