JPH104773A - Grain bagging device in combine-harvester having grain tank - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide the subject grain bagging device capable of decreasing a work load, reducing a waiting time of a cart and a non working time of a combine-harvester, and improving a working efficiency and work hygienic properties by performing the filling of grains from a hopper to grain bags on a bed of the cart. SOLUTION: This grain bagging device in a combine having a grain tank, is equipped with a hopper 14 for receiving grains discharged from a discharging device 7 of the grain tank 6, a bag supporting tool 17 for hanging a grain bag in a state of receiving the grains against a discharging pipe part 15 having a shutter of the hopper 14 so as to perform the filling of the grains from the hopper 14 to the grain bags on a bed 11 of a cart B. Further, it is preferable to install the hopper 14 and the bag supporting tool 17 to a stand-like base body 13 transferrable or capable of traveling on wheels for constituting so as to use the stand-like base body 13 on the bed 11 of the cart B, and also connect a full loading sensor 20 installed at the hopper 14 to a controlling circuit for ON/OFF controlling of the discharging device 7 of the grain tank 6 with a wire by using a magnet type plug receptacle 21 for automatically controlling the discharging device 7 according to the detected signal of the full loading sensor 20.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a grain bagging apparatus in a combine with a Glen tank.

[0002]

2. Description of the Related Art Even in a combine equipped with a Glen tank, there is a case where it is desired to pack grains into a paddy bag and take out the grain. In some cases, a bag packing device is provided in the installed Glen tank so that grains can be bag packed by the bag packing device as necessary.

[0003]

In the prior art, although grain bags can be packed, bagging is performed on the combine body side, so that heavy paddy bags after grain filling are removed from the combine body side. It has to be lifted from the ground and placed on the carrier of a truck such as a truck by human power, and there is a problem that the labor burden on the operator or the work assistant is large and the work efficiency is not good.

[0004]

SUMMARY OF THE INVENTION According to the present invention, a grain bagging apparatus for bagging grains stored in a Glen tank is constituted independently of a combine, and the grain bagging apparatus is used by using the grain bagging apparatus. In addition, the grain is filled in the paddy bags on the carrier of a truck such as a truck. Thus, since the baggage can be packed on the carrier of the transport vehicle, the operation of lifting the heavy paddy bags after filling the grain onto the carrier is eliminated, and the labor burden on the worker or the auxiliary worker is reduced and the work efficiency is improved. You.

[0005]

BEST MODE FOR CARRYING OUT THE INVENTION In the grain bagging device of the present invention, a hopper for receiving grains sent from a take-out device of a Glen tank is provided on a stand-shaped base separate from the combine body side, and A bag support for suspending the paddy bag in a grain receiving state is provided for the discharge cylinder portion with a shutter of the hopper.

[0006] The above-mentioned grain bagging apparatus may be of any type as long as it is capable of filling grains into a paddy bag hung on a bag support on a carrier bed of a transport vehicle. It is appropriate that the base is configured as a portable type or a wheel traveling type, and its stand-shaped base is installed on a required place such as on a carrier of a carrier or on the ground.

[0007] When the apparatus is to be installed and used on a carrier bed of a transport vehicle, the stand-shaped base, the hopper, and the like are reduced in weight as much as possible, or they can be easily disassembled and assembled. It is preferable that the setting on the carrier can be performed by one person.

Further, when bagging, the hopper
The grain delivery port of the unloading device of the Glen tank is placed at the corresponding position to send out the grains, but the degree of freedom of positioning the grain delivery port at the hopper is increased, and the grain delivery port is It is preferable to provide a bellows-like cylinder at the grain delivery port to reduce grain retention.

Further, when the grain is delivered with the grain delivery port of the unloading device of the Glen tank corresponding to the hopper and the grain is sent out, the full sensor on the hopper side is connected to the on / off control circuit of the unloading device by a magnet. It is preferable to connect and connect with a type outlet, so that the unloading device can be automatically turned on and off by the detection signal of the full sensor, and a dust collection device is provided at the grain outlet of the unloading device, and the hopper is provided. It is desirable to reduce dusting at the time of sending the grain toward the target.

[0010]

FIG. 1 is a side view of the apparatus of the present invention, FIG. 2 is a perspective view showing the mode of use of the apparatus, and FIG. Combine, (B) shows a truck such as a truck, and (C) shows a grain bag packing device according to the present invention.

In FIG. 2, a combine with a Glen tank is shown.
(A) is driven by a pair of left and right crawler traveling devices (2) driven by the power of an engine mounted in a machine room (1).
A self-propelled vehicle body configured to operate in (3) requires a harvesting and transporting device (4), a threshing device (5), and a Glen tank (6) disposed on the side of the device. Arrange various devices,
The power working units of these devices are driven by the power of the engine to perform a desired harvesting operation.

The Glen tank (6) is fixedly attached to the self-propelled vehicle body or, if necessary, a threshing device (5)
The thruster (5) is provided with a movable structure that can be moved to a position that opens the lateral portion of the hull, and can receive and store the kernels thrown out and delivered from the hulling device of the threshing device (5).

[0013] Then, at the inner bottom of the Glen tank (6),
A horizontal conveyor for sending the stored grains out of the tank is provided, and the transfer end of the horizontal conveyor is connected to the unloading device (7). When necessary, the unloading device (7) is operated to operate the Glen. The grain in the tank (6) is configured to be carried out of the tank.

The unloading device (7) includes a vertical auger device (7a),
A horizontal auger device (7b) is provided at the upper end of the vertical auger device (7a) so as to be vertically swingable and rotatable around a vertical axis. The grain transferred and supplied to the horizontal auger device (7b) via the mower device (7a) is supplied to the horizontal auger device.
(7b) is sent out from the grain delivery port (7c), and the transmission of clutches is turned on and off by intermittently connecting and disconnecting a transmission system clutch that drives the unloading device (7) by a control circuit. Is configured.

One of the manual switches (8) of the control circuit is provided near the grain feed port (7c).
Further, a dust collecting device (9) is provided at the grain outlet (7c) for sucking and collecting dust mixed in the grain to reduce dust standing in the vicinity of the grain outlet (7c). The dust collector (9) is operated by turning on the manual switch (8), and is automatically stopped when the manual switch (8) is turned off.

The grain outlet port (7c) is provided with a bellows-like cylindrical body (10) which can be flexibly bent. The bellows-like cylindrical body (10) is made of, for example, cycloheximide or creosote. It is made of an elastic resin material containing a rat-resistant drug to prevent the rat from being bitten during storage. In addition, as a member formed of the same member as the bellows-shaped cylindrical body (10), there are a dustproof plate of a handling port in a threshing device (5), a paddy leakage prevention seal of a sorting unit, and a grain bag described later. Shutter of filling device
There are various types such as elastic boots provided in the attached discharge cylinder portion, and these are also preferably formed of an elastic resin material containing a rat-proofing agent as in the case of the bellows-shaped cylinder (10). .

When the grains stored in the grain tank (6) of the combine (A) as described above are bagged, the grain bagging device (C) formed separately from the combine (A) is used. ) Is used, and the grain bagging apparatus (C) is configured as shown in FIGS. 1 and 2. 1 and 2, a grain bag packing device (C) is a truck (B) such as a truck.
A portable stand-like base (13) which can be installed on a loading platform (11) and fixed by appropriate fixing means (12)
And a hopper (14) attached to the stand-like base (13) so as to be disassembled and assembled, and a rice bag (16) in a grain receiving state with respect to a discharge cylinder portion (15) with a shutter of the hopper (14). ) And a bag support (17) for hanging the same.

At the upper part of the hopper (14), the above-mentioned carrying-out device is provided.
(7) A grain receiving port (18) for receiving grains sent from the bellows-like cylindrical body (10) of the grain sending / outlet section (7c) is opened, and the shutter-equipped discharge cylinder section (15) is provided at a lower portion. ) (15) are connected continuously,
Elastic boots (19) are attached to each of the discharge cylinders (15). A full sensor for detecting whether or not the hopper is full is provided at a predetermined portion of the hopper (14).
A full sensor (20) is provided so that the full sensor (20) can be connected to an on / off control circuit of the unloading device (7) via a magnetic outlet (21).

Then, the full sensor (20) is delivered to the unloading device.
When the full sensor (20) emits a signal indicating that the hopper is full when the on / off control circuit on the (7) side is connected and connected, the operation of the unloading device (7) is automatically stopped by the signal, Further, when the fullness detection signal of the fullness sensor (20) disappears, the unloading device (7) is automatically restarted. The on / off control by the manual switch (8) has a higher priority than the on / off control by the signal of the full sensor (20).

[0020] Such a grain bag packing device (C) is mounted on a carrier (1).
Either the carrier (B) installed in 1) or the combine (A) equipped with a Glen tank is brought closer to the other party, and the unloading device (7) of the combine-side Glen tank (6) is turned and lowered appropriately. Raise the bellows-shaped cylinder (1) at the grain outlet (7c).
0) corresponding to the paddy receiving port (18) of the hopper (14),
The full sensor (20) of the hopper (14) is connected to the on / off control circuit of the unloading device (7) by a magnetic outlet (21).

Then, when the manual switch (8) is turned on, the unloading device (7) starts operating, and the grains are discharged and fed from the bellows-like cylinder (10) into the hopper (14). Along with
Dust in the grains is collected and removed by a dust collector (9). When the hopper (14) is full, the fullness sensor (20) detects the full state, and the output signal (7) is automatically stopped according to the detection signal. If the grain in the hopper (14) is taken out to the paddy sack (16) by the shutter opening / closing operation of ()) and the full state of the hopper (14) is resolved, the carrying-out device (7) is restarted, so that There is a Glen tank
The grains in (6) can be bagged almost continuously, and after the bagging is completed, the unloading device (7) is placed in the hopper (1).
If it is removed from section 4), the magnet outlet (2
1) automatically comes off.

FIG. 3 shows a modified embodiment of the present invention. In this embodiment, a stand-like base (13) which can travel and move on wheels (22) and can be fixed at an arbitrary position.
Is configured to be adjustable in the vertical direction, and a bag support stand (23) located higher than the upper surface of the loading platform (11) of the carrier (B) is connected to the stand-like base (13). Device (C). And the grain bagging device (C) or the transport vehicle
(B) is moved so as to approach one of the opponents, so that the bag support (23) is in a relative positional relationship in which the bag support (23) overlaps with the carrier (11) of the carrier (B), and the carrier (B) Loading bed (1
1) It is configured so that it can be packed in a bag above.

[0023]

The present invention is embodied in the form described above, and has the following effects. Using a grain bagging device that is configured separately from the combine,
Since the grains can be bagged on the carrier of the transport vehicle, it is not necessary to lift the heavy paddy bags filled with the grains on the carrier, thereby reducing the labor burden and improving the work efficiency. Also, the removal of the grains stored in the Glen tank does not require a container loaded on a vehicle or a large Glen pack suspended and moved by a crane, so the equipment cost is low and drying on a personal scale is not required. Adjustment can be conveniently dealt with.

[0024] When the grain bagging device is configured to be installed on a carrier of a transport vehicle and used, the grain bag packaging device can be easily moved to a place convenient for the combine by moving the transport vehicle. Work efficiency of both grain bagging and combine work is further improved, and there is no transport vehicle if the grain bagging device is installed and used on the ground Even in such a case, the grain can be transferred from the grain tank to the hopper of the grain bagging device, so that the waiting time of the transport vehicle and the non-working time of the combine are reduced.

Also, the full sensor installed on the hopper side is connected to the control circuit of the unloading device on the Glen tank side with a magnetic outlet, and the unloading device can be automatically turned on and off by the detection signal of the full sensor. With such a configuration, it is possible to prevent the overflow of grains in the hopper of the grain bagging device, and to connect the full sensor and the control circuit even if the unloading device is accidentally detached. Automatically comes off at the magnet outlet,
There is no risk of accidents such as damage.

Further, a dust collecting device is provided at a grain sending / outlet portion of the unloading device of the Glen tank, and the operation of the dust collecting device can be controlled to be stopped by an appropriate operation means. Occupational hygiene of the bagging worker is improved because dusting in the vicinity is reduced.

[Brief description of the drawings]

FIG. 1 is a side view of the device of the present invention.

FIG. 2 is a perspective view showing a use mode of the device of the present invention.

FIG. 3 is a side view showing a modified embodiment of the device of the present invention.

[Explanation of symbols]

 Reference Signs List A Combine B Transport vehicle C Grain bag packing device 6 Glen tank 7 Unloading device 9 Dust collecting device 11 Loading bed 13 Stand-shaped base 14 Hopper 15 Shutter-carrying cylinder 16 Rice bag 17 Bag support 20 Full sensor 21 Magnet 21 Type outlet

 ──────────────────────────────────────────────────続 き Continued on the front page (72) Inventor Seimi Kataoka 428 Enami, Onami, Okayama Pref.Seirei Industrial Co., Ltd. (72) Inventor Satoshi Nogami 428 Enami, Enami, Okayama, Okayama Pref. In company

Claims (5)

[Claims] 1. A hopper (14) for receiving kernels sent from an unloading device (7) of a Glen tank (6);
A bag support (17) for suspending the rice sack (16) in a grain receiving state with respect to the shutter-equipped discharge cylinder (15) of (14),
Carrying the grain filling from hopper (14) to paddy bag (16)
A grain bagging device in a combine with a Glen tank, which can be carried out on the bed (11) of (B). 2. A hopper (14) and a bag support (17) are mounted on a portable or wheel-travelable stand-like base (13),
2. The grain bag packing apparatus in a combine with a Glen tank according to claim 1, wherein the stand-like base (13) is configured to be used by being mounted on a carrier (11) of a transport vehicle (B). 3. The bottom of a paddy bag (16) hung on a bag support (17) with a stand-like substrate (13) provided with a hopper (14) and a bag support (17) mounted thereon. The combine with a Glen tank according to claim 1, wherein the grain is filled in the paddy sack by holding the sack on the upper surface of the carrier (11) of the carrier (B) or at a position higher than the upper surface of the carrier (11). Grain bagging equipment. A full sensor (20) mounted on a hopper (14) is connected to a control circuit for turning on and off a discharge device (7) of a Glen tank (6) by using a magnet type outlet (21). 4. The grain bagging device in a combine with a Glen tank according to claim 1, wherein the connection device is connected and the carry-out device (7) is automatically turned on / off by a detection signal of a full sensor (20). . 5. A dust collecting device (9) is provided in an unloading device (7) of a Glen tank (6), and operation stop of the dust collecting device (9) can be controlled by an appropriate operation means. 5. A grain bagging apparatus in a combine with a Glen tank according to any one of claims 4 to 4.