JPS6340101Y2 - - Google Patents

Description

[Detailed Description of the Invention] The disclosed technology belongs to a technology in which grain culm bundles bound and discharged from a binder binding machine are bundled and discharged into a field.

Accordingly, this invention relates to a binder binding machine in which the inner and outer frames provided on the bundle discharge side have slits facing the stumps, and the pivot shaft of the bundle door for tilting and locking the discharge bundle is located above the base. In particular, it is possible to fix the stock mounting plate at the bundling machine bundle discharge part of the inner and outer frames, and to receive the discharged bundle at once,
This invention relates to a binder convergence processing device that discharges onto a slit.

BACKGROUND ART As is well known, a binder used as an agricultural machine for harvesting rice or the like is designed to bind harvested crops into bundles of a predetermined thickness and release them into a field.

As shown in FIG. 1, the binder 1 is moved downward by the handle 2, pulled up and cut by the puller 4 and cutting blade 5 of the pre-processing section 3, transported laterally, and bound. an inner and outer frame 7 which is bound by the binding machine 6 and is provided on the side of the binding machine 6;
The stubble is discharged into the slit 9 between the stubble 8, and its stubble head is sent backward by the relative rearward locking resistance of the stubble head 10, 10..., and the tip side is horizontally extended outward on the tying machine 6. The focusing door 12 is tilted and locked to a focusing door 12 fixed to a swinging shaft 11, and the focusing door 12 is intermittently opened and closed downward by the rotation of the swinging shaft 11, which is intermittently interlocked with the bundling count of the mechanism of the bundling machine 6. Predetermined number of ties 1
3 is released upside down in the field.

Bundles 1 tied together by the binding machine 6
3 is released into the inner and outer frames 7 and 8 by the revolving door after tying, the head of the stalk immediately falls into the slit 9, is caught by the head of the harvested side 10, and is immediately moved backwards, so that the side of the head side is delayed in lateral conveyance, or In this case, the stock head is moved backwards in a posture that does not reach the ejection position due to feeding resistance etc., so it becomes a forward tilted posture in the slit 9, and the forward tilting spreads one after another, resulting in the result shown in Fig. 2. There was a drawback that the bundles 13, 13, . . . fell forward and were left in irregular postures with respect to the field when the focusing door 12 was opened.

Therefore, there was a disadvantage that the processing efficiency of the harvester in the subsequent stage deteriorated, and there was also a disadvantage that extra labor was required for realignment.

The purpose of this invention was to take into account the problem of discharging bundles of binder based on the above-mentioned conventional technology, and to make it possible for the bundles to be discharged vertically into the slit by aligning the orientation of the bundles once at the bundle discharging site and then being discharged vertically into the slit by subsequent bundles. It is an object of the present invention to provide an excellent binder convergence processing device.

The configuration of this invention in accordance with the above purpose is that the harvest is triggered as the binder advances, and the harvested crops are tied by a binding machine and placed on the stock head mounting plate of the bundle discharging section to prevent the ears from falling behind. The stubble is then discharged to the frit between the inner and outer frames by the following bundle, and is locked to the existing stubble.As the machine advances, it is focused on the frame, tilted and locked to the focusing door, and at a predetermined timing, the focusing door is opened and the stubble is placed neatly in the field. The gist of this is that it has been done in such a way that it is

Next, one embodiment of this invention will be described below based on FIG. Note that FIGS. 1 and 2 will be referred to, and the same parts will be described using the same reference numerals.

In the figure, 6 is a binding machine for the binder 1, and a binder 14, a revolving door 15, and a needle 16 are disposed on the 1 side for the rice culms harvested in the conventional manner, and a building 18 for the conventional building holder 17 is provided. A timing gear 19 linked to the swing shaft 11 is also provided.

A convergence processing device 2 is provided outside the binding machine 6.
0's inner and outer frames 7' and 8' are fixedly installed at a set height above the ground, and an end frame 21 is laterally extended at the rear end, and is connected to the timing gear 19,
A swing shaft 11 that swings intermittently traverses the inner and outer frames 7 and 8 at a set height, and causes the focusing door 12 to extend backward at its tip and engage and separate from the end plate to open and close.

A stock mounting plate 23 is stretched and fixed by bolts or the like between the inner and outer frames 7' and 8' of the bundle discharging section 22 of the binding machine 6, and its rear end faces the slit 9.

In the above configuration, when the binder 1 moves downward and performs the harvesting operation on the rows of grain culms, the grain culms that are raised in the same manner as described above are cut by the cutting blades 5, fed horizontally, and are pushed against the revolving door 15. The needle 16, the bill 18, and the bill holder 17 cooperate to bind the bundle 13, and the rotation of the revolving door 15 releases the bundle 13.

Thus, the released bundles 13 are placed on the stock placement plate 23 at the bundle ejection portion 22, and
Since it does not fall directly to the ground and maintains its mounting position, even if the tip side falls behind or becomes entangled with the horizontal conveyance device, a waiting state will appear.

There, it is locked to the outer frame 8' and placed in an upright state, and when the tip side is also ejected and aligned, the subsequent bundles 1
3 is discharged and becomes a predetermined bundle, the previously discharged bundle 13 is sequentially transferred onto the slit 9 in an erect state, and its stock head is locked to the harvested side stock heads 10, 10, etc., maintaining the erect posture and facing each other. The light beams are sent later and are focused a predetermined number of times up to the end frame 21.

Meanwhile, the counter gear 19 controls the number of rotations of the revolving door.
That is, the number of bundles to be bundled and bundled is counted, and the swing shaft 11 is rotated by a predetermined number of bundles to be bundled via a ratchet mechanism (not shown), thereby swinging the focusing door 12 downward and tilting and locking it to the focusing door 12. Unity group 13, 13...
The plants are laid down on the field in a well-aligned state, then reinstated to return to the initial state, and then the next bundle 13 enters the slit 9 from the plant base mounting plate 23, and the same cycle is repeated for reaping. The binding process will continue.

It goes without saying that the embodiment of this invention is not limited to the above embodiment, and various designs are possible, for example, by providing the stock placement plate with a number of uneven parts or by giving it a predetermined slope. It is.

Further, the mounting plate may be of an attachable type and may be removable.

As described above, according to this invention, an inner and outer frame with an opening/closing focusing door is provided on the side of the tying machine of the harvester with a slit facing the stubble row, and the tying machine of the inner and outer frames is removed. By providing the stock head placement plate at the bundling section, the bundles discharged from the tying machine are temporarily discharged and placed on the stock head placement plate, so that the tip side becomes dry. Even if there is a delay in processing due to the stock placement plate, the stock is once aligned vertically on the stock placement plate, and then sequentially discharged into the slit by the subsequent bundles, so even if the stock is moved backwards in the slit, the tips will not be As a result, even when the focusing door is opened and the bundled group is placed upside down in the field, an excellent effect can be achieved in which the group is kept in an orderly position.

In addition, the structure is simple, as it is only necessary to attach stock mounting plates to the bundle discharge portions of the inner and outer frames, and it has the advantage of being easy to manufacture at low cost and requiring no maintenance.

By making it an attachable type, there is an advantage that it can be assembled as needed.

[Brief explanation of the drawing]

FIG. 1 is a schematic plan view of a binder, FIG. 2 is an explanatory view of a bundle processing state based on the prior art, and FIG. 3 is a plan view of an embodiment of this invention. 6... Binding machine, 10... Stubble, 9... Slit, 7', 8'... Frame, 12... Focusing door,
DESCRIPTION OF SYMBOLS 1... Binder, 20... Processing device, 22... Bundle discharge part, 23... Stock head mounting plate.

Claims (1)

[Scope of utility model registration request] In the binder convergence processing device, the binder convergence processing device is provided with an openable and closable convergence door extending backwardly from the upper part of the base of the inner and outer stub base frame, which is provided on the outer side of the tying machine and forms a slit facing the stubble in the longitudinal direction. A binder convergence processing device characterized in that a binder mounting plate, which is located on the side of the binding discharge portion of the binding machine of the inner and outer stock base frames and is connected to the slit, can be fixed to the inner and outer stock base frames. .