KR101186431B1 - Lawn transplanter - Google Patents

Abstract

The present invention relates to a device for transplanting grass, and more particularly, has a gearbox which is mounted on the front of the manager and which connects the input sprocket of the input shaft to the output sprocket coupled to the output shaft of the manager by a chain and has a lower gearbox. Both sides of the bracket allow the rotary motion piece to be rotated to the central axis so that the rotary motion piece can be rotated and reversed at an angle set by the rotation means of the rotary motion piece, and the cutter is attached to the front side of the rotary motion piece. By cutting the grass by the grass at the same time to form a groove into which the grass can be inserted, and the auxiliary wheel is coupled to both sides and the cutter is supported by a feeder connected to the support plate attached to the support plate attached to the front of the gearbox Feed the grass so that the grass can be cut, and then form a drop hole at the lower side of the feeder Provided is a grass transplant apparatus which is supplied by a stand so that the grass cut by the cutter can be dropped to the ground direction.

Description

Lawn implanter {LAWN TRANSPLANTER}

The present invention relates to a device for implanting grass, and more particularly, has a gearbox which is mounted on the front of the manager, and which chains the input sprocket of the input shaft with the output sprocket coupled to the output shaft of the manager, Both sides of the bracket allow the rotary motion piece to be rotated to the central axis so that the rotary motion piece can be rotated and reversed at an angle set by the rotation means of the rotary motion piece, and the cutter is attached to the front side of the rotary motion piece. By cutting the grass by the grass at the same time to form a groove into which the grass can be inserted, and the auxiliary wheel is coupled to both sides and the cutter is supported by a feeder connected to the support plate attached to the support plate attached to the front of the gearbox Feed the grass so that the grass can be cut, and then form a drop hole at the lower side of the feeder The grass cut by the cutter can be dropped in the direction of the ground. The cutter makes contact with the ground before cutting the grass to form a furrow, and then the cut grass is dropped into the ground furrow and transplanted. As a result, it is possible to transplant grass accurately and uniformly by efficient transplanting, to increase the survival rate of grass, to obtain an orderly lawn, and to transplant grass accurately and quickly by mechanical movement. It can be transplanted in a short time, so it can improve the productivity and save labor cost. It can be attached to a tractor or cultivator as well as a manager according to the terrain of the grass transplanting place. Long-term use without fear of trouble This is possible and it is related to a grass transplantation device that is easy to handle and easy to repair in case of failure.

In general, when a lawn is planted in a golf course, a soccer field, a baseball field, a park, or a grass is made in a grassland, dozens of workers are planted by receiving the grass grown in the grass plantation.

That is, the workers separated the grass tangled by each root, and then digging the furrows with a hoe and planting the separated grass one by one.

Therefore, the efficiency of grass transplantation is reduced, and the transplantation of grass over a large area has a problem that labor costs are increased along with the administration of a lot of labor.

Conventionally, a grass transplant apparatus has been introduced to solve the above problems, and the conventional grass transplant apparatus includes a conveyor belt method, a chain method, a hook method, and the like.

However, since the implanters have a very complicated configuration, the manufacturing cost is high, and even if a minor breakdown occurs during use, the experts must be called. Had

SUMMARY OF THE INVENTION An object of the present invention is to solve such conventional problems,

Since the cutter is in contact with the ground before the cut grass to form a furrow, the cut grass is dropped into the furrow of the ground and transplanted. Therefore, the grass can be accurately and uniformly transplanted by efficient transplanting to increase the survival rate of the grass. It is possible to obtain an orderly lawn and to move grass accurately and quickly by mechanical movement, so that a large area to be transplanted can be transplanted in a short time, which can improve transplant productivity and save labor costs. It can be attached to a tractor or cultivator as well as a manager according to the terrain of a grass transplanting place, so it can be used for a long time without worrying about trouble due to its good compatibility and simple configuration. Purpose for easy handling Provided.

According to an aspect of the present invention,

It is equipped in front of the manager and has a gearbox that connects the input sprocket of the input shaft to the output sprocket coupled to the output shaft of the manager and chains. This combination allows the rotational movement piece to rotate and reverse rotation at the angle set by the rotational means of the rotational movement piece. A cutter is attached to the front side of the rotational movement piece to cut the grass by the cutter and insert the grass into the ground. The auxiliary wheels are coupled to both sides, and the grass is cut in the direction of the cutter by a feeder supported by a support pipe connected to the support plate attached to the front of the gearbox. Form a drop hole on the lower side of the feeder to supply grass fed by the feeder and cut the grass cut by the cutter. If so as to release the fragrance can achieve the object of the present invention.

In the present invention as described above, the cutter is in contact with the ground prior to the cutting grass to form a furrow, and then immediately cut grass is dropped into the furrow of the ground to be implanted to accurately and uniformly transplant the grass It has the effect of increasing the survival rate of grass and obtaining an orderly lawn.

In the present invention as described above, the grass can be accurately and quickly transplanted by a mechanical operation, so that a large area for transplanting the grass can be transplanted in a short time, thereby improving transplant productivity and saving labor costs. Has an effect.

According to the present invention as described above, it is possible to attach and use not only a management device but also an existing tractor or tiller according to the terrain of the grass transplanting place, so that the compatibility is excellent.

The present invention as described above can be used for a long time without the risk of trouble due to the simple configuration, and in the event of a failure, maintenance is very simple and easy to handle.

1 is a perspective view showing the configuration of the present invention grass transplant apparatus
Figure 2 is a cross-sectional view showing the configuration of the present invention grass transplant apparatus
3 to 6 is a main view showing to explain the grass transplantation process of the grass transplantation device of the present invention
Figure 7 is an enlarged view of the main portion shown to explain the action of the cutter of the present invention grass transplanter

The configuration of the present invention will be described in detail with reference to the accompanying drawings.

Mounted at the front of the manager 131, the input split 108 of the input shaft 109 is coupled to the output split 133 coupled to the output shaft 132 of the manager 131 by a chain 134 Gear box 101,

A rotational movement piece 111 coupled to both sides of the brackets 102 at the lower side of the gear box 101 with a central axis 112 for rotation;

Rotating means of the rotary movement piece for rotating and reverse rotation of the rotary movement piece 111 at a set angle,

A cutter 113 attached to the front side of the rotary movement piece 111 and cutting the grass 135 and forming a furrow 136 into which the grass 135 can be inserted into the ground;

In order to supply the grass 135 in the direction of the cutter 113 so that the grass 135 can be cut by the cutter 113, the auxiliary wheels 124 are coupled to both sides and attached to the front of the gear box 101. Supply base 121 is connected to and supported by the holding pipe (125) to the support plate 110,

A configuration is provided with a dropping hole 122 formed in the lower side of the supply table 121 so that the grass 135, supplied by the supply table 121 and cut by the cutter 113 can be dropped in the ground direction. to be.

In addition, the rotating means of the rotary movement piece is coupled to the driving shaft 103 of both sides driven by the gear box 101 is decelerated and rotated on both sides of the rotary piece 104,

The upper and lower connecting shafts 105 and 107 are coupled to each other at the end of the rotating piece 104 and the middle portion of the rotary moving piece 111 to convert the rotating motion of the rotating piece 104 into a reciprocating motion. It was provided with a reciprocating piece 106 on both sides to be transmitted to the rotary piece 111.

In addition, the support attached to the rear side of the cutter 113 in contact with the upper portion of the grass 135 cut by the cutter 113 to be guided to the furrow 136 of the ground A piece 114 was further provided.

In order to prevent thermal deformation of the cutter 113 during heat treatment of the cutter 113, the cutter 113 is divided into two or three portions and attached to the rotary motion piece 111.

In addition, while contacting the upper surface of the grass 135 seated on the feed table 121, the grass 135 is not lifted to supply the guide so that the smooth supply in the direction of the dropping hole 122 of the feed table 121 ( Further provided with a guide piece 123 coupled to the upper side of the 121).

Hereinafter, the operation of the present invention will be described.

Grass transplant apparatus of the present invention is used to be attached to the front side of the manager, tractor, tiller, etc. according to the topography of the grass transplant site.

Hereinafter, the operation of the state in which the grass transplantation apparatus of the present invention attached to the manager 131 will be described.

First and Figure 1 and Figure 2 is a perspective view and a cross-sectional view showing the configuration of the grass transplant apparatus of the present invention, the supply base 121 is constantly cut to the predetermined size of the horizontal, vertical in the grass cultivation plant supplied grass (135) Seat.

The grass 135 seated on the feed table 121 has a property of gradually descending downward by the inclined surface because the feed table 121 is inclined toward the manager 131.

In addition, even when the ground is moved by the operation of the manager 131 is to encourage the property to be lowered down by the vibration or the like.

However, since the cutter 113 is located in the dropping hole 122 of the lower side of the supply table 121, the grass 135 does not go down anymore and maintains a stopped state.

In addition, the guide piece 123 coupled to the upper side of the supply base 121 is in contact with the upper surface of the grass 135 seated on the supply base 121, so that the grass 135 is not lifted, The guide is to be smoothly supplied in the dropping hole 122 direction.

As described above, after the lawn 135 is seated on the supply base 121, the operator operates the manager 131 so that the manager 131 moves forward and the auxiliary wheels coupled to both sides of the supply base 121 ( 124 also rotates while the output shaft 132 of the manager 131 rotates while rotating the output split 133.

Then, the chain 134 connected to the output sprocket 133 rotates the input sprocket 108 while rotating, and the input shaft 109 is rotated to transmit power into the gear box 101. Done.

In the gear box 101, the power input to the input shaft 109 is decelerated at a low speed to rotate the drive shaft 103 protruding to both sides of the gear box 101.

In addition, the rotation piece 104 coupled thereto by the rotation of the drive shaft 103 is a rotational movement and the reciprocating piece coupled for rotation to the upper connecting shaft 105 in the lower portion of the rotation piece 104 ( The upper portion of the 106 is rotated together with the rotating piece 104, but the lower portion of the reciprocating piece 106 is a linear movement.

That is, the lower portion of the reciprocating piece 106 is coupled to the lower portion of the rotary shaft piece 107 for rotation by the lower connecting shaft 107, and the rear portion of the rotary piece 111 is gear box 101. Because the rotary shaft 111 is coupled to the bracket 102 so as to be easily rotated by the central axis 112, the rotary movement piece 111 is set within the range set about the central axis 112 by the linear reciprocating motion of the reciprocating piece 106. Rotation and reverse rotation will be.

Then, the cutter 113 attached to the front side of the rotary movement piece 111 by the rotation, reverse rotation of the rotary movement piece 111 to perform the rotation and reverse rotation movement with the rotary movement piece 111. It becomes possible.

That is, the cutter 113 rotates in the initial state in which the grass 135 is blocked while being inserted into the dropping hole 122 of the supply table 121 as shown in FIG. 2. As shown in FIG. 3 by the upward movement by the means, the grass 135 seated on the feed table 121 descends downward by its own weight, and its end portion enters the dropping hole 122. Becomes

At this time, the grass 113 entered into the dropping hole 122 of the feed table 121 by the cutter 113 of the rotary motion piece 111 is rotated as shown in Figure 4 by the continuous rotation of the rotary piece 104. The end of the 135 is cut.

As described above, the edge of the grass 135 entering the dropping hole 122 of the supply table 121 is in a state of being cut into the ground as shown in FIG. 5 by continuously cutting the cutter 113. .

That is, the operation of the cutter 113 will be described in detail with reference to the drawing shown in FIG. 6.

The cutter 113 moves forward by the advance of the manager 131 and at the same time the rotary motion by the rotary motion piece 111 is in parallel with the groove 136 while drawing a gradual round to the ground. It is formed.

When the cutter 113 forms the furrow 136 and then exits the furrow 136, the cutter 113 is gradually drawn out of the furrow 136.

Therefore, the grass 135 whose edge is cut by the cutter 113 is lowered later than the cutter 113 while contacting the upper side with the support piece 114 attached to the rear side of the cutter 113. The support piece 114 serves to allow the cut grass 135 to be guided to the furrow 136 of the ground.

In addition, when the grass 135 is positioned in the furrow 136 formed by the cutter 113, the soil around the furrow 136 is collapsed by the vibration of the manager 131 which follows, thereby covering the furrow 136. Natural cover is possible.

If it is doubtful to cover the vibration by using the vibration of the manager 131 as described above, a cushioning member such as a rubber piece is attached to the rear side of the dropping hole 122 to cover the cover by the action of covering them. It meets the purpose.

By repeatedly rotating and reversely rotating the cutter 113 attached to the rotary motion piece 111 as described above, the cutter 113 contacts the ground before the cut grass 135 to form the furrow 136. Immediately after the cut grass 135 is dropped into the furrow 136 of the ground and transplanted, the grass 135 can be accurately and uniformly implanted by an efficient transplantation, thereby increasing the survival rate of the grass and quickly ordering the orderly lawn. You can get it.

On the other hand, the cutter 113 attached to the rotary motion piece 111 is produced by dividing into two or three portions as shown in Figure 1 to prevent thermal deformation of the cutter 113 during heat treatment of the cutter 113. It becomes possible.

101-gearbox 102-bracket
103-drive shaft 104-turn
105,107-Up-and-down connecting shaft 106-Loose movement
108-Input Sprocket 109-Input Shaft
110-support plate 111-rotational movement
112-center axis 113-cutter
114-support 121-feeder
122-Drophole 123-Guide
124-auxiliary wheel 125-holding
131-Manager 132-Output Shaft
133-Output Sprocket 134-Chain
135-grass 136-furrows

Claims (5)

A gearbox mounted at the front of the manager, which connects the input sprocket of the input shaft to the output sprocket coupled to the output shaft of the manager,
A rotary movement piece coupled to both brackets on the lower side of the gearbox so as to rotate on a central axis;
Rotating means for rotating and rotating the rotary piece at a set angle;
A cutter attached to the front side of the rotary movement piece to cut the grass and at the same time to form a furrow into which the grass can be inserted;
A feeder that is coupled to the support wheel attached to the support plate attached to the front of the gearbox and coupled to the auxiliary wheels on both sides to supply the grass in the cutter direction so that the grass can be cut by the cutter;
And a dropping hole formed at a lower side of the feeder so that the grass fed by the feeder and being cut by the cutter can be dropped in the direction of the ground. The method of claim 1,
Rotating means of the rotary movement piece is coupled to the drive shafts of both sides driven by the gear box is decelerated and rotates on both sides of the rotary movement;
It is coupled to the upper and lower connecting shafts so as to facilitate the flow of the end of the rotary piece and the intermediate portion of the rotary movement piece to convert the rotational movement of the rotary piece to a reciprocating motion, characterized in that provided on both sides of the reciprocating movement piece Lawn implants. The method of claim 1,
And a support piece attached to the rear side of the cutter in order to contact the upper portion of the grass cut by the cutter so that the grass can be guided to the furrow of the ground. The method of claim 1,
Lawn transplant apparatus characterized in that the cutter is attached to the rotary motion piece by dividing the cutter into two or three parts to prevent thermal deformation of the cutter during the heat treatment of the cutter. The method of claim 1,
And a guide piece coupled to the upper side of the feeder in order to guide the grass so as to be smoothly supplied in the dropping hole direction of the feeder while in contact with the upper surface of the grass seated on the feeder.

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