JP2002095318A - Rice transplanter - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a rice transplanter capable of rotating spare-seedling loading frames with good operability. SOLUTION: This rice transplanter comprises a self-propelled main machine 1 of sulky type and a seedling transplanting device 2, wherein the main machine 1 has a driving device 5 at its front section and a driving sheat 6 at its rear section, the seedling transplanting device 2 is connected at the rear of the main machine 1, spare-seedling loading frames 13 having vertically plural seedling loading tables 12 are rotatably set around a vertical axis y. And the machine has a rotation-operating device 24 for rotating the spare-seedling loading frames 13, usually taking a lock posture for fixing the spare-seedling loading frames and being able to take a posture for releasing lock by initial operation for rotating.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a rice transplanter in which a seedling planting device is connected to a rear portion of a riding type self-propelled machine having a driving portion mounted at a front portion and a driver seat at a rear portion.

[0002]

2. Description of the Related Art In a rice transplanter of this kind, a reserve seedling mounting portion having a plurality of upper and lower reserve seedling mounting stands is disposed at each of the left and right sides of a prime mover so as to be rotatable around a vertical axis. Are known. When using this rice transplanter, even if the spare seedlings are placed side by side on one spare seedling stand, the spare seedlings should be taken out first, then the rear spare seedlings should be taken out, and then the spare seedling placement part should be turned half a turn. By placing the spare seedlings located at the front part at the rear part and taking out the spare seedlings in this state, even if the worker does not turn forward,
All of the spare seedlings can be taken out with good workability. Conventionally, as such a rice transplanter, it is possible to freely switch between a lock position for stopping rotation of the reserve seedling placing portion by a vertical swing operation and a release position allowing rotation, and rotate the reserve seedling placing portion by rotating in the release position. An operation lever to rotate was provided.

In a conventional rice transplanter, a fulcrum is provided at each of the left and right sides of the prime mover so that a plurality of upper and lower reserve seedling nests can be swingably switched between a posture in which the seedlings are laid down on a support and a standing posture in which the seedlings are stood up. It is known to provide a spare seedling mounting portion attached via a pin. In this conventional rice transplanter, the fulcrum pin is retained by inserting the retaining pin into the fulcrum pin.

Further, this type of rice transplanter is sometimes configured with a fertilizer application device. Conventionally, as such a rice transplanter device with a fertilizer application device, a long fertilizer hopper in the left-right direction is provided on the driving seat. A rear arrangement is known.

[0005] In addition, in this type of rice transplanter, steps are provided on both the left and right sides of the driver's seat to go to the rear. Conventionally, these steps are narrow in the right and left directions.

In a rice transplanter of this type, particularly a multi-row type rice transplanter, a bed for accommodating a plurality of rows of a seedling planting apparatus is provided with a bed for a main seedling and a bed for the main seedling. It consists of a detachable seedling rest part that can be separated, and the separated seedling rest part is switched between the working posture connected to the lateral side of the main seedling rest part and the evacuation posture overlapping above the main seedling rest part. Spare seedlings that can be freely mounted and mounted on a column so that each of the left and right sides of the prime mover can be switched between a standing action posture in which a plurality of upper and lower stages of spare seedling ladders project to the left and right outer sides and a standing storage posture. In many cases, means for installing a mounting portion is employed. Conventionally, as such a rice transplanter, a seedling planting device and a reserve seedling placing portion have been configured independently of each other in the lateral width.

[0007]

However, the prior art described above has the following disadvantages.

An operation lever is provided which can be switched between a lock position for stopping the rotation of the spare seedling placing portion by a vertical swing operation and a release posture for allowing rotation, and which rotates the spare seedling placing portion by rotating in the release posture. Therefore, when performing the lock / release and rotation operation of the reserve seedling placement part, the lock / release and rotation operation can be performed by operating one operating tool, but the operation becomes two actions, and the operation may be fuzzy. easy.

When the fulcrum pin is retained by the retaining pin, not only the retaining pin is required, but also a hole for inserting the retaining pin into the fulcrum pin needs to be formed, resulting in an increase in cost. Was.

In a conventional rice transplanter in which a long fertilizer application hopper is arranged at the rear of the driver's seat in the left-right direction, in order to make the overall length of the rice transplanter as short as possible, the seedling planting device is moved closer to the self-propelled machine. In this case, the fertilizer hopper comes so close that it comes into contact with the driver's seat, and as a result, it is not possible to form a lateral passage between the driver's seat and the fertilizer hopper. When performing work such as replenishing seedlings to the attachment device, when performing work on the right side after performing work on the right side of the seedling planting device, it is necessary to go around the front part of the driver's seat, and workability is poor.

Since the steps on both the left and right sides of the driver's seat are narrow, the work on the seedling planting apparatus cannot be performed very well on those steps.

In the case where the seedling planting device and the spare seedling placing portion are configured independently of each other in the left and right width planes, the rice transplanting machine can be narrowed or the carrier of the transport vehicle can be moved with the separated seedling placing portion switched to the retracted position. When unloading the seedlings, the place where the spare seedlings were placed did not serve as an index at that time, and the seedling planting device was sometimes brought into contact with a wall or the like.

An object of the present invention is to eliminate the above-mentioned conventional disadvantages.

[0014]

The features, functions and effects of the rice transplanter according to the present invention are as follows.

[Features] A rice planting machine having a seedling planting device connected to a rear portion of a riding type self-propelled machine having a driving portion mounted at a front portion and a driver seat at a rear portion, wherein the driving portion is provided. On each of the left and right sides, the upper and lower parts of the reserve seedlings provided with a plurality of stages of reserve seedlings are arranged rotatably around the vertical axis, and as a rotary operation tool for rotating these reserve seedlings Normally, while the locker is normally in a locked position for fixing the seedling rest, a switch is provided for switching to a position for releasing the lock by an initial operation for rotation.

[Operation] The lock is released and the spare seedling placement part is rotated by simply rotating the rotary operating tool for rotating the spare seedling placement part. While locking, only a series of rotation operations are required.

[Effect] Therefore, the rotation of the spare seedling placing portion can be performed with good operability.

The features, functions and effects of the rice transplanter according to the present invention according to claim 2 are as follows.

[Features] A rice transplanter having a seedling planting device connected to a rear portion of a riding type self-propelled machine having a driving portion mounted at a front portion and a driver seat at a rear portion, wherein the driving portion is provided. In each of the left and right both sides, a reserve seedling mounting portion is provided via a fulcrum pin so as to be swingably switchable between a seedling mounting position in which a plurality of upper and lower reserve seedling mounting stands are laid down on a support and an upright storage position, The point is that the length of the fulcrum pin and the operation bolt is set so that the fulcrum pin does not come off when the operation bolt for fixing the seedling rest in the retracted posture is loosened.

[Operation] By properly setting the lengths of the operation bolts and the fulcrum pins for fixing the spare seedling rest in the storage position, the fulcrum pins are prevented from coming off even when the operation bolts are loosened. Therefore, a retaining structure such as a retaining pin for the fulcrum pin is not required.

[Effect] Therefore, the fulcrum pin can be prevented from coming off at low cost.

The features, functions and effects of the rice transplanter according to the third aspect of the present invention are as follows.

[Features] A rice transplanter having a seedling planting device connected to a rear portion of a riding type self-propelled machine having a driving portion mounted at a front portion and a driving seat at a rear portion, wherein the driving seat is provided. A long fertilizer hopper is arranged in the left and right direction at the rear of the driver, and the left and right central parts corresponding to the driver's seat on the front of this fertilizer hopper are recessed rearward, so that the driver's seat is between the driver's seat and the fertilizer hopper. The point is that a passage for moving back and forth between work steps arranged on the left and right outer sides is formed.

[Function] While the fertilizer application hopper is arranged close to the rear part of the driver's seat, the left and right central portions of the fertilizer hopper are recessed rearward, and the fertilizer hopper is disposed between the driver's seat and the fertilizer hopper on the left and right outer sides of the driver's seat. Since the passage for moving back and forth between the work steps is formed, by moving back and forth between the work steps, the work for the full width in the left and right directions with respect to the seedling planting apparatus can be performed without going around the front of the driver's seat.

[Effect] Accordingly, the workability of the seedling planting apparatus can be improved while adopting a compact structure in which the seedling planting apparatus is arranged close to the self-propelled machine.

The features, functions and effects of the rice transplanter according to the present invention according to claim 4 are as follows.

[Characteristics] A rice transplanter having a seedling planting device connected to a rear portion of a riding type self-propelled machine having a driving portion mounted at a front portion and a driving seat at a rear portion, wherein the driving seat is provided. Provide left and right wide steps for going to the rear on both left and right sides, arrange the fuel tank below these steps, and configure the part corresponding to the filler port of this fuel tank among the steps as a lid that can be opened and closed At one point.

[Operation] Since the steps arranged on the left and right sides of the driver's seat are configured to be wide left and right, the workability of the seedling plant on these steps can be improved. Moreover, the fuel tank is arranged below the step by effectively utilizing the fact that the step is made wider left and right, so that the fuel tank has a large capacity while covering the upper part of the fuel tank with the step. be able to. In addition, since the step is provided with a lid that can be opened and closed so that fuel can be supplied to the fuel tank, the fuel tank is protected below the step and the step is guarded at the top of the fuel tank. In this way, the desired refueling can be reliably performed while adopting an advantageous configuration.

[Effect] Accordingly, it is possible to rationally achieve an increase in the size of the steps and an increase in the capacity of the fuel tank.

The features, functions and effects of the rice transplanter according to the fifth aspect of the present invention are as follows.

[Features] A rice transplanter having a driving unit mounted at the front and a driver's seat mounted at the rear, and a seedling planting device connected to the rear of the riding type self-propelled machine. The seedling rest for accommodating a plurality of seedlings of the attaching device is constituted by a main seedling rest and a separated seedling rest which can be separated from the main seedling rest. It is configured to be freely switchable between a working posture connected to the lateral side of the main seedling rest portion and a retracting posture overlapping above the main seedling rest portion. A spare seedling rest part, which is mounted on a support so that the seedling stand can be swingably switched between a lying action posture that protrudes left and right outside and an upright storage posture,
The stand for resting the seedlings switched to the storage position is installed at a position substantially at the same position as the left and right outer ends of the seedling planting apparatus with the stand for separated seedlings switched to the retracted position.

[Effect] The left and right outer ends of the seedling planting apparatus in which the separated seedling rest is in the retracted position and the left and right outer ends of the spare seedling rest in which the spare seedling rest is switched to the retracted position are substantially the same. Since the spare seedling rest is in front of the driver's seat and has good visibility, the spare seedling rest is used as an index to perform work such as width adjustment and loading / unloading on the loading platform, The work is easier to perform than in the case where the above work is performed while looking back on the rear seedling planting device.

[Effects] Therefore, it is possible to improve the workability such as width shifting and unloading with a simple device.

[0034]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS As shown in FIG. 1 and FIG. 2, a rice transplanter is provided with a multiple-row seedling planting apparatus 2 at the rear of a riding type self-propelled machine 1 via a four-link mechanism 3. To move up and down freely,
The apparatus is provided with a lift cylinder 4 and a fertilizer that lower the seedling planting device 2 by its own weight in accordance with supply of pressurized oil and raise the seedling planting device 2 along with drainage.

The self-propelled machine 1 has a prime mover 5 at the front and a driver's seat 6 at the rear, and a pair of left and right driving front wheels 7 and a pair of right and left driving rear wheels 8. And A boarding step 9 is provided at the foot of the driving seat 6, and a boarding / alighting step 10 is provided on both left and right sides of the driving unit 5. Step 1 for wide work on the left and right to go to the rear
1 is provided.

As shown in FIGS. 4 to 6, a plurality of pairs of left and right spare seedling rests 12 are arranged on the left and right sides of the prime mover 5 at intervals vertically. The part 13 is rotatably arranged around the vertical axis y. More specifically, the spare seedling placing portion 13 is provided with a mounting frame including a column 14 rotatable around the vertical axis y and a pair of front and rear U-shaped frames 15 attached to the column 14. A plate-shaped bracket 1 corresponding to each spare seedling rest 12 is provided on each of the frames 15 before and after the frame.
6 are fixed, and two portions in front of and behind the stand 12 for the spare seedlings are respectively supported by brackets 16.

As shown in FIGS. 7 to 9, the spare seedling rest 12 holds two seedlings a side by side in the front and rear of each seedling box A. A pair of left and right seedling placing bars 12a for forming, and three before and after connecting them.
The two connecting rods 12b, the front and rear regulating portions 12c which are set up from both front and rear ends of the seedling placing bar 12a so as to regulate the forward and backward movement of the placed seedling raising box A, and regulate the left and right movement of the placed seedling raising box A. As described above, the connecting rod 12b is constituted by the right and left restricting portions 12d raised from the left and right ends of the connecting rod 12b, and a pair of front and rear mounting plate portions 12e to be attached to the bracket 16.

As shown in FIGS. 10 (a) and 10 (b), means for supporting the spare seedling rest 12 on the bracket 16 is as follows.
It is means for swingably mounting around the axis p in the front-rear direction so as to be able to swing between the lying action posture for placing the seedling raising box A and the upright storage posture. The fulcrum pins 18 before and after being inserted into the fulcrum holes 17 formed on the auxiliary seedling mounting table 12e are attached to the mounting plate portion 12e of the stand 12 for the seedling.
The mounting plate portion 12e of the preliminary seedling rest 12 is inserted in a state where the bracket 16 is sandwiched by inserting the bracket 16 by inserting a nut 20 fixed to the mounting plate portion 12e of the preliminary seedling rest 12 through the elongated hole 19 along the circumference. An operation bolt (set bolt) 21 using a wing bolt fixed to the bracket 16 is provided. Then, the stand 12 for the spare seedlings is
Is held down by the contact of the end of the long hole 19, the tightening of the operation bolt 21 and the mounting of the other front and rear mounting plate portion 12e on the bracket 16, and the operation bolt 21 is moved to the end of the long hole 19. Operation bolt 2 in a state where the position is restricted by contact
1 is held in the retracted position by tightening.

The front and rear fulcrum pins 18 are not moved at the same time as the spare seedling mounting table 12 is moved, but are turned in sequence.
The length of the fulcrum pin 18 and the length of the operation bolt 21 are different from each other so that the operation bolt 21 is loosened to allow the spare seedling mounting table 12 to swing. The pin 18 is set so as not to fall out of the fulcrum hole 17.

The means for rotating the preliminary seedling placing portion 13 and fixing the posture in the front-rear direction is as shown in FIGS.
The longitudinal axis y is fixed to the flange 22 fixed to the support 14.
A lever-shaped rotary operation tool 24 is attached so as to be swingable around the second vertical axis y2 nearby, and the rotary operation tool 24 is rotated when the rotary operation tool 24 is rocked around the vertical axis y. By swinging the operation tool 24 around the second vertical axis y2, the operation tool 24 is detached from the concave portion 26 formed in the fixing portion 25 that rotatably supports the column 14 and around the vertical axis y of the rotary operation tool 24. A stopper 27 that allows swinging, that is, engages with the concave portion 26 to prevent the rotation of the rotary operation tool 24 (flange 22) around the vertical axis y is formed. A coil spring 28 is provided to urge the rotary operation tool 24 to swing in the engagement direction. Therefore, in this fixing means, the stopper 27 is detached from the concave portion 26 by the initial swing of the rotary operation tool 24, and
Is released and the flange 22 is pulled by the coil spring 28 with the swinging of the rotary operation tool 24, so that the spare seedling placing part 13 rotates around the vertical axis y.

The recesses 26 are formed at two locations opposed to each other with the vertical axis y interposed therebetween.
5 for the preliminary seedlings in a front-rear position to position 5 forward.
Is fixed, and the stopper 27 is engaged with the other concave portion 26, thereby fixing the spare seedling placing portion 13 in a front-rear position 180 degrees reversed from the front-rear position in which the other frame 15 is positioned forward. It has become. Also,
The rotation operation tool 24 includes a first operation unit 24a positioned rearward when the spare seedling placing unit 13 is positioned in a front-rear position in which one frame 15 is positioned frontward, and the other frame 15
And the second operation unit 24b located rearward when the spare seedling placing unit 13 is located in the front-rear posture positioned forward. That is, the rotary operation tool 24 is configured to be operable from the driver's seat 6 side even when the spare seedling placing part 13 is in any of the front and rear postures.

The upper ends of the right and left columns 14 are bar 29
Are connected via

The seedling planting apparatus 2 includes a seedling rest 30 which reciprocates left and right at a set stroke, and moves vertically between the lower end of the seedling rest 30 and the rice field in conjunction with the movement of the seedling rest 30. Planting claws 31 for taking out the seedlings on the seedling rest 30 by the planting unit amount by circulating and planting them on the rice field,
A grounding float 32 is provided to level the field to be planted by sliding on the field as the vehicle travels.

The seedling rest 30 is, as shown in FIG.
It is composed of a main seedling rest 30a and two separate seedling rests 30b which can be separated from the main seedling rest 30a. The separated seedling rest 30b is provided with the main seedling rest. 30a and the working posture connected to the lateral side of the main seedling rest 3
0a, it is configured to be freely switchable to a retracted posture overlapping above.

Then, as shown in FIG. 5, the left and right outer ends of the seedling planting apparatus 2 in a state where the separated seedling mounting portion 30b is in the retracted position, and the left and right sides of the spare seedling mounting 12 switched to the storage position. The outer end is set so as to be located at substantially the same left and right position, and the rotary operation tool 24 is also configured to be located more inward than the outer end in the fixed posture.

In the fertilizer application apparatus, a groove for fertilization is formed on the lateral side of the planting streak as the vehicle travels, and a groove producing device 33 serving as a fertilizer supply port for the groove is mounted on the seedling planting apparatus 2. Running machine 1
A fertilizer hopper 34 long in the left-right direction is mounted on the rear of the driver's seat 6 so that the fertilizer hopper 3
4 is provided with a feeding device 35 for feeding out the fertilizer in a fixed amount, and a blower 37 for feeding the fed-out fertilizer to the groove forming device 33 via a hose 36. Then, a central portion of the fertilizer hopper 34 corresponding to the driver's seat 6 is recessed rearward, and a passage 38 for moving between the driver's seat 6 and the fertilizer hopper 34 between the work steps 11 is provided. Is formed. As shown in FIG. 3, a handrail 43 is disposed on the outer periphery of the step 11 so that the left and right outer ends of the spare seedling rest 12 are located at substantially the same left and right positions.

A fuel tank 39 is disposed below the work step 11, and as shown in FIG.
In step 11, the fuel supply port 39a of the fuel tank 39
The portion corresponding to is configured with a lid 40 that can be freely opened and closed.
The means for maintaining the lid 40 in the lying-closed posture and the upright-opening posture is provided by the lid 40 as shown in FIGS.
Lid 40 in the closed position on the side opposite to the opening that is opened and closed
A flange 41 for mounting and supporting the
The flange 41 is located at the lower side in
A pair of plate portions 40a that are stably mounted and held on the flange 41 at the lower side when in the upright open posture while being stably held are formed, and the support shaft 40b for changing the posture of the lid 40 is lowered. When the lid 40 is in the lying-down closed position, the plate 40a of the lid 40 is pressed against the flange 41 to pull the lid 40 down.
When the lid 40 is in the upright open position, the spring 42 is provided to press the plate portion 40a against the flange 41 to urge the lid 40 to the upright open position. The support shaft supporting hole 43 formed in step 11 is a vertically long hole that allows the posture to be switched by swinging the lid 40.

[Brief description of the drawings]

Fig. 1 Side view of rice transplanter

FIG. 2 is a plan view of a rice transplanter.

FIG. 3 is a plan view showing a state where a stand for separating seedlings is in a retracted position;

FIG. 4 is a plan view of a reserve seedling placement part.

FIG. 5 is a front view of a spare seedling placement part.

FIG. 6 is a side view of a spare seedling placing part.

FIG. 7 is a perspective view of a seedling mounting table.

FIG. 8 is an enlarged plan view of a reserve seedling placement part.

FIG. 9 is an enlarged side view of a main part of a spare seedling placing part.

FIG. 10 is an enlarged front view of a main part of a spare seedling placing part showing a state of switching a posture of the spare seedling placing stand.

FIG. 11 is a plan view showing the operation of the rotary operation tool.

FIG. 12 is a plan view of a rotary operation tool.

FIG. 13 is a sectional view taken along line AA in FIG. 11;

FIG. 14 is a perspective view of a main part of a step.

FIG. 15 is a sectional view showing the opening and closing operation of the lid.

[Explanation of symbols]

 Reference Signs List 5 Drive unit 6 Driver's seat 1 Self-propelled main unit 2 Seedling plant 12 Spare seedling rest 13 Spare seedling rest y Vertical shaft center 24 Rotating operation tool 14 Support post 18 Support pin 21 Operation bolt 34 Fertilizer hopper 11 Work step 38 Passage 39 Fuel tank 39a Filler port 40 Lid 30 Seedling rest 30a Main seedling rest 30b Separated seedling rest

──────────────────────────────────────────────────の Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat ゛ (Reference) B60K 15/063 B62D 49/00 K B62D 49/00 QC B60K 15/02 B (72) Inventor Narumi Ajiro 64, Ishizukita-cho, Sakai City, Osaka Prefecture (72) Inside the Kubota Sakai Works, Ltd. (72) Inventor Makoto Yamashita 64, Ishizukitamachi, Sakai City, Osaka Prefecture (72) Inventor, Naoki Matsuki Naoki Matsuki, Ishizukitamachi, Sakai City, Osaka Prefecture 64 Kubota Sakai Works, Ltd. (72) Yoshiyoshi Nakagawa 64, Ishizukita-cho, Sakai City, Osaka F-term (reference) 2B052 BC05 BC08 BC09 BC16 EA02 2B064 AA05 AA07 BA10 CA02 CA09 CA11 CA27 CA28 3D038 CA15 CB05 CD00

Claims (5)

[Claims] 1. A rice transplanter having a driving unit mounted on a front part and a seedling planting device connected to a rear part of a riding type self-propelled main unit having a driving seat on a rear part, wherein On each of the left and right sides, the upper and lower portions of the spare seedling rest portion provided with a plurality of stages of spare seedling rest are arranged rotatably around the vertical axis, as a rotating operation tool for rotating these spare seedling rest portions, A rice transplanter that is normally in a locked position to fix the seedling rest, but is provided with a switch to a position to release the lock during the initial operation for rotation. 2. A rice transplanter having a seedling planting device connected to a rear part of a riding type self-propelled machine having a driving part mounted at a front part and a driver seat at a rear part, wherein At each of the left and right sides, a reserve seedling mounting portion is provided via a fulcrum pin so as to be swingably switched between a seedling mounting position in which a plurality of upper and lower reserve seedling mounting stages are laid down on a column and a standing storage position, and the seedling is provided. A rice transplanter in which the length of the fulcrum pin and the operation bolt is set so that the fulcrum pin does not come off when the operation bolt that fixes the mounting table in the storage position is loosened. 3. A rice transplanter having a driving unit mounted at a front portion and a driving seat mounted at a rear portion, and a seedling planting device connected to a rear portion of a riding type self-propelled main unit, wherein the planting device is mounted on the driving seat. A long fertilizer hopper is arranged in the left and right direction at the rear, and the left and right central part corresponding to the driver's seat on the front of this fertilizer hopper is recessed backward, so that the left and right of the driver's seat between the driver's seat and the fertilizer hopper A rice transplanter that forms a passage for moving between work steps arranged outside. 4. A rice transplanter having a driving unit mounted at the front and a driving seat mounted at the rear, and a seedling planting device connected to the rear of the riding type self-propelled main unit. Left and right wide steps are provided on both left and right sides to go to the rear, a fuel tank is arranged below these steps, and a part corresponding to a fuel supply port of the fuel tank in the steps is configured as a lid that can be opened and closed. Rice transplanter. 5. A rice transplanter having a driving unit mounted at the front and a driver's seat mounted at the rear, and a seedling planting device connected to the rear of the riding type self-propelled machine. A seedling rest for accommodating a plurality of seedlings of the apparatus is constituted of a main seedling rest and a separated seedling rest which can be separated from the main seedling rest. It is configured to be freely switchable between a working posture connected to the lateral side of the seedling rest portion and a retracting position overlapping above the main seedling rest portion. The spare seedling rest portion, which is mounted on the column so as to be swingably switchable between a falling action posture in which the mounting stand protrudes to the left and right outside and a standing storage posture, and a spare seedling rest switched to the storage posture, is a separated seedling rest base portion. At the same position as the left and right outer ends of the seedling planter with the switch to the evacuation position Rice transplanter installed in a state where it does.