KR101911688B1 - Manufacturing Device of the Seed-Thread for Seed Direct Planting - Google Patents

Abstract

The present invention relates to a manufacturing device of a seed thread for seed direct planting which is used for direct planting seeds of plants such as grains or flowers. More specifically, the present invention relates to a manufacturing device of a seed thread for seed direct planting which attaches and winds small and lightweight fine seeds to a thread, thereby facilitating storing or sowing the seeds. The manufacturing device of a seed thread for seed direct planting comprises: a thread supply part (10); an adhesive supply part (20); a seed supply part (30); and a winding roller (40).

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a seed-

The present invention relates to an apparatus for producing seed seam for direct seeding of seeds used for directing seeds of plants such as grains and flowers. More particularly, the present invention relates to a seed seedling producing apparatus for seed- The present invention relates to an apparatus for producing a seed yarn for direct-seeding.

Generally, when seeds of flower crops such as seeds and flowers of seeds are sown, the direct seed method is used which directly sows the seeds to the fields.

Of course, in the case of rice seeds, germination is carried out using a matrix, and then a method of growing the seed to a certain size is used, followed by a method of transferring (transferring) seeds. In the case of horticultural crops such as pepper and watermelon, After planting seedlings, they use transplanting methods to transfer the seedlings to the field.

This method of transplantation and transplantation grows the crops at regular intervals, which is easy to manage, suitable for mechanized farming, and has the advantage of increasing yield, but it is vulnerable to drought and requires a lot of labor.

On the other hand, recently, a direct-seeding method that directly sows seeds in paddy field or field has been carried out, and in the case of rice seed, a direct seeding method using seeding apparatus is used. However, if seeds are directly seeded in the dried seeds, rice seeds will not be spotted or landed, resulting in a decrease in yield due to lowered cultivation efficiency.

Thus, in order to solve the problems caused by direct steam wave and direct water flow, seed seeds have been developed to facilitate landing and easy germination of seeds by embedding seeds in the treated soil. Seed straps have also been developed that make it easier to store or sow seeds by attaching seeds to plant seeds.

Meanwhile, as a result of retrieving the prior art related to the present invention, a plurality of patent documents have been searched, and some of them will be described as follows.

Patent Document 1 discloses a paper feeding apparatus comprising: a material supply unit for supplying a strip paper having a predetermined width so as to wrap seeds of a grain and a yarn to be placed thereon; An adhesive applying means installed to apply an adhesive to a central portion in the longitudinal direction of the strip paper conveyed from the material supply portion; Seed supplying means for supplying seeds to the adhesive application portion of the strip paper at a predetermined number of predetermined intervals; A shape forming unit for forming a band paper on which the seeds are arranged in a strained state; And a winding means for tightly twisting and pulling the string in the form of a string through the shape forming portion and being operated so as to be pulled and pulled, and it is possible to manufacture the seed string continuously and conveniently, Seed cord is convenient and easy to store, transport, and sow seeds of seeds, and can be sown in accordance with the seeding date. This makes it possible to grow uniform crops with excellent seeding rate with accurate seeds and to harvest large amounts of crops. Discloses a string manufacturing apparatus.

In Patent Document 2, a support frame is provided in a frame formed at a predetermined height on the paper surface, a band paper roller for feeding a strip paper and a yarn for producing a string strap and a failure are provided below both sides of the frame, And a plurality of crown rollers provided with a plurality of V-shaped rollers and a central recessed portion as guiding means for guiding the band paper and the yarn, wherein an adhesive supply portion for supplying an adhesive to the guided band paper, a seed supplying portion for selectively supplying the seed, A rotation part for forming a shape of a seedling string, and a winding guide part for sequentially winding the completed seedling string on the seed-string-winding roller, and a plurality of opposed devices are integrally provided So that the productivity is improved by shortening the working time due to the manufacturing, The sensor on the part senses the breakage of the band paper and the yarn, and it detects the completion state of the string in the belt pulling rollers, so that the worker can leave the place, and at the same time, A seed cord manufacturing apparatus for directing plant seeds.

Patent Literature 3 discloses a method of forming a seedling in which seed roots of garlic or the like are placed facing downward and folded in half and sewed to the bonding portions on both sides of the seed, It is constituted to be able to sow in a lane by loosening the belt by winding a belt with a seed pocket adhered with harmless vegetable adhesive and it is easy to work at home at night when it is not possible to sow or lose hands. Disinfecting or nutrient is impregnated on a belt and wound around a reel to allow sowing in a short time, thereby improving productivity and ensuring good quality of harvesting.

However, the techniques disclosed in the above-mentioned prior art documents have a problem in that they can not be used for seeding small seeds or seeds which are small in volume and are only for sowing seeds or seeds of a certain weight or more at regular intervals.

In addition, as the respective constituents such as the seed supply portion for supplying seed, the adhesive supply portion for supplying the adhesive, and the material supply portion for supplying the strip paper and the yarn are individually operated, the motive power for operating them is separately required, There is a problem in that the apparatus becomes complicated and the production unit price rises due to the necessity of the configuration of the sensors for synchronization.

KR 20-1999-0034366 U KR 20-2000-0020745 U KR 20-0395401 Y1

DISCLOSURE Technical Problem Accordingly, the present invention has been made to solve the above-mentioned problems of the prior art, and it is an object of the present invention to provide a method of manufacturing seed seedlings by attaching seeds having small volume and light weight to the seeds, The present invention relates to a seed-seam manufacturing apparatus for seed-seam-direct-wave.

In order to achieve the above-mentioned object, the present invention provides an apparatus for producing seed seam for direct wave, comprising: a yarn supply unit including a failure (11) for winding a yarn (50) 10); An adhesive supply part (20) for applying an adhesive (25) to the seal (50); The seed feeder 31 in which the light seed particles 35 filled with the small seeds 35 and the plurality of holes 32 in which the seeds 35 are discharged are formed and the seeds 35 not attached to the seed 50 are stored A seed feeder 30 including a seed barrel 34 disposed below the seed feeder 31; And a seed yarn take-up roller (40) around which a seed yarn formed by adhering a fine seed (35) to a yarn (50) is wound.

The seal supply unit 10 further includes a seal guide member 15 for guiding the seal 50 to the adhesive supply unit 20 and is disposed in front of the seed seal takeup roller 40, And a seed chamber guiding member (45) guiding to the seed chamber retraction roller (40).

The adhesive supply unit 20 includes an adhesive tank 24 containing an adhesive 25 and a yarn guide member 24 disposed inside the adhesive tank 24 so as to apply an adhesive 25 to the yarn 50 A thread supply guide member 22 provided at an inlet side of the adhesive cylinder 24 for guiding the thread to the thread guide member 21 and a thread supply guide member 22 provided at the outlet side of the adhesive cylinder 24, And a yarn discharge guide member (23) for guiding the yarn (50) having passed through the guide member (21) to the lower part of the seed supply cylinder (31) of the seed supply part (30).

In addition, the yarn supplying unit 10, the adhesive supplying unit 20, and the seed supplying unit 30 are installed in one frame.

The failure 11 of the yarn supply unit 10 and the seed supply cylinder 31 of the seed supply unit 30 are connected to each other and are simultaneously rotated.

The yarn supply unit 10 further includes a spring 12 for applying a tension to the yarn 50 which is released from the failure 11 by pressing the side of the failure 11 and a spring seat 13). ≪ / RTI >

The apparatus for producing seed seam for direct-seeded seed according to the present invention having the above-described features can easily store fine seeds by attaching and winding fine seeds having small sizes and light weight to the seeds, and even when seeding fine seeds, So that the seeding operation can be facilitated.

Further, when the adhesive is applied to the yarn, the yarn is impregnated into the adhesive while moving in a state spread over the yarn guide member and the yarn discharge guide member provided respectively at the inlet and outlet of the adhesive bottle in the adhesive bottle, It is effective to apply evenly to the yarn and improve the productivity.

In addition, since the yarn guide member is provided at the rear of the yarn supply unit and the seed yarn guide member is provided at the front of the seed yarn take-up roller, the movement of the yarn or seed chamber is stabilized and the yarn is moved at a uniform speed.

Further, since the yarn supply unit, the adhesive supply unit, and the seed supply unit are installed in one frame, the size of the apparatus is reduced and energy consumption is reduced.

In addition, as the failure of the yarn feeder and the seed feeder are connected and rotated on the same axis, the fine seeds in the seed feeder are naturally discharged and attached to the yarn, and the seed yarn is wound on the seed- Since the failure and the seed feeder are rotated by the yarn, there is an effect that it is not necessary to provide a separate power device to the yarn feeder and the seed feeder or to install a sensor for interlocking them.

Further, since the elastic pressing member is provided in the yarn supply unit, tension is applied to the yarn loosened from the failure and waste of the yarn due to excessive rotation of the failure is prevented.

1 is a block diagram schematically showing an apparatus for producing a seed chamber for direct seeding according to the present invention
FIG. 2 is a perspective view showing a seed chamber for seed straight wave according to the present invention. FIG.
3 is a perspective view showing a modified example of the seed chamber for seed straight wave according to the present invention.

Although the term used in the present invention selects the general term that is widely used at present, there is also a term selected by the applicant in a specific case. In this case, the term used in the present invention is not a name of a simple term, It is necessary to understand the meaning.

Hereinafter, the technical structure of the present invention will be described in detail with reference to preferred embodiments shown in the accompanying drawings.

1 and 2, the apparatus for producing a seed yarn for direct-seeding according to the present invention includes a failure 11 in which a yarn 50 of a predetermined thickness is wound and the yarn 50 is released through rotation A yarn feeding section 10 including a yarn feeding section 10; An adhesive supply part (20) for applying an adhesive (25) to the seal (50); The seed feeder 31 in which the light seed particles 35 filled with the small seeds 35 and the plurality of holes 32 in which the seeds 35 are discharged are formed and the seeds 35 not attached to the seed 50 are stored A seed feeder 30 including a seed barrel 34 disposed below the seed feeder 31; And a seed chamber winding roller (40) around which a seed chamber is formed by attaching fine seeds (35) to the chamber (50).

The seal supply unit 10 may further include a thread guide member 15 for guiding the thread 50 to the adhesive supply unit 20 and may be disposed in front of the seed thread takeup roller 40 And a seed chamber guiding member (45) for guiding the seed chamber to the seed chamber winding roller (40). Here, the yarn guide member 15 and the seed chamber guiding member 45 are members for guiding the chamber 50 or the seed chamber, and known rollers, pulleys, or guide rings can be used.

The adhesive supply unit 20 includes an adhesive tank 24 containing an adhesive 25 and a yarn guide member 21 disposed inside the adhesive tank 24 so as to apply an adhesive 25 to the yarn 50, A thread supply guide member 22 provided at an inlet side of the adhesive cylinder 24 and guiding the thread to the thread guide member 21 and a thread supply guide member 22 provided at the outlet side of the adhesive thread 24, And a yarn discharge guide member 23 for guiding the yarn 50 that has passed through the yarn feeder 21 to the lower portion of the seed feeder 31 of the seed feeder 30.

The yarn guide member 15, the yarn supply guide member 22 and the yarn discharge guide member 23 are for guiding the movement of the yarn 50 and may be a known roller, have,

The thread supply unit 10, the adhesive supply unit 20, and the seed supply unit 30 may be installed in series at predetermined intervals, but they may be installed in one frame as shown in FIGS. As a result, the structure of the apparatus is simplified and reduced in size, thereby facilitating use.

In this case, the failure 11 of the yarn supply unit 10 and the seed supply cylinder 31 of the seed supply unit 30 are connected to each other and are simultaneously rotated, It is preferable that the yarn 50 is naturally rotated as the yarn 50 is loosened as the yarn 40 is rotated. If the seed feeder 31 is not rotated in conjunction with the failure 11, the micro-seeds can not be easily discharged through the hole 32 of the seed feeder 34, The seeds are not uniformly adhered, so that the product performance of the seed chamber may be deteriorated and productivity may be lowered.

In addition, a separate power unit for rotating the seed feeder 31 and the failure 11 must be formed, and a sensor for synchronizing them must be provided. However, when the failure 11 is rotated according to the rotation of the seed room take-up roller 40 as in the present invention, and the seed feeder 31 is connected to the failure 11 in the same axis, It is not necessary to provide a separate power device for synchronizing the failure 11 or the seed feeder 31 or a sensor for synchronization.

In other words, a separate driving power unit is not provided in the yarn supply unit 10 or the seed supply unit 30, and a knob provided on one side of the seed room winding roller 40 is installed or a driving power unit is installed . As a result, the seed chamber winding roller 40 is rotated by the handle or the driving power device, and the thread 11 is rotated by the thread 50 which is released as the seed yarn is wound on the seed- And the seed feeder 31 connected to the failure 11 on the same axis is rotated to smoothly discharge seeds.

3, the yarn supply unit 10 includes a spring 12 for applying a tension to the yarn 50 which is released from the failure 11 by pressing the side of the failure 11, And a spring seat 13 for supporting the spring member 12. The failure (11) freely rotates and releases a large amount of the yarn (50) when the pulling force of the yarn (50) is strong. Therefore, it is preferable that an elastic pressing member is provided on one side of the failure 11 to prevent the failure 11 from being excessively rotated. In addition, since the elastic pressure member is provided, the amount of consumption of the thread 50 is reduced and the adhesive supply portion 20, the seed supplying portion 30, and the seed chamber winding roller 40 are maintained in a tight state, So that the seed 45 is uniformly applied to the yarn 50.

The adhesive is applied to the seal 50 in the process of passing the thread 50 released from the failure 11 through the adhesive cylinder 24 of the adhesive supply portion 20 in accordance with the rotation of the seed thread take-up roller 40 , The micro-seeds are fed through the hole 32 of the seed discharge cylinder 31 when the thread 50 to which the adhesive is applied passes under the seed discharge cylinder 31 rotating at the same speed as the failure 11 And is adhered to the seal 50 to form a seed seal. Of course, the seed which is not adhered to the chamber 50 after being discharged from the seed discharge cylinder 31 is stored in the seed cylinder 34 located under the seed discharge cylinder 31. Thereafter, the seed chamber is wound around the seed chamber winding roller 40 via the seed chamber guide member 45.

Since the seed chamber produced through the above-described process is stored in the state of being wound around the seed chamber retraction roller 40, the loss or contamination of the fine seeds is prevented. In addition, seeding the seeds with the seeds prevents the seeds from being blown by the wind, and when the seeds are tightened, the seeds can be completed only by covering the soil, Labor force is reduced.

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, Various modifications and variations will be possible without departing from the spirit of the invention. Therefore, the scope of the present invention should be construed as being covered by the scope of the appended claims, and technical scope within the scope of equivalents thereof should be construed as being included in the scope of the present invention.

10 ... yarn supplier
11 ... failure
12 ... spring
13 ... spring seat
15 ... thread guide member
20 ... adhesive supply part
21 ... thread guide member
22 ... yarn supply guide member
23 ... thread discharge guide member
24 ... adhesive can
25 ... adhesive
30 ... seed supplier
31 ... seed feeder
32 ... holes
34 ... seed tub
35 ... micro-seed
40 ... Seed yarn take-up roller

Claims (6)

(10) including a failure (11) in which a yarn (50) of a predetermined thickness is wound and rotated so that the yarn (50) is released;
An adhesive supply part (20) for applying an adhesive (25) to the seal (50);
The seed feeder 31 in which the light seed particles 35 filled with the small seeds 35 and the plurality of holes 32 in which the seeds 35 are discharged are formed and the seeds 35 not attached to the seed 50 are stored A seed feeder 30 including a seed barrel 34 disposed below the seed feeder 31;
And a seed chamber winding roller (40) around which a seed chamber is formed by attaching a fine seed (35) to the chamber (50)
The yarn supply unit 10, the adhesive supply unit 20, and the seed supply unit 30 are installed in one frame,
Wherein the failure 11 of the yarn supply unit 10 and the seed feeder 31 of the seed feeder 30 are connected to each other and rotated simultaneously.
The method according to claim 1,
The thread supply unit 10 further includes a thread guide member 15 for guiding the thread 50 to the adhesive supply unit 20,
Further comprising a seed chamber guiding member (45) disposed in front of the seed chamber retracting roller (40) for guiding the seed chamber to the seed chamber retracting roller (40).
The method according to claim 1,
The adhesive supply unit 20 includes an adhesive tank 24 containing an adhesive 25,
A thread guide member 21 disposed inside the adhesive cylinder 24 so as to apply an adhesive 25 to the thread 50,
A yarn supply guide member 22 provided at an inlet side of the adhesive bottle 24 and guiding the yarn to the yarn guide member 21,
A thread discharge guide member 23 provided at the outlet side of the adhesive cylinder 24 and guiding the thread 50 which has passed through the thread guide member 21 to the lower part of the seed supply cylinder 31 of the seed supply part 30 Wherein the seed seedlings are seeded in the seed seedlings.
delete delete The method according to claim 1,
The yarn supply section 10 includes a spring 12 for applying a tension to the yarn 50 which is released from the failure 11 by pressing the side of the failure 11 and a spring seat 13 for supporting the spring 12, And an elastic pressing member made of a non-woven fabric.

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