JP3111570B2 - Seeding machine - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a sowing machine provided with a point sowing device for vegetables and flowers.

[0002]

2. Description of the Related Art As a prior art of this kind of sowing machine, there has been a sowing machine in which a point sowing type sowing apparatus is installed on a conveyer intermittently transferred .

[0003]

In a conventional seeding machine, for example, a floor soil supply device is connected to the upper side of the seeding device and a soil covering device is connected to the lower side in accordance with the actual working form. You. Thus in sowing machines each device is continuously provided, the conveyor over each device is to conventional intermittent transfer, because the transfer → stopping → Transport → stopping ... and seedling box transport speed is largely changed, floor The soil and cover soil are not packed to an even thickness,
The surface was wavy. As a result, the seeding depth varied, and uniform seedling was difficult to grow.

Further, seeding machine with a seed sowing apparatus for point sowing of vegetables and flowers are intermittently transport the seedling box as described above
So that it can be used for a rice seeder that continuously transports seedling boxes.
And the operating rate of the seeder is low.
Was .

[0005]

Therefore, a point-seeding type seeding apparatus is installed on a seeding conveyor, a floor soil supply apparatus is installed on a first conveyor connected to the upper side of the seeding conveyor, and a lower side of the seeding conveyor is installed. in sowing machine was installed cover soil supply device on the second conveyor which is continuously provided on the side, sowing conveyor, the
The seedling box sent by a conveyor to transfer the point播型seeding apparatus seeding position or continuously to the vicinity thereof by, then intermittently seedling box at a predetermined pitch so that the dissemination into the seedling box is performed transport the, and completed seeding into the seedling box and the first
The seedling box is configured to be switched so as to continuously transfer the seedling boxes so that the seedling boxes are transferred to the two conveyors, and the first conveyor can be stopped when the seeding conveyor intermittently transfers the seedling boxes, and the seeding conveyor is set to the seedling box. , And the second conveyor is configured to always perform a continuous transfer operation.

[0006] The invention of claim 2 is first provided continuously on the upstream side of the seeding conveyor installed the point播型seeding device
A dissemination type sowing device is installed on a conveyor or a second conveyor connected to the lower side, and one of the point sowing type seeding device and the dissemination type sowing device is provided so as to be in a sowing action state. configured seeding conveyor intermittently conveyable state, and the dispersion when播型seeding apparatus for seeding the activated condition is switched to transfer state of the seeding conveyor as seeding conveyor is continuous transfer state when the device is seeded activated condition The seeding machine according to claim 1 was used.

[0007]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention shown in the drawings will be described below. First, the overall configuration of the seeding machine of claim 1 will be described (FIG. 1). This seeding machine is provided with a first conveyor 1 for continuous transfer, a seeding conveyor 2 capable of switching between continuous transfer and intermittent transfer, and a second conveyor 3 for continuous transfer, which are sequentially installed from the upper transfer side. And each conveyor 1,
The seedling box 4 is transferred to the seedling box 4 while being successively carried over the tops of the two. Then, a floor soil supply device 5 and a pressure reduction / leveling device 6 are installed in this order on the first conveyor 1, a spot sowing device 7 is installed on the sowing conveyor 2, and the second conveyor 3
A soil covering supply device 8 and a mist irrigation device 9 are provided thereon. As a result, the seedling boxes 4 placed on the starting end of the first conveyor 1 on the upper side of the transfer are first packed with floor soil, crushed and leveled, and then taken over by the seeding conveyor 2 to be sown there. Then, it is taken over by the second conveyor 3, where the soil is covered and irrigated to complete the seeding operation.

Next, each device of the above-mentioned seeding machine will be described in detail (FIGS. 1 to 6). 1 is a first conveyor, and a frame 1
a, pulley 1 on pulley shafts 1b, 1c supported by 1a
d, 1d, 1e, and 1e are attached respectively, and the transfer belts 1f, 1d, and 1d-1e are provided between the pulleys.
f is wound around, and one pulley shaft 1b is interlocked with the transfer motor M1. Thereby, the frames 1a, 1
The seedling boxes placed on the transfer belts 1f, 1f between a are continuously transferred in the belt moving direction when the transfer motor M1 rotates, and stopped when the transfer motor M1 stops.

Reference numeral 2 denotes a sowing conveyer, and frames 2a and 2a
Rollers 2d and 2c are attached to the roller shafts 2b and 2c supported by
e are attached to each other, and between rollers 2d-2e.
Is wound around the transfer belt 2f. One of the roller shafts 2b is operatively connected to the transfer motor M2 and the air cylinder C1 for intermittent transfer. That is, FIG.
As shown in FIG. 5, a sprocket 10 for continuous transfer and a sprocket 11 for intermittent transfer are integrally attached to the roller shaft 2b, and the transfer motor is attached to the sprocket 10 for continuous transfer. A chain 13 hung on an integral continuous drive sprocket 12a is hung on the drive shaft 12 of −M2, and an intermittent drive shaft 14
And a chain 16 hung on an intermittent drive sprocket 15. On the intermittent drive shaft 14, a one-way clutch 17 and an inner surface of the drive shaft 14 are fitted so that the drive shaft 14 cannot move freely. Further, on the one-way clutch 17, an arm cylinder 18 has an inner surface of the cylinder and an outer surface of the clutch 17 move freely. The swing arm 18a is fixed to the arm cylinder 18 and the piston C1a of the air cylinder C1 for intermittent drive is connected to the free end side of the arm 18a. The one-way clutch 17 is connected to the piston C of the air cylinder C1.
The rotation of the arm cylinder 18 in a direction in which the piston C1a of the air cylinder C1 retracts is driven to rotate integrally with the intermittent drive shaft 14 with respect to the rotation of the arm cylinder 18 in the direction in which the arm 1a protrudes. On the other hand, it is mounted on the intermittent drive shaft 14 so as not to be driven. Thus, when the piston C1a of the air cylinder C1 performs a predetermined stroke, protrudes, and retracts at a predetermined timing, the intermittent drive shaft 14 rotates intermittently at a constant angle, and the roller shaft 2b rotates intermittently. The seeding conveyor 2 is in an intermittent transfer state. In addition, BL
Is a braking device, which interposes a rotating disk 11a integrated with the intermittent transfer sprocket 11 to brake the roller shaft 2b. As a result, when the arm cylinder 18 rotates in the non-drive direction with respect to the intermittent drive shaft 14, the roller shaft 2 is rotated.
b is prevented from rotating, and reliable intermittent transfer of a predetermined transfer amount can be performed. If the motor M2 for continuous transfer is driven to rotate in the same direction as the intermittent drive when the air cylinder C1 is not operated, the roller shaft 2b is continuously driven and rotated, and the seeding conveyor is rotated. 2 is in a continuous transfer state.
At this time, the intermittent drive shaft 14 rotates interlockingly in the same direction as the rotation direction at the time of the intermittent drive, but does not transmit to the arm cylinder 18 because the one-way clutch 17 is mounted in the above-described direction. Therefore, the seedling box 4 placed on the transfer belt 2f between the frames 2a, 2a is transferred continuously or intermittently in the belt moving direction by switching the operation of the motor M2 and the air cylinder C1. .

Reference numeral 3 denotes a second conveyor, like the first conveyor 1, a pulley shaft 3 supported by frames 3a, 3a.
The pulleys 3d, 3d, 3e and 3e are respectively attached to b and 3c, and the transfer belts 3f and 3f are wound around the pulleys 3d-3e and 3d-3e.
The shaft 3b is operatively connected to the transfer motor M3. As a result, the seedling box 4 placed on the transfer belts 3f, 3f between the frames 3a, 3a is continuously transferred in the belt moving direction when the transfer motor M3 rotates, and stopped when the transfer motor M3 stops. Is done.

[0011] The seedling box 4 is made of generally used vertical and horizontal 3
A seedling pot P (FIG. 11) made of synthetic resin and having a size of 0 cm × 60 cm is fitted in this box. This seedling raising pot P is configured such that the edges of the small pots p are connected vertically and horizontally and the bottom (one hole is opened) side is independent, and 10 × 20 pots p are displayed vertically and horizontally. They are arranged and connected in an orderly manner. Each of the small pots p of the seedling raising pot P is filled with floor soil, sowed, and covered with soil.

The floor soil supply device 5 comprises a floor soil hopper 5a and a belt type floor soil feeding section 5b. The floor soil feeding part 5b
A belt 5e is hung around a roller 5c and a driven roller 5d which are driven to rotate by a motor M4.
By the rotation of e, the soil in the upper soil hopper 5a is fed out by a fixed amount, and the soil is supplied into the seedling box 4 which is transported under the device 5.

The crushing and leveling device 6 includes a crushing roller 6a,
6a is attached so as to press the seedling box 4 to be transferred from above, and a leveling brush 6b is provided below the seedling box 4 so as to be driven and rotated by being transmitted from the motor M1. As a result, the bed soil packed in the seedling box 4 by the bed soil supply device 5 is crushed and leveled to a predetermined height. The seeding device 7 has a configuration as shown in FIGS. That is, the suction nozzle 1 that suctions the seeds S one by one.
9 are attached to the air tank 20 by the number (10) of the pots p in the left-right direction of the seedling raising pot P. The air tank 20 is connected to the vacuum device V, and when the suction nozzles 19 move onto the seed receiving trough 21 containing the seeds S, the vacuum device V performs suction operation and is stored in the receiving trough 21. The seeds S are adsorbed one by one to the tips of the nozzles 19 (FIG. 6 (a)). Then, the piston C of the air cylinder C2 connected to the moving links 22 provided on the left and right of the air tank 20 in a state where the seeds S are sucked at the tip end of the suction nozzles 19.
The air tank 20 is moved so that each nozzle 19 is positioned on the corresponding funnel 23. Then, the operation of the vacuum device V is stopped, and conversely, air is discharged from the tip end of the nozzle 19.
The needles 19a inside the nozzles 19 are each nozzle 19
... protrudes from the tip of the mouth. As a result, the seeds S adsorbed at the tip end of the nozzles 19 are released and fall into the corresponding funnels 23. The outlets of the funnels 23 are connected to the seeding hoses 24, respectively.
The seeding nozzles 25 are attached to the lower end of the.
Therefore, the seeds S falling into the funnels 23 pass through the sowing hoses 24 and are discharged from the lower end of the sowing nozzles 25. As described above, the seeding device 7 is provided with the suction nozzle 1
.. Are adsorbed one by one and released to the seeding position. Since the diameters of the tip ends of the suction nozzles 19 are small, even bare seeds having a small particle size can be surely sowed one by one.

Further, the seeding nozzles 25 of the seeding device 7 are used.
Correspond to the arrangement pitch of the right and left pots p of the seedling raising pot P in the seedling box 4 transferred therebelow.
Are fixed by the nozzle fixing member 26 so that the lower end of the pot is located at the center of the mouth of each pot p. Nozzle fixing member 2
6 are seeding nozzle vertical cylinders C3 and C at both ends.
4 and is slidably engaged with guide rods 27 for guiding the vertical movement of the fixed member 26. Further, on the upper side of the fixing member 26 in the seedling box transfer direction, a rod-like seeding hole forming body 28.
… Are attached to the left and right alignment positions. Piston C3 for air cylinders C3 and C4 for up and down
When the fixing member 26 moves from top to bottom due to the protruding operation of the a and C4a, the seeding hole forming bodies 28 are respectively transferred to the left and right horizontal rows of pots p in the seedling box 4 being transferred therebelow. A seeding hole H is formed on the upper surface side of the floor soil B in the pot p. At the same time, the seeding nozzles 25 also move down onto the respective seeding holes H in the pots p formed in the previous step, and seed the seeds one by one into the seeding holes H. During this time, the transfer of the seeding conveyor 2 is stopped, and when the seeding of the horizontal row of pots p... Is completed, the pistons C3a and C4a of the vertical air cylinders C3 and C4 are retracted and the fixing members 26 are moved.
Moves from bottom to top. Thereafter, the seeding conveyor 2 is operated intermittently, and the seedling box 4 is moved by a distance p in the horizontal direction of the seedling raising pot P and stopped again. And again,
Pistons C3a, C of vertical air cylinders C3, C4
4a protrudes to form a seeding hole H with respect to one row of left and right pots p right below the seeding hole forming body 28, and with respect to a single row of right and left pots p right below the lower end of the seeding nozzle 25. To sow.

The seedling pot P in the seedling box 4 by the seeding device 7
The seeding conveyor 2 is in an intermittent transfer state while being seeded in each of the pots p. That is, in the continuous transfer state, the seedling box in a state where the tip of the seedling box 4 is located at the position X1 (the pot p in the front row in the transfer direction of the seedling pots p in the seedling box 4 is directly below the seeding hole forming body 28). 4), the first seedling box position detector OS1 (here, a photoelectric switch composed of a pair of a light emitting unit and a light receiving unit) detects the transfer, and the seeding conveyor 2 is intermittently changed from the continuous transfer state. Switch to transfer state. In the intermittent transfer state, the seeds are sown one by one in each pot p, and after the last row of pots p in the transfer direction are sown from the seeding nozzle 25, the tip of the seedling box 4 is moved to the position X2 (seedling). The seedlings 25 are placed in the last row of pots p in the transfer direction of the seedling raising pots p in the box 4.
Of the seedling box 4 in a state where it is sent one row of pots to the downstream side in the transfer direction from a position directly below the transfer seedling box to a position directly below the hole forming body 28 in the transfer seedling box). Second
The seedling box position detector OS2 (here, a photoelectric switch composed of a pair of a light emitting unit and a light receiving unit) detects the seedling box position and switches the seeding conveyor 2 from the intermittent transfer state to the continuous transfer state. And
When the next seedling box 4 is transferred to the position X1 from the upper side of the transfer, the state is switched to the intermittent transfer state again. by the way,
The first conveyor 1 is in a continuous transfer state when the seeding conveyor 2 is in a continuous transfer state, and is in a transfer stopped state when the seeding conveyor 2 is in an intermittent transfer state. In addition, the second conveyor 3
Is a continuous transfer state regardless of whether the seeding conveyor 2 is in a continuous transfer state or an intermittent transfer state.

The soil covering supply device 8 includes a soil covering hopper 8a and a belt type soil covering unreeling portion 8b. The soil covering portion 8b is
A belt 8e is hung around a roller 8c and a driven roller 8d which are driven to rotate by a motor M5.
By rotating c, the soil in the upper soil hopper 8a is fed out by a fixed amount, and the soil is supplied into the seedling box 4 which is transported under the device 8.

In the mist irrigation device 9, water is sent to the mist irrigation pipe 9a by the pump P1 and is sprayed downward in a mist from a plurality of water holes 9b... I have. The seedling box 4 is transported across the lower part of the irrigation pipe 9a and is evenly watered. Next, the overall configuration of the seeding machine of claim 2 will be described (FIG. 7).

In this seeder, a first conveyor 1 for continuous transfer, a seeding conveyor 2 capable of switching between continuous transfer and intermittent transfer, and a second conveyor 3 'for continuous transfer are sequentially connected in order from the upper side of the transfer. The conveyors 1, 2,
3, and the seedling box 4 is transferred. Then, the floor soil supply device 5 and the pressure reduction / leveling device 6 ′ are installed in this order on the first conveyor 1, the point sowing type sowing device 7 is installed on the sowing conveyor 2, and the second conveyor 3 ′
On the top, a disseminated seeding device 30, a covering soil supply device 8, and a rod-shaped / mist-like watering device 9 'are installed. Thereby, in the vegetable / flowering seeding operation, the seedling boxes 4... Placed on the starting end of the first conveyor 1 on the upper side of the transfer are first removed from the seedbed by the floor soil supply device 5 and the crushing / leveling device 6 ′. Packed and crushed and leveled, then taken over by the seeding conveyor 2 and sowed by the point sowing type seeding device 7, and then taken over by the second conveyor 3 'and covered with a soil covering supply device 8, a rod-shaped / mist-like watering device 9' And the seeding operation is completed by spraying with mist (the seeding operation is not performed in the disseminated seeding apparatus 30). In rice seeding work,
The seedling boxes 4... Placed on the start end of the first conveyor 1 on the upper side of the transfer are first packed with the floor soil by the floor soil supply device 5 and the pressure reduction / leveling device 6 ′ and leveled (in the pressure reduction section). Pass without receiving the suppression action), and then are taken over by the seeding conveyor 2 and continuously transferred (passed without being subjected to the sowing action in the point seeding type seeding apparatus 7), and taken over by the second conveyor 3 ′ and dispersed The seeding is performed by the mold seeding device 30, the soil covering supply device 8, and the rod-shaped / mist-like watering device 9 ′, the soil is covered, and the rod-shaped watering is performed, so that the seeding operation is completed.

In each apparatus of the above-mentioned seeding machine, the first conveyor 1, the seeding conveyor 2, the floor soil supply device 5, the point seeding type seeding device 7, and the covering soil supply device 8 are as described above. The second conveyor 3 'is provided by connecting the second conveyor 3 and the second sowing conveyor 3'a in which the dissemination type sowing apparatus 30 is installed, and the second conveyor 3 and the second sowing conveyor 3'a are synchronized. It operates continuously.

When the sowing changeover switch SW is switched for sowing vegetables and flowers, the suppression control and leveling device 6 'switches the suppression control rollers 6'a and 6'a to the suppression state and sets the changeover switch SW to paddy rice. When switched for sowing,
The switches 6'a and 6'a are switched to a pressure suppression non-operation state. The compression roller 6'a rotates between the left and right roller arms 6'd, 6'd pivotally supported by the left and right compression support frames 6'c, 6'c. Freely supported, the roller arms 6'd, 6'd and the crushing support frame 6'c,
The pressure-reducing springs SP hung between 6′c press the floor soil B in the seedling box 4 conveyed by the SP from above to be in a pressure-reducing action state. When the state is switched to the suppression state, the pin of the solenoid SOL protrudes, and the roller arms 6'd, 6'd connected thereto are rotated to suppress the suppression.
Raising the ra-6'a to suppress the rollers 6'a, 6'a
Is moved to a position where it does not come into contact with the floor soil B in the seedling box 4 that passes underneath. Suppression roller 6'a,
On the lower side of 6'a, a leveling brush 6'b is provided with the motor M
4 for driving rotation.
(See FIG. 10) The seeding type sowing apparatus 30 is a seed hopper-3.
0a and a seed feeding section 30b. Seed feeding section 30b
Is provided so that a feeding roller 30c for feeding seeds in a hopper 30a by a fixed amount is rotated by a motor M6. By this sowing device 30, seeds are uniformly sowed on the upper surface of the floor soil of the seedling box 4 which is transferred so as to pass thereunder.

The rod-shaped / mist-like irrigation device 9 'is provided with a pump P1 in which water is sent to a mist-like irrigation pipe 9'a and a plurality of water spray holes 9'b formed below the pipe are sprayed downward. Irrigation part W1 that sprays water and water is sent to rod-shaped irrigation pipes 9′c, 9′c by pump P2, and the length is about the width of the seedling box left and right in the axial direction opened under the pipes. Hole 9'd, 9 '
a drip-like irrigation pipe 9'a, a rod-like irrigation pipe 9'c,
The seedling box 4 is transported so as to cross the lower side of 9'c, and is uniformly irrigated. At the time of sowing vegetables and flowers, the pump P1 is operated to spray water in a mist form from the mist irrigation part W1 to prevent scattering of cover soil and movement of seeds, and watering is performed. Water is sprayed in a thin film form from the section W2 to irrigate to an efficiency. (See FIG. 9) Therefore, the above-described seeder operates as follows. During the vegetable / flowering seeding operation, first, the changeover switch SW is switched to the vegetable / flowering seeding operation position. Then, the point-seeding type seeding apparatus 7 operates without operating the dissemination type seeding apparatus 30. At this time, the first conveyor 1 and the seeding conveyor 2 continuously transfer the seedling box 4 until the seeding position (seeding hole forming position) of the point seeding type sowing device 7 in the same manner as in the above seeder, and then the seeding box 4 is seeded. When the mold sowing apparatus 7 operates, the state is switched to the intermittent transfer state, and when the seeding is completed, the state is again set to the continuous transfer state. When the seeding conveyor 2 is in the intermittent transfer state, the transfer of the first conveyor 1 is stopped. When the seeding conveyor 2 is in the continuous transfer state, the first conveyor 1 is stopped.
Becomes a continuous transfer state. The second conveyor 3 'is always in a continuous transfer state. Further, the pump P1 is operated while the pump P2 is stopped operating, and the rod-shaped / mist-like watering device 9 'is in a mist-like watering state. Next, during the rice seeding operation, the changeover switch SW is switched to the rice seeding operation position. Then, the operation of the point-seeding type sowing apparatus 7 is stopped, and on the contrary, the dissemination type sowing apparatus 30 is operated. At this time, the first conveyor 1, the seeding conveyor 2, and the second conveyor 3 'are all in a continuous transfer state.
In the crushing and leveling device 6 ', a crushing roller 6'a,
6′a is switched to the suppression non-operation state, and the pump P1 stops operating in the rod-shaped / mist-like irrigation device 9 ′, and the pump P
2 is operated to be in a rod-like irrigation state.

When seeding vegetables and flowers, the seedling pots P are fitted into the seedling boxes 4 and seeded into the pots p. However, the seedling pots P are not used during the rice seeding work. The seedlings are sown in the seedling box 4 by filling the soil.

[0023]

According to the first aspect of the present invention, in the seeding machine, a point seeding type seeding device is installed on a seeding conveyor, and a floor soil supply device is installed on a first conveyor connected to the upstream side of the seeding conveyor. in sowing machine was installed covered with soil supply device on the second conveyor which is continuously provided on the downstream side of the seeding conveyor, sowing conveyor, some seeding position seedling box sent by a first conveyor by the point播型seeding device is continuously transported to the vicinity thereof, and then intermittently transport the seedling box at a predetermined pitch so that the dissemination into the seedling box is performed, the and completed seeding into the seedling box and the second conveyor The seedling box is configured to be switched so as to continuously transfer the seedling boxes so that the seedling boxes can be stopped when the seeding conveyor intermittently transfers the seedling boxes. Continuous transfer operation when transferring boxes continuously Bovine configuration, the second conveyor is configured to continuously transfer always operated, the seeding conveyor, seedling box
Intermittently when seeds pass through the seeding equipment
It is ready to be transported, otherwise as continuous as possible
The seedling box is transferred to the first conveyor and the second conveyor.
The transfer of seedling boxes by conveyor is in a state of continuous transfer. Follow
And the seedling box is packed with a uniform thickness in the floor and covered with soil.
Seeding operation can be performed, and the seedling box can be intermittently transferred.
Seeding work can be performed efficiently as much as possible
You .

The seeding machine of claim 2, further Chi播on a second conveyor which is continuously provided in the first conveyor or the downstream side which is provided continuously on the upstream side of the seeding conveyor installed the point播型seeding device It established the type sowing device, either one provided so as to be seeding the activated condition, the state seeding conveyor capable intermittent transfer when the point播型seeding apparatus seeding the activated condition of the diffuser播型sowing device and the point播型seeding device next, dusting because播型seeding device when the sowing action state is configured to be switched to the transfer state of the seeding conveyor as seeding conveyor is continuous transfer state, the seeding work and seeding work of rice, such as vegetables and flowers It can be performed with a single sowing machine, so that the operating rate of the sowing machine can be increased , and when sowing vegetables and flowers and sowing rice.
The seedling box can be transported and seeded efficiently at the time of work and each,
Efficiently work can be performed in both seeding operation industry.

[Brief description of the drawings]

FIG. 1 is a side view of a seeding machine.

FIG. 2 is a plan view of a transmission system of the seeder.

FIG. 3 is a side view of a transmission system of the seeding conveyor.

FIG. 4 is a cross-sectional side view showing a main part of the spot sowing apparatus.

FIG. 5 is a cross-sectional front view showing a main part of the spot sowing apparatus.

FIG. 6 is a cross-sectional view of a suction nozzle of the spot sowing apparatus. (A)
Indicates a seed adsorption state and (b) a seed release state.

FIG. 7 is a side view of another seeder.

FIG. 8 is an operation explanatory view of a transmission system of the seeder in FIG. 7;

FIG. 9 is an explanatory view showing a main part of a rod-shaped / mist-like watering device.

FIG. 10 is a cross-sectional side view showing a main part of the pressure reduction device.

FIG. 11 is a perspective view showing a seedling raising pot.

[Explanation of symbols]

 1: First Conveyor 2: Seeding Conveyor 3: Second Conveyor 3 ': Second Conveyor 4: Seedling Box 5: Floor Soil Supply Device 6: Packing / Leveling Device 7: Point Seeding Type Seeding Device 8: Cover Soil Supply Device 9: Atomized watering device 9 ': Rod-shaped / aerated watering device 30: Disseminated seeding device

Claims (2)

(57) [Claims] 1. A seed sowing device is installed on a sowing conveyor, a floor soil supply device is installed on a first conveyor connected to an upper side of the sowing conveyor, and a floor soil feeding device is installed below the sowing conveyor. in sowing machine was installed cover soil supply device on the second conveyor, sowing conveyor is fed by the first conveyor
The seedling box is continuously transferred to or near the seeding position by the point seeding seeding device, and then seeding into the seedling box is performed.
Are as intermittently transport the seedling box at a predetermined pitch, element <br/> to transfer the communication <br/> continue to seedling box to seeding into seedling box within sends Upon completion the second conveyor Is configured to switch to
The first conveyor can be stopped when the seeding conveyor intermittently transfers the seedling boxes, and is configured to operate continuously when the seeding conveyor continuously transfers the seedling boxes.
A sowing machine characterized in that the conveyor is configured to operate continuously and continuously. 2. A set up播型sowing apparatus diffuser to the first conveyor or the second on the conveyor which is continuously provided on the downstream side which is provided continuously on the upstream side of the seeding conveyor installed the point播型seeding device, wherein either one of the diffuser播型seeding device as a point播型seeding device provided so as to be seeding the activated condition, a state seeding conveyor capable intermittent transfer when the point播型seeding apparatus seeded activated condition
Becomes, dusting播型seeding apparatus sowing machine according to claim 1, wherein the seeding conveyor constituted the transfer state of the seeding conveyor so that continuous transport state to be switched when the sowing action state.