JPS62248418A - Automatic feeder in self-propelling and self-removal - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] The present invention relates to an automatic feeding device for self-propelled self-extraction.

In other words, it is possible to easily feed the rice bundles with the heavy ear tips downward in a hanging shape, and to prevent grains from shedding.
Instead of carrying the rice bundles, which have been left to dry in the sun by hanging them from seed trees and placing them on the seed stand of the threshing machine, as is the case with conventional methods, the rice bundles are placed on the front conveyor with an open front. The present invention provides that the device can be automatically and satisfactorily supplied simply by inserting it in the desired direction, and can be conveniently implemented.

Next, the embodiment shown in the drawings will be described.

Fig. 1 shows a side view of the self-propelled self-escape machine. Above the front of the machine platform (6) supported by the crawler (4), there is a feed chain (8), a clamping culm (6), Handling cylinder (te), supply plate (8),
Equipped with a threshing machine 0 similar to the conventional structure with a supply port (6), No. 4 funnel (to), etc., and a cover (9) that covers the engine, etc. is installed above the rear side of the machine base (6). At the same time, each operating lever (2) and a handle rod 011) are installed on the cover (B), and the tip side of the grain lifting cylinder extending downward and rearward from the entrance side of the threshing machine 0 is installed. is equipped with a discharge tube (b), a paddy holder is installed below the discharge tube (b) at the rear of the machine base (5), and around the bottom of the discharge tube (b) It is constructed by installing a paddy receiving rod (b).

(6) shows the entire automatic feeding device, with the lower support stand (G)
A bracket U supporting the machine base (6) is removably fixed to the side of the machine base (6) with a bolt nut, and is removably connected to the side of the supply side of the threshing machine ◎. (E)
A front conveyor body (1) made of a chain is installed at a constant height above the front side of the body and extends in the front-rear direction, and a spring (21 ) are installed in opposition to the clamping rods that are supported by force through the front transport body (1), and there are weeding bodies f2 on both sides on the front (a) side of the front transport body (1). L) and a guide rod are installed between which the culm side of the rice bundle (C) with the tips hanging downward can be received.

In addition, from above to the rear of the rear part (b) of the front conveyor (1), the rear conveyor made of a chain has a planar working surface so that the terminal end e→ is located near the feed chain (8). (2), but the rear part (0) of the front transport body (1) is constructed.
) The rear conveyor (2), which inherits and conveys the culm side of the rice bundle (C) from on the support frame) and the spring (on the support frame).
A planar gripping rod (n) is used to press down and support the conveyor (2), and the lower part of the rear conveyor (2) is set so that the rice bundle (C) can be leaned against. An inclined receiving plate μs) is installed so that its side part is continuous with the supply plate (8), and a rice bundle (
A conveyor belt (b) with protrusions that conveys the culm in the direction of the supply port (9) of C) is installed, and the above-mentioned culm is passed through the inside of the transmission case capable of transmitting power from the pulley 00 on the supply side of the threshing machine ◎. The front conveyor (1), the rear conveyor (2), and the conveyor belt are installed and constructed so as to be able to be driven.

In the figure, the rice trees are shown, and both seed trees 031 are placed parallel to each other and built high (the culm side of the rice bundle (c) is inserted between 831 and the ears are hung down to dry. It is something to do.

Therefore, when working, as shown in Figure 9, if the rice bundle (C) is hung down with the tip facing downward and the culm side is fed between the cutting body (-) and the guide rod (), the rice bundle (C) will be fed directly to the front conveyor. (1) and the gripping lever can be carried backwards, from the rear of the front carrier (1) to the rear carrier (2).
), the part from the culm to the tip leans against the receiving plate μs) as it is transported backwards, and from that state the culm side moves laterally toward the feed chain (8). When the culm is transported, the culm part is transported.
The JI is in a state of cross-feeding, and the rear conveyor (2
) When the culm side is transferred from the end (c) of
The grain is supplied to the threshing machine 0 and threshing is performed.

In addition, as shown in Figures 1 and 2, Inagi N (83
Hanging rice bundles hung on racks 1 and dried in the sun (C
), when the machine moves forward, the weeding body splits the weeds, and the culm side of one bundle of rice is received between the shedding body and the guide rod, and the same process is carried out as described above. After being transported, it can be automatically fed to the threshing machine (c).

In this way, the present invention has a front conveyor with an open front section installed at a predetermined height so as to be able to receive the culm side of a rice bundle with the tips hanging downwards, facing the front and rear directions of the machine. Along with b, there is a planar rear part that approaches the rear part of the front conveyance body and can convey the culm side in a flat direction while tilting the rice bundles, and transfer and feed the rice bundles from the terminal end to the feed chain of the threshing machine. Since the conveyor is installed and configured to be attached to the side of the supply side of the threshing machine, it is possible to easily feed the rice bundles with the heavy ear side hanging down and to prevent grains from shedding. The rice bundles, which are hung hanging from rice trees and left to dry in the sun, are directly fed to the front conveyor with an open front, without having to be carried and placed on the seed mold stand of the threshing machine as in the conventional method. The front conveyor and rear conveyor can turn the rice bundle from a hanging state to the side and feed it to the feed chain in a good manner. It may be supplied to a conveyor, and rice bundles are conveyed in a state in which shedding is less likely to occur, reducing the movement range of the operator, and has the advantage that it can be carried out suitably.

[Brief explanation of drawings]

The drawings show an embodiment of the present invention, and FIG. 1 is an overall side view;
Fig. 2 is a plan view thereof, Fig. 8 is a side view of the automatic feeding device,
Figure 4 is a side view of the threshing machine, Figure 5 is a plan view of the automatic feeding device, Figure 6 is an exploded view of a part of Figure 5, and Figure 7 is a conveyor belt.
FIG. 8 is a plan view of the inlet side of the thresher, and FIG. 9 is a side view showing the operation.

Claims (1)

[Claims] A front transport body with an open front section is installed at a predetermined height so as to be able to receive the culm side of rice bundles with the tips hanging downward, and is mounted facing forward and backward of the machine. Equipped with a planar L-shaped rear conveyor body that can approach and incline the rice bundle while conveying the culm side in the direction of the plane L and inherit and feed from the end to the feed chain of the threshing machine,
An automatic feeding device for self-propelled self-thresholding, characterized in that it is configured to be installed on the side of a threshing machine near the feeding side.