KR101648830B1

KR101648830B1 - Seed Shell Retubing Device

Info

Publication number: KR101648830B1
Application number: KR1020160026212A
Authority: KR
Inventors: 이성기
Original assignee: 김병대
Priority date: 2016-03-04
Filing date: 2016-03-04
Publication date: 2016-08-17

Abstract

The present invention relates to a seed shell retubing device capable of automatically covering a net in the form of a tube not to lose a seed shell attached to a rope, winding a yarn outside a net, and inserting a seed shell under water while the seed shell is stably attached to the rope, when a seed shell of a mussel, an adhesive shellfish, is inserted into seawater to farm under wave conditions. To achieve the above objective, the seed shell retubing device has a structure capable of winding a yarn outside a net by a yarn wound in a bobbin equipped in a ring gear while a net accommodating a seed shell is transferred inside the ring gear and the ring gear is rotated without shaking due to gear engagement.

Description

{Seed Shell Retubing Device}

The present invention relates to a method for producing a mussel which is an adherent bivalve mussel into a seawater so that the mussel is automatically fed through a tubular net so that the seeds attached to the rope are not lost, So that it can be stably attached to the rope.

Generally, mussel and other adherent shellfish cultivars include horseshoe, raft, and consecutive harvesting.

It is a method of raising and lowering the bottom of a tree by putting two lines of a horseshoe in a shallow depth of the coast, and laying a tree on the side of it at a shallow depth of the coast. The catamaran is a raft with a mooring on the sea surface, It is a way of hanging the seeds in the eucalyptus.

However, in the case of the vine type, the area where the cultivation can be done is restricted to the coast, and in the case of the raft type, the facility cost is high. Therefore, the long lasting method, which can be installed not only inside but also outside the sea, .

FIG. 1 is a schematic view showing a long-range seedling farm described in Japanese Patent Application Laid-Open No. 10-2014-0009659, wherein both ends of a main rope 20 connected to a plurality of buoys 10 on the sea surface are connected to a sea horse 50 and the main rope 20 is provided with a lower rope 30 at a predetermined interval.

In addition, the seedling rope 30 is attached to the bottom rope 30 and then dropped on the seabed and cultured for a certain period of time.

Meanwhile, a seed support 40 made of a waste tire or a plastic material is fixedly installed at a certain interval in the lower root rope 30 at regular intervals, and the seed sheath attached to the lower root rope 30 is lowered Do not fall.

However, if a newborn 1mm mussel is grown to a size of about 20mm, it must be transported to a farm and cultivated. However, the operation of selecting a seedling about 20mm in size and attaching the selected seed to the bottom rope (30) It is difficult to find the manpower because there is a shortage of manpower in farming and fishing village, and it is difficult to find a manpower even if there is manpower. There is a problem that the labor cost rises slowly.

In addition, there is a problem that productivity is reduced as much as the seeds tied to the rope 30 are lost from the rope 30 by an external force such as a current.

In order to solve such a problem, Japanese Patent No. 10-1594905 (a proposal of a tubular tubing device) has been proposed. As shown in Figs. 2 and 3, a hopper 110 A conveyance pipe 140 which is in the shape of a sideways pipe and which is located below the hopper 110 and is fed through the inlet 141 provided at the upper rear side of the hopper discharged from the hopper 110, And a peg is fixed to the conveying pipe 140. The peg is inserted through the conveying pipe 140 from the rear to the front and is fed by a pulling force applied from the outside, And a front portion of the rope 200 is bundled and fixed to the rope 200 and is transported by the rope 200 while being released by the rope 200. [ Tubes that house seeds inside Form a net (220) of; consists of, is equipped with a thread wound around the outside felt base 170 to prevent the seed to seep the net 220 accommodated in the front, the seed of the transport pipe 140,

The feeler base unit 170 includes:

(171-1) formed with a through hole (171-3) through which a net containing a seed ornament passes, and an outer ring (171-2) coupled to the outer side of the inner ring (171-1) Member (171); A fixing member 172 having one side fixed to one side of the inner ring 171-1 and the other side fixed to the frame 100; A bobbin 173 fixed to an opposite side to which the fixing member 172 is fixed to one side of the outer ring 171-2 and wound by rotating the yarn; And rotating means (174) for rotating the outer ring (171-2) so that the thread is wound on the outer surface of the net,

The rotating means (174)

A driving motor 174-2 for rotating the driving source 174-1 and a driving motor 174-2 for driving the driving source 174-1 and the driving source 174-1, And a band member 174-3 for interlocking the member 171 ".

Therefore, the seeds fed into the hopper 110 are fed into the feed pipe 140 through the feed inlet 141 of the feed pipe 140 on the feed pipe 120 and fed to the forward part by the rope 200 do.

The rope 200 is conveyed by the rotation of the drawing unit 160 and the saddle is conveyed. A tube-shaped net 220 is placed on the outer side of the conveyance pipe 140, The front end of the rope 200 is tied to the front portion of the rope 200 so that the rope 200 is slowly transported to the delivery pipe 140 so that the net 220 is gradually released. 140 are discharged and accommodated.

The net 220 containing the seeds by the traction of the rope 200 passes through the through hole 171-3 of the thread take-up unit 170 and the thread T is wound on the outer side thereof as shown in Fig. So that the seeds can be firmly fixed within the net 220 because the collected seeds are prevented from being poured or concentrated on one side.

The feeler base 170 applied to this Patent No. 10-1594905 has a structure in which the cage 174-1 is connected to the outer ring 171-2 of the guide member 171 by a band member 174-3 When the tension of the band member 174-3 made of the timing belt is changed, the rotation force is not transmitted to the guide member 171 properly Of course, there is a problem that frequently the work is interrupted frequently as it deviates from the circular body 174-1 or the outer ring 171-2.

SUMMARY OF THE INVENTION Accordingly, the present invention has been made keeping in mind the above problems occurring in the prior art, and an object of the present invention is to provide a ring gear, And to provide a self-relieving device for the user.

In order to achieve the above object,

The rope having the pegs fixed at regular intervals is inserted through the conveyance pipe and the rope is conveyed by the pulling force applied from the outside, the front and back paddles fed from the hopper into the conveyance pipe are forwardly discharged, A net is put on the outside of the pipe in the form of a tube and is received by the peg while being released by the rope. In addition, a yarn is wound on the outer side of the net accommodating the saddle on the front side of the feed pipe to prevent the saddle from flowing down A tubular tubing device comprising:

The sensible-

A frame fixed at a front portion of the conveyance pipe and having a rectangular frame shape;

A ring gear having a ring shape and located inside the frame, a gear portion formed around an outer periphery of the rear portion, a support ring portion protruding from an outer periphery of the front portion thereof, and a ring gear through which the net passes;

A plurality of support wheels fixedly mounted on the frame and coupled with the support ring portion of the ring gear to support the rotation state;

A motor fixed to the frame to generate power and a shaft engaged with a gear portion of the ring gear;

And a bobbin protruding from a front portion of the ring gear and wound around the bobbin.

According to the present invention as described above, the spur gear rotates the ring gear by the gear engagement, and the yarn tensioner is provided outside the net so that the ring gear that winds the yarn around the net rotates without shaking, And the productivity is improved.

Brief Description of the Drawings Fig.
2 is a view showing a configuration of a conventional retubing device.
3 is a view showing the structure of a conventional feel sensor unit.
4 is a view showing a state in which a yarn is wound on the outside of a net.
5 is a view showing a configuration of a retubing device according to the present invention;
6 is a view showing a structure of a feeler portion of the present invention.
7 is a side view of the ring gear.
8 is a view showing the front and side structures of the feeler base.

Hereinafter, the present invention will be described in detail with reference to the drawings.

FIG. 5 is a side view showing the entire configuration of the apparatus for endodontic treatment according to the present invention, and includes a hopper 110 for receiving and discharging a seed tray downward; A conveyance pipe 140 which is in the shape of a tube placed side by side and which is placed under the hopper 110 and is fed through the inlet 141 provided at the upper rear side of the spout discharged from the hopper 110; A peg is fixed at a predetermined interval. The peg is inserted through from the rear to the front of the conveying pipe 140 and is conveyed by the pulling force applied from the outside. The peg is fed into the conveying pipe 140 by the peg A rope 200 for forwarding and discharging the rope; And a tubular shape which is covered with a tubular shape on the outside of the conveyance pipe 140 and whose front portion is bound and fixed to the rope 200 and which is conveyed by the pecker while being released by the rope 200 And a netting unit 300 is provided at the front of the conveyance pipe 140 to prevent the seeds from flowing down by winding the yarn around the net 220 containing the seedlings.

The distal end of the transfer tube 140 is formed with a net guiding part 150. The net guiding part 150 has a plurality of bent bars and a rear end thereof is formed with a constant And is bent in an oblique direction toward the inside so as to be gathered toward the front end thereof.

A conveyor is installed in the conveying pipe 140 to convey the spatula and a traction unit 160 for towing the rope 200 covered with the net 220 is provided at a front portion of the feeler unit 300, .

This basic structure is the same as or similar to the structure of Patent No. 10-1594905, so that the structure of the feeler base 300, which is the most characteristic part of the present invention, will be mainly described.

6, the feeler base 300 has a rectangular frame 310. The frame 310 is positioned at a front portion of the conveyance pipe 140 and a rear portion thereof supports the respective portions of the present invention. Is fixedly supported on the main frame 101.

As shown in the front view of FIG. 8 (a), a support wheel 340 that is rotatable while being fixed to the frame 310 is installed at each corner of the frame 310. By the support wheels 340 The ring gear 330 is positioned on the inner side of the frame 310 to be rotatable.

7 (a), the ring gear 330 is formed with a gear portion 331 along the outer circumference at a rear portion thereof, and a ring gear portion 331 is formed at a front portion thereof along the circumference to the outside of the gear portion 331 And the protruding support ring portion 332 is integrally fixed.

At this time, since the supporting wheel portion 332 is fitted in the supporting wheel 340, the ring gear 330 is prevented from being separated from the supporting wheel portion 340, .

As another form of support ring portion 332 and support wheel 340. A gear is formed along the outer periphery of the support ring portion 332 and a gear 341 is formed along the inner periphery of the support wheel 340 as shown in Fig. 7 (b) The support ring portion 332 is firmly coupled to the support wheel 340 in a gear engagement state, and thus the support ring 340 is not rotated.

A motor 320 is mounted on the frame 310 and a gear is provided on the shaft of the motor 320 to engage with the gear portion 331 to rotate the ring gear 330 by driving the motor 320. [ While being supported by the support wheel 340.

8B, bobbins 350 and 360 protrude forward from the support ring portion 332 in such a manner as not to interfere with the support wheel 340. The bobbins 350 and 360 are formed in two pieces And the yarns are wound on the bobbins 350,

The bobbins 350 and 360 are installed in a pair so that a double yarn delayer is formed in the net 220.

The operation of winding the yarn on the outside of the net by the present invention will be described.

The net 220 loaded on the conveyance pipe 140 is gradually released by the transfer of the rope 200 and the spade conveyed through the conveyance pipe 140 is discharged and accommodated in the loosened net 200.

The net 220 containing the seed paper by the drawing unit 160 passes through the through hole 333 of the ring gear unit 330 and the yarn is wound on the outer side of the net so that the received seed paper is prevented from being poured, do.

If the end of the thread wound on the bobbin 350 or 360 in a state where the net 220 is inserted into the through hole 333 is bundled and fixed to the net 220 and then the drive switch (not shown) is turned on, The ring gear 330 rotates.

And is wound around the bobbin 173 by the rotation of the ring gear 330 and is wound in an oblique direction on the outer surface of the net 220 while being fixed in the net 220 firmly.

300: sensation base 310: frame
320: motor 330: ring gear
331: gear portion 332: support ring portion
333: through hole 340: support wheel
350, 360: Bobbin

Claims

The rope having the pegs fixed at regular intervals is inserted through the conveyance pipe and the rope is conveyed by the pulling force applied from the outside, the front and back paddles fed from the hopper into the conveyance pipe are forwardly discharged, A net is put on the outside of the pipe in the form of a tube and is received by the peg while being released by the rope. In addition, a yarn is wound on the outer side of the net accommodating the saddle on the front side of the feed pipe to prevent the saddle from flowing down A tubular tubing device comprising:
The sensible-
A frame fixed at a front portion of the conveyance pipe and having a rectangular frame shape;
A ring gear having a ring shape and located inside the frame, a gear portion formed around an outer periphery of the rear portion, a support ring portion protruding from an outer periphery of the front portion thereof, and a ring gear through which the net passes;
A plurality of support wheels fixedly mounted on the frame and coupled with the support ring portion of the ring gear to support the rotation state;
A motor fixed to the frame to generate power and a shaft engaged with a gear portion of the ring gear;
And a bobbin protruding from a front portion of the ring gear and wound around the bobbin.

The apparatus of claim 1, wherein the support wheel is disposed at a corner of the frame.

The apparatus of claim 1, wherein the bobbins are installed in pairs in positions that do not interfere with the support wheels.