JP3180845B2 - Nursery box cleaning and binding device - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001] The present invention relates to a nursery pot in which a pot space used for raising a vegetable seedling is independently arranged, a nursery box into which the nursery pot is inserted, and a plurality of seedling boxes for storing after washing. The present invention relates to a mechanism for binding sheets.

[0002]

2. Description of the Related Art Conventionally, many techniques have been known for a device for cleaning a nursery box for rice seedlings supplied to a rice transplanter. However, in the case of the nursery box for rice seedlings, since it is a mere square tray and the inside is not divided into pots for each plant, the portion where mud and garbage accumulate is small, and high pressure water must be sprayed. Thus, a certain degree of cleaning effect is exhibited, so that a complicated mechanism is not required.

[0003]

On the other hand, in the case of a seedling raising pot P for raising vegetable seedlings, the pot space is separated for each plant, and the completed seedlings are also plug-shaped for each plant. Since it is a seedling, a large number of pot spaces are formed, and the space in the front and the space formed in the back are narrow gaps.
Therefore, it is necessary to spray high-pressure water evenly to each part.

[0004] Further, in order to place the completed seedlings in the seedling raising pot P on a transplanting device and automatically take out and transport the seedlings to the transplanted portion, the seedling raising pot P may be bent in the reverse direction. It is necessary to be able to do so, and the seedling raising pot P is usually formed of a thin resin. Therefore, as it is, in the process of sowing and raising seedlings, it is too thin to lift or transport, so fit the seedling raising box B below,
With the strength supported by the seedling raising box B, an integrated seedling raising box is formed.

Therefore, the seedling pot P and the seedling raising box B are set in an overlapped state, and the seedling raising pot P and the seedling raising box B are alternately washed and stored when not in use. The P and the seedling raising box B are put into a superposed state, and furthermore, put in a stacked state and bound and stored. Storing in this state is efficient even in the next season when performing continuous work such as soiling, sowing and covering. According to the present invention, while the seedling raising pot P and the seedling raising box B can be stacked in an overlapping state as described above, the seedling raising pot P and the seedling raising box B can be stacked in the downward overlapping state, and a plurality of sets can be bound. It is configured as follows.

[0006]

The problem to be solved by the present invention is as described above. Next, means for solving the problem will be described. That is, a nursery box washing mechanism capable of washing both a seedling pot P provided with a large number of pots and a seedling box B for fitting and supporting the seedling raising pot P therein, the seedling pot P and the seedling box B A washing device A for washing while passing downward through the opening is arranged, and then an overlapping device C for inserting the seedling raising pot P inside the seedling raising box B is arranged. A stacking device D for stacking in the state is arranged, and a binding device E is arranged behind the stacking device D with a stopper rod 15 interposed therebetween, and the seedling raising pot P and the seedling raising box B are stacked in a downward state. It is configured to bind a plurality of sets as they are.

[0007]

Next, the operation will be described. That is, by washing both the seedling raising pot P and the seedling raising box B downward, the water after the high-pressure washing does not accumulate in the concave portions of the seedling raising pot P and the seedling raising box B. Then, even when the seedling raising pot P and the seedling raising box B are overlapped, the water adhering to the inside passes through the overlapping device C, the stacking device D, the stopper rod 15 and the binding device E.
Since it gradually falls, it can be stacked in the storage warehouse as it is after the unity, with the water content falling. When the seedling pot P and the seedling box B are supplied to the soil covering and seeding plant at the time of use in the next fiscal year, the set of the seedling raising pot P and the seedling raising box B can be lined up one after another on the conveyor, so that the seedling raising pot P and the seedling raising box are conventionally provided. There is no need for personnel to perform the B setting work.

[0008]

Next, an embodiment will be described. 1 is an overall side view of a seedling box cleaning mechanism of the present invention, FIG. 2 is an overall plan view of the seedling box cleaning mechanism, FIG. 3 is an enlarged side view of a portion of an overlapping device C and a stacking device D, and FIG. FIG. 5 is an enlarged side view of the cleaning device A, and FIG.
7 is an enlarged front view of a portion of the stacking device C, FIG. 7 is an enlarged side view of a portion of the stacking device D, and FIG.

Referring to FIGS. 1 and 2, the entire structure of the nursery box cleaning mechanism of the present invention will be described. The cleaning device A, the overlapping device C, the stacking device D, and the binding device E are arranged in this order from the upper side. The binding device E is driven by a drive motor M1. A placement insertion table 1 for the seedling raising pot P and the seedling raising box B is provided, and the seedling raising pot P and the seedling raising box B placed on the mounting insertion table 1 are transported by the lower transport roller 3 and the upper transport rotating elastic plate. Insert between two. Lower transport roller 3
And the upper transport rotating elastic plate 2 are integrally driven by a chain extending vertically.

FIG. 5 shows a specific configuration of the cleaning apparatus A. That is, the upper transport rotary elastic plate 2 has a configuration in which an elastic plate 2b is fixed in a tangential direction around the rotation shaft 2a, and the upper portion of the elastic plate 2b is the rear surface of the seedling raising pot P and the rear surface of the seedling raising box B. Hold down the lower transport roller 3
Is transported by the rotation force of the upper transport rotation elastic plate 2 and the rotation force of The pressure water jet nozzles 4a and 4b are arranged above and below, and are configured to blow down mud clogged in a narrow space formed on both the lower surface and the upper surface of the seedling raising pot P.

As shown in FIG. 2, seven pressure water jetting nozzles 4a and 4b are arranged in the upper part and four in the lower part with their positions shifted from each other. The upper transport rotating elastic plate 2 also serves to remove the firmly adhered mud by pressing the pot projections of the seedling raising pot P with the elastic plate 2b to slightly deform them. Since there is a space between the upper transport rotating elastic plate 2 and the lower transport roller 3 by the elastic plate 2b, it is possible to pass through the seedling raising pot P and the seedling raising box B having different heights and wash them. As shown in FIG. 3, the seedling raising pot P is passed with the back face upward, and similarly, the seedling raising box B is washed with the back face upward.

In this way, by turning the back surface upward, the water accumulated in each pot can be dropped downward, and in the overlapping device C, the seedling raising pot P and the seedling raising box B
Because of the overlap, water is not left inside. In addition, washing water accumulates in a reinforcing edge groove a (FIG. 8) formed on the edge of the rear surface of the seedling raising box B.
It can be eliminated by blowing high-pressure air from above and splashing it off. The pressure water jet nozzle 4a
The washing water discharged from 4b is collected by the collecting gutter 5.

Next, the configuration of the overlapping device C and the stacking device D will be described with reference to FIGS. The transport belts 14 are arranged on the transport frame 13, on which the seedling raising pot P and the seedling raising box B are placed and transported. The conveyor belt drive motor 11 drives the conveyor belts 14. The seedling box hanging tables 50 and 51 are erected on the transport unit frame 13. The nursery box sliding stoppers 25 and 26 are supported by the nursery box hanging tables 50 and 51 so that they can be expanded left and right. The solenoid 19 expands the nursery box sliding stoppers 25 and 26.
When the tip of the seedling raising box B is brought into contact with the seedling raising box sensor 52, the solenoid 19 detects this, and
6. The link 28 in FIG. 6 rotates the rotation arm 22, and the expansion arms 23 and 24 that support the nursery box sliding lock bases 25 and 26 rotate through the left and right links 20 and 21. I do.

The expanding arms 23 and 24 are provided with pivot shafts 55 and
56, which was previously wide enough to place the nursery box B by the operation of the solenoid 19,
After being expanded, the seedling raising box B falls onto the seedling raising pot P arranged below as shown in FIG. The seedling box sliding stoppers 25 and 26 are configured as L-shaped stands, and the extended seedling box sliding stoppers 27 and 27 are mounted on the seedling box sliding stoppers 25 and 26. Is placed. The extended seedling box sliding stoppers 27 and 27 are moved back and forth to adjust the length of the seedling box sliding stoppers 25 and 26 to be longer and shorter. As shown in FIG. Locking base 27
If 27 does not protrude forward, the flexible seedling raising pot P hangs down, and the seedling raising box sliding stopper 25.
It is prevented from being directly placed on the conveyor belts 14 without being placed on the transfer belt 26.

In the present invention, especially when the extended seedling box sliding stoppers 27 are housed in the seedling box sliding stoppers 25, 26, the seedling raising pot P is temporarily shifted to the seedling box sliding. Without being placed on the dynamic locking bases 25 and 26, the transport belt 1 is used while hanging down by utilizing flexibility directly.
Since it is placed on the 4.14, one process can be omitted, so that the cleaning time can be omitted, which contributes to the improvement of the processing capacity.

The nursery box B is a normal nursery box B for a rice transplanter.
Since it does not have flexibility, it does not hang down, and when it is pushed out of the washing device A, it is placed as it is on the nursery box sliding stoppers 25 and 26. As described above, only the seedling raising pot P is washed, and if it overlaps one after another, the extended seedling box sliding stoppers 27
Is projected forward, so that the seedling raising pot P is always mounted on the seedling raising box sliding stoppers 25 and 26, and the seedling raising pot P is further mounted on the lower seedling raising pot P. It is possible to overlap.

An open solenoid 54 is disposed in the portion of the transport section frame 13, and the projecting state of the stopper 53 is released by the open solenoid 54. After detecting by the seedling box sensor 52 and expanding the seedling box sliding stoppers 25 and 26 with the solenoid 19, the opening solenoid 54 is operated after a certain time to open the stopper 53.

Next, referring to FIG. 3, FIG. 4 and FIG.
Will be described. In the seedling box B and the seedling pot P, the stacking device D cannot be stacked when storing the seedling boxes B and seedling pots P one by one. This allows further stacking for each set. Seedling pot P sent from duplicate device C
And the seedling box B in the overlapping state,
By raising the seedling raising pot P in the stacking state of the previous stage upward, inserting it into the lowermost stage, and lowering the once-raised one again to perform stacking.

In order to prevent the vehicle from falling left and right in the stacked state, a lodging preventing guide rod 16 is provided upright at the front part, and a lodging preventing guide rod 58 is provided upright at the rear part. The fall prevention guide rod 16 and the fall prevention guide rod 58 have a resin pipe fitted around the shaft, and the resin pipe is rotatable in the front-rear direction. Further, a stopper rod 15 is provided, which is capable of opening and rotating by using the portion of the guide rod 58 as a pivot, and a predetermined number of the stopper rods 15 are stacked by the opening and closing solenoid 18. It is configured so that the seedling raising box B and the seedling raising pot P in the stacked state are transported to the unifying device E of the next stage.

Next, the stacking device D will be described in detail with reference to FIGS. Three roller guide rods 35, 43, and 36 are provided upright on the left and right from the portion of the transport unit frame 13. The front and rear roller guide rods 35 and 36 are moved up and down by rollers 47 and 47, and the stacked stacking rod support 37 is supported by the rollers 47 and 47. Pantograph links 38, 39, 40, 41 are arranged, and lower ends of the pantograph links 38, 39 are pivotally supported by a motor vertical rod 45. An eccentric pin 44 eccentrically arranged on the axis of the stepping drive motor 12 is fitted into a long hole of the motor vertical rod 45, and the rotation of the stepping drive motor 12 causes the eccentric pin 44 to move vertically. The vertical lever 45 moves up and down. The pantograph link 3
The pins at the lower ends of 8 and 39 are fitted into long holes of the motor upper and lower rods 45, and the pins 46 at the intersections of the pantograph links 38 and 39 are pivotally fixed to the roller guide rod 43.

With this configuration, when the motor vertical lever 45 moves up and down, the pantograph links 38 and 39 open and close around the pin 46, and the upper end position moves up and down. The state of the pantograph links 38 and 39 is pivotally connected to the lower ends of the pantograph links 40 and 41, and the pin 42 at the intersection of the pantograph links 40 and 41 is moved up and down by rollers inside the roller guide rod 43. Further, the upper ends of the pantograph links 40 and 41 are fitted into long holes of the step stacking lock support 37, and the step stack drive rod 12 rotates the step stack lock rod support 37 up and down.

Brackets 34 are provided at the front and rear end portions of the step stacking lock support 37, and the brackets 34 support the rollers 47. The roller 47.4
7 moves up and down while rotating inside the roller guide rods 35 and 36. At the front and rear ends of the stacking rod support 37, support pins 29, 29 for supporting the stacking locking rod 7 are fitted inside the slidable cylinder 6 and supported so as to be slidable back and forth. ing. A projecting biasing spring 60 is interposed between the step stacking locking rod 7 and the slidable cylinder 6. And the support pin 29
A cam engaging pin 10 protrudes from an outer end of the roller guide rod 35, and is configured to come into contact with an expansion cam 8 arranged on a side surface of the roller guide rods 35 and 36.

When the raising cam 8 is pushed upward in a state where the seedling raising box B in a stacked state is placed on the stacking locking rod 7, the stacking locking rod 7 expands. However, if the stacking locking rod 7 is lowered in the pushed state, the stacked seedling raising box B is dropped onto the seedling raising box B on the transport belts 14. As described above, in the vicinity of the lowermost portion, the cam engaging pin 10 comes down on the outer portion in contact with the expansion cam 8, and the step stacking locking rod 7 is expanded to be wider than the width of the seedling raising box B. Make up.

The expansion cam 8 is rotatable left and right by a pivot 8a arranged in the state of the linear cam 8b. When the cam engaging pin 10 of the support pin 29 moves upward, the cam is opened. The engagement pin 10 contacts the lower surface of the expansion cam 8 and pushes up and expands the expansion cam 8, so that the step stacking locking rod 7 does not open. Pin 10
Abuts against the upper surface of the expansion cam 8, and the expansion cam 8 contacts the stop pin 31 and cannot be rotated downward, so that the cam engaging pin 10 urges the projection to the outside of the linear cam 8b. Spring 6
As it is pushed out against 0, it descends, so that the step-stacking rod 7 is expanded to a state wider than the width of the seedling box B, and the seedling box B drops on the next seedling box B by its own weight. It is placed below.

The expansion cam 8 is constantly urged by an urging spring 32 in a direction in which it comes into contact with the stop pin 31. FIG.
As shown in the figure, a seedling raising box locking auxiliary rod 9 for stacking the seedling growing pot P and the seedling raising box B separately on the stacking locking rod 7 can be attached. The seedling box locking auxiliary rod 9 is a support pin 29 for supporting the stepped stacking locking rod 7.
The protruding portion is defined as a locking pin 30 and the locking pin 30
It can be mounted by fitting it into

The seedling raising pot P is attached to the step stacking locking rod 7 because the seedling raising pot P is flexible and has low strength. 7 alone cannot support the seedling pot P and the seedling box B stacked in many stages upwards, so the seedling box locking auxiliary rod 9 supports the lower surface of the seedling box B, The step stacking locking rod 7 is for supporting the lower surface of the seedling raising pot P in an auxiliary manner. In a state where the seedling raising pot P and the seedling raising box B are in one set, the seedling raising pot P is placed on the transport belts 14 and 14 and supports the weight of the seedling raising box B.
When the seedling raising pot P and the seedling raising box B are stacked in many stages,
The lowermost seedling raising pot P alone cannot support it, and the portion engaged with the step stacking locking rod 7 is deformed or broken.

When stacking only the seedling raising box B or stacking only the seedling raising pot P, the auxiliary rod 9 for locking the seedling raising box is removed and used only as the stacking locking rod 7. When the stopper rod 15 is expanded and expanded by the expansion solenoid 18 with 5 to 10 sheets being stacked in the portion of the stacking device D, the stopper rod 15 moves to the binding device E, and is connected by a binding device which is a known technique. It is the whole.

FIG. 9 shows that when the seedling pot P and the seedling box B are stacked in an overlapping state, the seedling box locking auxiliary rod 9 is attached to the stacking locking rod 7.
FIG. 10 is a perspective view of a state where the auxiliary rod 9 for engaging the seedling raising box is engaged with the stacking rod 7 to secure the distance b, and FIG. 11 is a seedling raising pot P and a seedling raising box B. It is a side view of the state which was piled up and tied into six steps by making into an overlapping state.

A locking pin 30 protrudes from the step stacking locking rod 7. The locking pin 30 constitutes a locking step at the tip, and the locking pin 30 is used as the locking hook hole 9 of the seedling raising box locking auxiliary rod 9.
It is configured so that it does not come off when it fits into a. The locking hook 9a has a large-diameter hole at the lower part, through which the locking step of the locking pin 30 can pass, and a narrow groove at the upper part. When the locking pin 30 is engaged with this part, The locking step has a groove that does not come off.

As shown in FIG. 9, seedling raising pot P and seedling raising box B
When the stacking is performed in an overlapping state, the stacking locking rod 7 engages with the lowermost portion of the seedling growing pot P, and the seedling raising box locking assisting rod 9 engages with the lower surface of the seedling raising box B. Since the seedling raising pot P itself is weak in strength, the weight of the seedling raising pot P and the stacking locking rod 7 of about 10 upper stages is actually supported at the engagement portion between the step stacking locking rod 7 and the seedling raising box B. It is. A distance b is formed between the step stacking locking rod 7 and the seedling raising box locking auxiliary rod 9.

In FIG. 11, the set of overlapped states stacked in the stacking device D is moved to the binding device E when the stopper rod 15 is opened, and the binding string G of the binding mechanism is moved.
The figure shows the state of being bound together. All of these series of operations are configured to be performed automatically.
That is, when the stopper rod 15 is opened, the transport belt 14
When the seedling raising pot P and the seedling raising box B in the stacked state are moved by 14, and the stacking state is moved to the fixed position of the binding device E, the binding operation by the binding string G is automatically started.

[0032]

As described above, the present invention has the following advantages. That is, first, by arranging the washing device A, the overlapping device C, the stacking device D, and the binding device E, the seedling boxes used in the overlapping state of the seedling pot P and the seedling box B can be washed while overlapping. In addition, since the binding device E can be set in the set state, it can be stacked in a bundled state at the time of storage, and a storage space is not required. Further, when soiling and sowing are performed again in the next year, the seedling raising pot P and the seedling raising box B can be taken out and arranged side by side. It can be omitted.

Second, by washing the seedling raising pot P and the seedling raising box B downward, water after high-pressure washing does not accumulate in the concave portions of the seedling raising pot P and the seedling raising box B.
Then, even when the seedling raising pot P and the seedling raising box B are overlapped, the water adhered inside falls gradually while passing through the overlapping device C, the stacking device D, the stopper rod 15 and the binding device E, In the state after binding, it can be stacked in the storage warehouse as it is with moisture dropped.

[Brief description of the drawings]

FIG. 1 is an overall side view of a nursery box cleaning mechanism of the present invention.

FIG. 2 is an overall plan view of the nursery box washing mechanism.

FIG. 3 is an enlarged side view of a portion of an overlapping device C and a stacking device D.

FIG. 4 is an enlarged plan view of the overlapping device C and the stacking device D.

FIG. 5 is an enlarged side view of the cleaning device A.

FIG. 6 is an enlarged front view of a portion of the overlapping device C.

FIG. 7 is an enlarged side view of a portion of the stacking device D.

FIG. 8 is an enlarged front view of a part of the stacking device D.

FIG. 9 is a front view of a state in which the nursery box locking auxiliary rod 9 is fixed to the stacking locking rod 7 when the nursery pot P and the nursery box B are stacked in an overlapping state.

FIG. 10 is a perspective view showing a state in which a nursery box locking auxiliary rod 9 is engaged with the stepped stacking locking rod 7 and a distance b is secured.

FIG. 11 shows the seedling raising pot P and the seedling raising box B in an overlapping state,
FIG. 4 is a side view of a state where the pieces are stacked and bound.

[Explanation of symbols]

 Reference Signs List A washing device B nursery box C overlapping device D stacking device E binding device P seedling pot G binding strap

Claims (1)

(57) [Claims] 1. A seedling raising pot P provided with a large number of pots, and a seedling raising box B in which the seedling raising pot P is inserted and reinforced and supported.
And a washing device A for washing the seedling box P while passing the seedling pot P and the seedling box B downward through the opening, and then the inside of the seedling box B An overlapping device C for inserting the seedling raising pot P is disposed in the stacking device C, and a stacking device D for stacking in an overlapping state is arranged at a subsequent stage of the overlapping device C, and a stopper rod 15 is interposed at a stage subsequent to the stacking device D. A seedling box cleaning and binding apparatus, wherein a plurality of sets are bound while the seedling pot P and the seedling box B are stacked in a downward state.