JPS595290Y2 - self-propelled escape - Google Patents

Description

[Detailed description of the invention] The present invention relates to self-propelled self-shedding, and in particular allows the worker who supplies the husk to the threshing machine to reliably check the paddy-receiving condition of the paddy bag from that position, and to quickly remove the paddy without moving. Bags can be replaced, which saves labor, and the machine can be moved in the field by running and stopping the machine without moving from that position. The present invention is provided so that it can be implemented suitably by having a simple structure so as not to take any shape.

For this reason, conventionally, the grain lifting machine attached to the threshing machine was attached to the right side of the machine body, that is, on the husk discharge side, but especially in the present invention, it is moved from the right side to the left side (from the husk supply port). In addition, the grain lifting cylinder is installed at a gentle slope from the lower side of the supply port to the rear engine side, and a paddy receiving device is installed below the tip of the grain lifting cylinder lower than the bundle part. A paddy receiving stand that cooperates with the paddy receiving device B is installed at a low level near the ground, and a traveling operation device is installed close to the paddy receiving device B. be.

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

Figure 1 shows a side view of a self-propelled self-escape, and shows the crawler-type traveling body 1.
A cargo platform 6 is installed above the front side of the frame 10 which is parallel to the front and rear direction and supported by 1, and an engine E is installed above the rear side.
A cover 11 is placed around the upper part of the bundle part 3, and a bundle part 3 is extended from the upper part of the cover 11 to the rear of the fuselage. ', and a running operating device such as a latch lever 5 that runs above the cover 11 on the left side of the machine and a speed change lever 13 below the bundle part 3 is installed close to the paddy receiving device B. and configure.

A is a threshing machine, and when the threshing machine A is mounted on the loading platform 6, it is self-propelled, and when it is unloaded, it can be driven by a transport vehicle, similarly to the conventional structure.

In the threshing machine A, 14 indicates a foot chain, 15 indicates a handling barrel, 16 indicates a transmission section, 17 indicates a gear box, 18 indicates a chain drive shaft, and 19 indicates a chain clutch lever,
The base 4a of the grain lifting cylinder 4, which houses a spiral conveyor, is connected to the lower side of the supply right 2 where the husk culm placing table 20 can be connected. The main outlet 21 and overflow outlet 22 provided at the tip 4b of the grain lifting cylinder 4 are extended rearward with a gentle slope, and the deframing machine A is mounted on the loading platform 6.
The grain lifting cylinder 4 is configured to extend low so as to face the lateral side of the running latch lever 5.

A paddy receiving device B which is lower than the bundle portion B is installed below the tip portion 4b of the grain lifting cylinder 4, and the paddy receiving device B has one end portion 7a of a long pipe support rod 7 bent and extended upward. Take it out and fix it to the mounting bracket 23, and attach the grain lifting cylinder 4 slightly below the tip part 4b.
The mounting bracket 23 is removably fixed to a support bracket 24 fixed to the side of the support rod 7 via a bolt 25, and through holes 26, 26 in orthogonal directions are formed in the portions near both ends of the support rod 7, which is installed horizontally. 27. Then, insert the long same-nucleate support rods 9, 9' into the through holes 26, 26 so as to be able to slide freely, and press the upper set pole) 27
．． 27', and below the paddy receiving device B there is a paddy receiving stand 28 that cooperates with this paddy receiving device B at a low level near the ground. It is attached to the side so that it can rotate around the fulcrum O, and the rice holder 28 is configured to be horizontal, rotate around the fulcrum O, and be stored in the side of the body.

Therefore, when the threshing machine A is mounted on the loading platform 6 and is self-propelled, the paddy receiving frames 9, 9', etc. at the tip of the grain lifting cylinder 4 integrated with the threshing machine A extend above the paddy receiving stand 28. When the threshing machine A is lowered to use as a transport vehicle, the paddy receiving frames 9, 9', etc. are removed along with the threshing machine A.

During threshing work, use the same core receiving rods 9, 9 as shown in each figure.
' is fixed to the support rod 7 by set poles 1-27, 27', and the support rods 9, 9 extend outward from the support rod 7.
The main paddy bag 8 is inserted into the end side of ', and the main outlet 21 is inserted into the bag opening, and the core receiving rods 9, 9' extend inwardly from the support rod 7.
The overflow rice bag 8' is inserted into the other end of the bag, and the overflow ridge 22 is inserted into the bag opening, and the lower parts of both bags are set so as to be supported by the rice holder 28.

Therefore, an operator who approaches the starting end 14a of the foot chain 14 and stands on the rear side of the culm placement stand 20,
The husk above 0 is fed to the foot chain 14 and the supply port 2, but if you turn around at that position, it is very easy to monitor the status of paddy receiving in the paddy bags 8 and 8', and when it is full, you can change the bag at that position. When the machine body needs to be moved a little, the operator in position A can reach out his hand and operate a travel operating device such as the latch lever 5 or the speed change lever 13 to move the machine.

In addition, when moving the machine, loosen the set poles I-27, 27' while supporting the paddy bag 8, and loosen the set poles 9, 9'.
can be moved inward, and when traveling on the road, the paddy receiving rods 9, 9' can be sufficiently accommodated inward and the paddy receiving stand 28 can be rotated and stored.

In this way, the present invention installs the engine E etc. on the rear side of the machine body supported by the traveling bodies 1, 1, and the threshing machine A on the front side so that the supply port 2 of the culm is on the left side, and the above-mentioned supply Mouth 2
In the self-propelled self-threshing operation in which the worker is located at the rear position A of the husk holder 20 connected to the threshing machine A, the bundle part 3 on the engine E side is On the left side, the grain lifting cylinder 4 is extended with a gentle slope, and a paddy receiving device B is installed below the tip part 4b of the grain lifting cylinder 4 below the bundle part 3. Receiving device B
The structure is such that the paddy receiving stand 28 that cooperates with the paddy receiving device B is installed at a low level near the ground, and the traveling operation device is installed close to the paddy receiving device B. You can easily check the paddy receiving condition from this position, and you can quickly replace the paddy bag from that position, which saves labor and works efficiently. The machine can be run and stopped by operating the running operation device such as the latch lever 5, and the machine can have a simple structure that does not become large. Since it is extended, the whole threshing machine can be configured low, and since the position of the supply port 2 is low, the workability of inserting the husk into the supply port 2 is improved. In addition to installing it lower than the
Since the paddy receiving stand 28 is provided at a low level near the ground, it is easier to see the paddy receiving condition and the paddy bag can be easily replaced, which is advantageous in that it can be carried out suitably.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention; FIG. 1 is a side view of the self-propelled self-propelled model, FIG. 2 is a plan view, FIG. 3 is a rear view, FIG. 4 is a part of FIG. 1, and FIG. The figure shows an enlarged view of a portion of FIG. 4, FIG. 6 is a plan view of FIG. 5, and FIG. 7 is a sectional view of a portion of FIG. 6. A... Threshing machine, 1... Running body, E...
... Engine, 2 ... Supply port, 3 ...
... Bundle part, 4 ... Grain barrel, B ...
・Paddy receiving device, 5... Latch lever for running, 20
...Culm holder, 13...Speed lever,
4b... Tip part, A... Rear position, 2
8...Paddy holder.

Claims (1)

[Scope of utility model registration request] Engine E is installed on the rear side of the aircraft supported by the traveling bodies 1, 1.
A threshing machine A is mounted on the front side so that the supply port 2 of the shell culm is on the left side, and a shell culm placement stand 2 is connected to the supply port 2.
In the self-propelled self-propelled theory in which a worker is located at a position A on the rear side of the threshing machine A and performs the threshing work, from the lower side of the supply port 2 in the threshing machine A to the left side of the bundle part 3 on the engine E side is the grain lifting cylinder 4. A paddy receiving device B is installed below the tip portion 4b of the grain lifting cylinder 4 below the bundle portion 3, and the paddy receiving device B cooperates with the paddy receiving device B. pedestal 28
The self-propelled self-escape is characterized in that it is constructed by installing a drive control device at a low level near the ground, and further installing a traveling operation device close to the paddy receiving device B.