KR20100004901A - The seaweed plantlet binding system to farming rope - Google Patents

Abstract

PURPOSE: A binding apparatus for a seaweed seedling raising rope is provided to reduce operation time and personnel costs drastically by using a device which fastens seedling lines of 2 ~ 3 strands on the raising rope. CONSTITUTION: A binding apparatus for a seaweed seedling raising rope includes the following: a workbench(10) with an opening part(10a) of a polygonal shape of which inner circumference is protected by a molding(10b); a pipe clamp(32) fixing an end outer diameter part and an in-between part of a raising rope guide pipe(30) with a pipe mount hoof(33); a rope friction preventing cap(31) inserted into a raising rope inlet; a driven pulley(16) assembled with a socket attached round flange type bearing unit; a binder string friction preventing cap(45) inserted into the end of the binder string guide pipe; and a control box(14) with a bobbin winding unit on a fastening line of a V-belt(17).

Description

Seaweed plantlet binding system to farming rope}

The present invention relates to a seaweed seedling cultured rope binding device, and more particularly, to a seaweed seedling cultured rope binding device for binding the young seedlings of seaweeds such as seaweed, seaweed, seaweed, etc. in the aquaculture rope and bind with a tie rope.

Utility Model Publication No. 2000-0006359, a previously selected seaweed spore string binding device, is to proceed to insert a seedling after unwinding a few ropes of several centimeter length spore strings in which seaweed spores are cultured. , By means of clamp means such as racks and pinions for hydraulic means requiring separate hydraulic tanks and hydraulic motors, such as rack gear driven cylinders and clamp driven cylinders equipped with rack gears, and farming rope gripping. It is a work that binds spore muscles by repeating the rope, so it takes more time and equipment than the continuous work.

In the seaweed seedling winding machine such as Utility Model Publication No. 1980-0002075, which is another seaman's technology, seaweed spores are a technique that separates the seeded seedlings attached and wound them on the farming rope. After inserting the culture rope into the pipe, and turning the wheel around the farming rope by hand around the farming rope by hand, it is possible to wind the seedling wrapped around the wheel. Although the work is progressed or the gripping is made easier by dividing the tubular body, it is also required to divide the tubular body by manual labor, and also requires the worker to consume physical strength.

In addition, in the seaweed seedling winding machine, such as Utility Model Publication No. 1982-0001519, which is made of an improved model thereof, the roller is attached to the end of the semi-circular rotatable tubular body in which the gear is formed, and the rotary gear provided with the handle is rotated to rotate the gear attached to the roller. The convenience was added by winding the seedlings wound on the rollers to the farming ropes, but it was accompanied by the hassle of dismantling and combining the half arc-shaped straits.

As another technique, the seedling social winding machine of seaweed such as Korean Patent Application Publication No. 10-2005-0063813 has a means in which a rotary winding part is embedded and supported by a circular winding part support part on a base on which a rotational power generating means is provided, and a circular winding part. In the center, the guide hole for passing the farming rope in the center and the seedling yarn are supported at a point away from the center of rotation of the guide rope is provided integrally, and the bobbin wound by the seedling yarn is fitted with a proper friction state to the pipe through which the rope passes. As the tube rotates, the bobbin rotates around the rope so that the seedling thread is rotated around the rope. The bobbin rotates around the rope while the bobbin rotates.

 In this way, when hundreds of meters of farmed ropes pass through the central bobbin tube and the bobbin is replaced during the work where the nursery is in circulation, the ropes must be disconnected or the bobbin is wound with the rope inserted to wind the seedlings. The work must be delayed or inconvenient, which involves binding broken ropes.

In addition, the device is disclosed to form the tension of seedlings in the state that the bobbin is rotated in a suitable friction state, but if the friction is severe, the bobbin will rotate at the same speed as the tube, if the friction is weak than the rotational speed of the tube It is expected to rotate slowly, but the expected effect of imparting tension on seedlings due to the change in the rotational speed of bobbin is insignificant, and it is difficult to achieve the effect of tightly binding seedlings, and there is no separate friction control means.

In the seaweed seedling winding machine disclosed in Korean Patent Registration No. 10-0916862, in addition to the source technology, the on-off function is easily added by the addition of the height adjusting leg and the scaffolding operation switch, the speed adjusting function of the driving motor, and the bearing of the winding part. Although an improved apparatus for preventing corrosion is disclosed by the installation of ariden, the technical problem pointed out in the above-mentioned publication No. 10-2005-0063813 is still a problem to be improved.

For reference, in recent years, seedlings with seaweed spores are wound on a farming rope to form two to three strands of seedlings grown to a size of 15 to 20 cm in seedlings, and the roots are twisted into three strands. The method of binding the seedling line, which is woven by repetition, to the form rope of 200m unit, is required for pretreatment process, but the pretreatment process is much higher than that of sprinkling seedlings attached to the form rope. It is preferable to grow young seedlings by binding them to a farming rope, but for the sake of aging perch, this method must be improved.

The present invention is to solve the above problems, an object of the present invention, instead of binding the seedlings seedlings seaweed spores such as wakame seaweed, seaweed, 톳 attached to the culture rope, seedlings 2 to 3 of the size of 10-15 cm In order to provide a device for binding the strands to the farming rope, the process of binding the seedlings of 2-3 strands in advance with a thin cotton thread and the process of re-weaving the seedlings stranded between the three strands by omitting the binder of the seedling by two or three strands directly to form the rope provides a device for binding with a string, there is provided a seedling seaweed form rope coupling apparatus so as to drastically reduce the labor cost and working hours.

Another purpose is to provide a means for adjusting the tension of the binding straps by providing a means for adjusting the tension of the binding straps, even if the bobbin-wound bobbin for binding the seedlings revolves in a longitudinal direction around the culture rope guide pipe through which the production rope passes. Means for arbitrarily changing the tension is provided to provide a seaweed seedling culture rope binding device to facilitate the binding operation.

 Another object of the invention is to be compatible form rope work binary temporary grip (把持) with different thickness form rope or or partially knot with the connection operation of the addition of a variable form rope passing unit added to form a rope guide pipe outlet To provide a seaweed seedling culture rope binding device.

In the configuration of the present invention for achieving the above object, the lower storage frame 12, which is supported by the work legs (11) to which the moving wheels (11a; 11b) is attached, and the drive motor (13) mounted on one side of the lower storage frame. ), A workbench 10 installed on the workbench upper side, a control box 14 installed on the workbench foot lower part of the workbench, a farming rope guide pipe 30 through which the farming rope R is passed, and a drive pulley of the driving motor ( 13) and the V-belt (17) fastened between the driven pulley (16) installed to rotate along the outer diameter of the form rope guide pipe, the bobbin (40) wound around the binder string (B), seaweeds that guide the binder string to a predetermined position In the seedling culture rope binding device,

The inner surface of the workbench 10 has a polygonal opening 10a protected by a molding 10b on its inner surface, and a pipe clamp 32 has a predetermined length of form rope guide pipe at two points in the longitudinal middle of the workbench. 30) The middle and end outer diameters are fixed to a certain height by a pipe bracket heel 33, and the other end of the culture rope guide pipe 30 is located near the boundary with the bottleneck opening, and outside the culture rope inlet of the culture rope guide pipe installed. In the neck part, the rope friction prevention cap 31 having the same inner diameter as the form rope guide pipe chamfered with the inner circumferential force is assembled, and the form rope guide pipe installed in the pipe clamp 32 adjacent to the opening 10a ( 30) The inner ring socket 42c of the ball bearing unit 42 is fixed to the outer diameter part, and the arm of the driven fleece 16 with the driven pulley boss center shaft diameter 16b larger than the outer diameter of the form rope guide pipe is rounded with a socket. Inner ring socket fixing bolt 18a by inserting a round flanged bearing unit 18 with a socket into the outer diameter portion of the form rope guide pipe 30 spaced apart from the bearing unit 42 by bolting the flange bearing units 18 to each other. And the end of the two support frames 43 each welded to the outer diameter portion of the installed bearing unit 42 and the flange outer diameter portion of the round flanged bearing unit 18 with a socket. Bending in between the upper and the oblique direction of the upper layer through the welding in one horizontal position, and the bobbin bed 41 is provided with a bobbin loosening control unit 41U adjacent to the bearing unit 42 adjacent to the support frame 43, Between the support frame 43, one side of the driven pulley 16, penetrates the middle of the arm and is mounted on the end of the support frame 43, the installation guide rope 44 to the end of the body form rope guide pipe fixed end, Inside attached strap The inner diameter of the inner pipe, the inner rim rim chamfered by the inner rope, the inner diameter of the twine friction prevention cap 45 of the inner diameter such as the guide pipe, and the hub flange of the round flange type bearing unit 18 with a socket Attach the bolt tension adjusting unit (BU) to the guide pipe 44 at the diameter, and assemble the variable form rope passing unit (RU) to the inner diameter of the distal end of the form rope guide pipe 30 located at the opening. On the bottom of the control box 14 rear lower storage frame 12, a bobbin reel unit 50U is installed on the V-belt 17 fastening line.

The seaweed seedling cultured rope binding device of the present invention as described above omits the step of binding the seedlings of two to three strands in advance with a thin cotton thread, and the step of weaving the seedlings stranded between the three strands again, It is a device that binds 2 ~ 3 strands of seedlings directly to aquaculture ropes with tie strings. It is characterized by drastically reducing labor cost and working time.

Further, the bobbin bed 41 installed on the support frame 43 assembled on the ball bearing unit 42 and the round flanged bearing unit 18 with the socket, and the guide rope guide mounted on the distal end of the support frame 44 Stable and closely contacted from the culture rope guide pipe 30, such as the pipe 44, while turning the body spaced a predetermined distance from around the variable culture rope passage unit (RU) assembled at the distal end of the culture rope guide pipe 30, As a device for binding the tie rope to the culture rope (R), it was stable without generating vibration elements due to eccentricity without requiring high speed.

In addition, it is possible to adjust the tension of the binder strap tension unit to adjust the tension of the strap, and to adjust the tension to the bobbin string supplied to the bobbin loosening control unit, and to conveniently adjust the binding tension, by a variable form rope passing unit It is possible to adopt a knotted or a variety of ropes of various thicknesses, and it is possible to provide a seaweed seedlings type rope binding device with excellent binding state because the rope is gripped during binding.

 In addition, by providing a bobbin reel unit for winding the binding rope to the empty bobbin by using its own power according to the present invention, it was easy to prepare the seaweed seedling culture rope binding work.

In order to achieve the above object, it will be described below one embodiment of the present invention by the accompanying drawings.

1 is a perspective view of a state of use of the present invention, Figure 2 is as shown in the front view of the present invention,

Seaweed seedling culture rope binding apparatus according to the present invention is the lower storage frame 12, which is supported by the work legs 11 attached to the moving wheels (11a; 11b), and the drive motor 13 mounted on one side of the lower storage frame and , The worktable 10 installed on the workbench upper side, the control box 14 installed on the workbench lower workbench, the form rope guide pipe 30 through which the form rope R is passed, and the drive pulley 13 of the driving motor. And the V-belt 17 fastened between the driven pulleys 16 installed to rotate along the outer diameter portion of the culture rope guide pipe, the bobbin 40 wound around the bind string B, and the seaweed seedling form where the bind string is guided to a predetermined position. In the rope binding device,

The inner surface of the workbench 10 has a polygonal opening 10a protected by a molding 10b on its inner surface, and a pipe clamp 32 has a predetermined length of form rope guide pipe at two points in the longitudinal middle of the workbench. 30) The middle and end outer diameters are fixed to a certain height by a pipe bracket heel 33, and the other end of the culture rope guide pipe 30 is located near the boundary with the bottleneck opening, and outside the culture rope inlet of the culture rope guide pipe installed. In the neck part, the rope friction prevention cap 31 having the same inner diameter as the form rope guide pipe chamfered with the inner circumferential force is assembled, and the form rope guide pipe installed in the pipe clamp 32 adjacent to the opening 10a ( 30) The inner ring socket 42c of the ball bearing unit 42 for bed mounting is fixed to the outer diameter portion, and the small size is used on the arm of the driven pulley 16 where the driven pulley boss center shaft diameter 16b is made larger than the outer diameter of the form rope guide pipe. Inner ring socket fixing bolts by inserting a round flanged bearing unit 18 with a socket to the outer diameter of the form rope guide pipe 30 spaced apart from the ball bearing unit 42 by assembling the round flanged bearing unit 18 with each other. The end portions of the two support frames 43 fixed at 18a and welded to the outer diameter portion of the installed bearing unit 42 and the flange outer diameter portion of the round flanged bearing unit 18 with sockets are driven. attaching the bearing unit 42, the bobbin bed 41 adjacent portion is provided with a bobbin unwinding control unit (41U) of to via through arms a certain bending in the upper oblique direction and welded together in a horizontal position, provided the support frame 43, and In the middle of the arm between one side of the driven pulley 16 between the support frame 43 and the end of the support frame 43, fixed rope guide pipe 44 is installed close to the end of the fixed form guide rope guide pipe , Attach The end diameter of the twisted string guide pipe is fitted with a biased friction prevention cap 45, the inner diameter, such as the twisted string guide pipe chamfered inner rim, the hub of the round flange-type bearing unit 18 with a socket A bolt strap adjusting unit (BU) is bolted to the diameter of the guide rope guide pipe (44), and a variable form rope passing unit (RU) is attached to the inner end of the form rope guide pipe (30) located in the opening. Bolt assembly, the bobbin reel unit (50U) is installed on the V-belt (17) fastening line in the bottom of the lower storage frame (12) behind the control box (14).

Detailed configuration means of the present invention configured as described above will be described in detail by the accompanying drawings as follows.

Figure 3 is a longitudinal cross-sectional view of the main part according to the present invention, Figure 4 is an exploded perspective view of the variable form rope passing unit according to the present invention.

As shown, one end and the middle outer diameter of the pipe to which the seedling rope (R) is introduced at half the length of the form rope guide pipe 30 of the predetermined length according to the present invention as a pipe gutter 33 on the work table 10. The fixed body is fixed to a certain height, and the other end of the form farm is drawn out is a variable form rope passing unit (RU) is assembled to the bolt 47a.

As shown in FIG. 4, the variable form rope passage unit RU has a split planar fixing hub 47 in which a form hole guide pipe 30 is formed in a boss, and a disk bracket which is a bolt assembly part is integrally formed. Apart form the rope guide pipe 30, the recessed portion (46b) on the split boss outer edge portion within a diameter lower boss and the disk bracket shaft hole formed more evenly split into three split flange 46 is formed in a ring spring (48 ) Is installed, the long disk 46a is provided in the divided disc bracket, and the bolt 47c is assembled to the split flange long hole 46a to be assembled with the butterfly nut 47b.

On the other hand, Figure 5 is as shown in the disassembled assembled perspective view of the driven pulley and the binder strap tension unit according to the present invention, the binder strap tension control unit (BU) is

'인 바인다끈안내브라켓트(19) 수평면에 고정설치되는 바인다끈장력조절원판축(20d)에는 상하로 바인다끈장력조절스프링(20a)을 끼워 상호 대향된 2장의 접시형 바인다끈장력조절원판(20)을 밀착시키고, 바인다끈장력조절원판축상부의 바인다끈장력조절스프링(20a)에는 평와셔(20b)를 끼워 나비너트(20c)를 나사조립하며, 설치된 바인다끈장력조절원판(20) 높이의 바인다끈안내브라켓트(19)의 상측 절곡편에는 바인다끈이 마찰없이 도입되도록 나팔형상으로 구멍가공된 바인다끈안내캡볼트(19a)을 관통시켜 캡너트(19b)로 조립한 것이다.Side shape '

'In-line strap guide bracket (19) is fixed to the horizontal strap tension adjusting disc shaft (20d) is inserted into the vertical strap tension adjustment spring (20a) up and down two plate-type binder strap tension control disc (20) ) Tightly, and tightens the butterfly nut (20c) by inserting a flat washer (20b) to the binder string tension adjustment spring (20a) of the upper part of the tension strap tension control disc shaft, the installed height of the tension strap tension control disc (20) The upper bent piece of the binder strap guide bracket 19 is assembled into a cap nut 19b by penetrating the binder strap guide cap bolt 19a which is bored in a trumpet shape so that the binder strap is introduced without friction.

Installation of the binder strap tension control unit (BU) made as described above bends the lower side of the binder strap guide bracket 19 when assembling the hub outer edge of the round flanged bearing unit 18 with a socket on the arm of the driven pulley 16 The tip of the tip forms an arc shape in close contact with the outer circumference of the round flanged bearing unit 18 with a socket, and the installation height of the binder strap tension control disk 20 is a through-assembled bar on the driven fleece 16 arm. String guide pipe 44 is preferably formed at the installation height.

6 is an exploded perspective view of the bobbin loosening control unit according to the present invention, wherein the bobbin loosening control unit 41U is wound on the bobbin shaft 41a assembled on the bobbin bed 41 with the bobbin wound around the bobbin 40. The thrust bearing 40b is arranged up and down, and the bolt 40e and the butterfly nut 40f are assembled on the bobbin tension control spring 40c provided with the flat washer 40d up and down at the upper end of the bobbin shaft. .

'인 보빈감개(50) 최하단부를 보빈감개힌지볼트(52)를 관통해 평와셔(52a),너트(52b)로 힌지조립하고, 보빈감개힌지볼트(52)위로는 R핀(52d)이 체결되는 고정핀(52c)을 구비하며, 수평조립된 보빈감개축(50a)단부에도 R핀(50b)를 체결한 것이다. In addition, Figure 7 is an exploded assembly perspective view of the bobbin reel winding the bobbin string in accordance with the present invention, the bobbin reel unit 50U is two bobbin reel hinge piece 51 fixedly installed on the lower storage frame 12 ) On side

The bottom end of the bobbin bobbin (50) penetrates the bobbin bobbin hinge bolt (52) and hinges with a flat washer (52a) and a nut (52b), and the R pin (52d) is fastened onto the bobbin bobbin hinge bolt (52). It is provided with a fixing pin (52c), and the R pin (50b) is also fastened to the end of the bobbin bobbin shaft (50a) horizontally assembled.

8 is a bobbin bobbin unit using the v-belt rotational power of the present invention reference state, the bobbin bobbin unit (50U) is usually inserted into the fixing pin (52c) on the lower storage frame 12 R pin (52d) In order to prevent the deviation from the bobbin reel hinge piece 51 in the vertical state, but when the bobbin strap is wound on the bobbin, put the bobbin on the bobbin reel shaft 50a and insert the flat washer 50c to prevent friction and prevent the separation. In order to fasten the R pin (50b), tie the binder string to the empty bobbin shaft, and then pull out the fixing pin (52c) fastened to the bobbin bobbin hinge piece 51 and hold the bobbin bobbin (50) with one hand to rotate the bobbin shaft The bobbin shaft is rotated while rubbing against the v-belt surface, while the other hand is held on the bobbin string to be evenly wound on the bobbin shaft to the left and right of the bobbin shaft. To work.

Looking at the detailed effect of the present invention configured as described above are as follows.

Work progress according to the present invention is the same as the form rope guide pipe chamfered in the inner peripheral edge when passing through the form rope (R) through the form rope guide pipe 30 fixed on the work table 10 and the opening (10a) By the rope friction prevention cap 31 having an inner diameter, the form-type rope passing unit assembled to the form-rope guide pipe end on the opening to form a form rope which is bent from the ground to the upper surface of the workbench in the process of winding the strap RU) is to reduce the withdrawal and friction more smoothly when withdrawing by hand.

The above-mentioned variable form rope passing unit (RU) temporarily grasps the form rope (R) drawn out through the form rope guide pipe (30), or is partially formed by a form rope of various thicknesses or a connecting operation. It also works to make the thick rope work compatible.

In detail, the basic thickness and length of the culture rope (R) used in the seaweed seedling culture rope binding device are usually constant, but the knot becomes thicker in the process of partially disconnecting and connecting by reuse, so that the culture rope guide pipe ( In consideration of the knot thickness and the inner diameter of 30), the form rope guide pipe of 38 to 46 mm should be used even if a form rope having a diameter of 30 mm is used.

As such, when using the culture rope guide pipe 30 having a larger diameter than the culture rope, the binder string B supplied from the bobbin 40 on the bobbin bed 41 is drawn out to the end of the culture rope guide pipe 30. In the process of binding while being turned away from the farming rope (R) by a certain distance, the farming rope (R) is not fixed and flows from side to side, so that the seaweed seedlings (P) cannot be stably bound and loosely bound. The work is delayed by repeating the binding in turn, which is not good for the additional consumption of tie strings, growth and seedling of seedlings.

Accordingly, in the present invention, even if the inner diameter of the culture rope guide pipe 30 is looser than the thickness of the culture rope, the variable culture rope passing unit (RU) is installed in the final lead-out portion at the end of the culture rope guide pipe (30) This is an important function to temporarily hold the culture rope (R), or to pass the culture rope of various thickness, or partially thickened by the connecting operation.

In detail, assembling the split flange fixing hub 47 having the fitting hole formed in the boss at the outer diameter of the end of the form rope guide pipe 30 and the disc bracket as the bolt assembly part with the bolt 47a, Split flange assembled with a butterfly nut 47b by inserting a bolt 47c through a long hole 46a provided in a disc bracket 46 of a split flange 46 divided into three with a boss having a smaller axial hole than an inner diameter of the guide pipe 30. In the boss shaft hole (46), the form rope guide pipe (30) is stably gripped by a ring spring (48) wound around the boss outer periphery (46b), and a thick form rope (R) is caused by the knot. In the case of passing through), it is preferable to determine the maximum relaxation stretching interval of the long hole 46a according to the expansion and contraction of the boss shaft hole of the split flange 46 by the expansion and contraction of the ring spring 48.

On the other hand, if the bobbin 40 for supplying the binding rope (B) for binding the outer periphery of the culture rope (R) is not maintained in the appropriate tension state on the bobbin shaft (41a) installed on the bobbin bed 41 while the binding rope is released It is not possible to bind seaweed seedlings tightly by using a tie string, and when the tie string is supplied slowly with severe tension, the seedling stem may be injured by the tie string.

Therefore, in the present invention, the thrust bearing is vertically wound on the bobbin shaft 41a installed on the bobbin bed 41 by the bobbin loosening control unit 41U to adjust the tension of the binder string. The bobbin shaft 41a is built up by screwing 40b and screwing the bolt 40e and the butterfly nut 40f on the bobbin tension control spring 40c having the flat washer 40d up and down on the upper end of the bobbin shaft. By adjusting the tension of the bobbin tension control spring 40c by adjusting the butterfly nut 40f assembled on the upper part, friction force is added to the bobbin 40 between the upper and lower thrust bearings 40b and the loosening speed of the bobbin is increased. It is to make the first adjustment.

On the other hand, when the binder string (B), which is loosely supplied from the bobbin (40), is guided to the binder string guide pipe (44) installed at a certain height through the arm of the driven pulley (16), the point of loosening to the bobbin width is changed. In the case of the bobbin string guide pipe 44 installed at the middle height of the bobbin width, the frictional force due to the bending does not work. However, when supplied from the edge position of the bobbin width, the frictional force acts on the binder string to smoothly supply the binder string. It may also be worn out.

Therefore, in the present invention, the binder rope guide pipe 44 is installed on the arm of the bobbin width of the height of the medium height of the bobbin width, but the binder rope tension control unit (BU) to adjust the tension of the rope strap with the socket It is characterized in that the installation on the round flanged bearing unit (18a), the operation of the same in detail through the attached drawings 3 and 5 as follows.

'인 바인다끈안내브라켓트(19)으로 하측 절곡편의 끝단은 호(弧)형상을 이루게 함으로서, 소켓붙이둥근플랜지형베어링유닛(18)의 외주연에 밀착시킨체 유동되지 않도록 하며,이의 조립도 피동플리보스(16a)에 소켓붙이둥근플랜지형베어링유닛(18)을 조립시키는 볼트(18a)와 너트(18b)로 조립하도록 하는 것으로 부착이 간편하도록 한다. Binding tension tension unit (BU) has a side shape

The end of the lower bent piece with the in-line strap guide bracket (19) forms an arc shape, so that it does not flow in close contact with the outer circumference of the round flanged bearing unit (18) with socket, and its assembly is also driven. It is easy to attach by assembling the bolt (18a) and the nut (18b) for assembling the round flanged bearing unit (18) with the plybos (16a).

On the other hand, the binder strap guide bracket (19) is fixed to the horizontal strap tension adjusting disc shaft (20d) is inserted into the vertical strap tension adjustment spring (20a) up and down two plate-type binder strap tension adjustment disc (20) The tension between the tensioner tension adjustment disc 20a on the upper part of the tensioner tension tensioning disk 20a is adjusted by adjusting the butterfly nut 20c between the biaser tension tensioner disk 20 between It is to be able to adjust the tension of the binder string (B).

In addition, the upper bending portion of the binder strap guide bracket 19 of the binder strap tension control plate 20 through the binder strap guide cap bolt 19a to assemble the cap nut (19b), the binder strap without friction It is characterized by being drilled in the shape of a trumpet to be introduced, and the action of reducing the frictional force even when the binder cord supplied from the edge position of the bobbin width is introduced at a bending angle, and precisely binds the binder cord between the binder strap tension control disc 20. To guide.

The present invention as described above guides the culture rope on the opening (10a) while drawing out the culture rope (R) by hand through the culture rope guide pipe 30 fixed to the work table 10 and the groove portion (10a) of the work target The fixed rope is fixed by the ball bearing 42a embedded between the inner ring socket 42c and the outer ring case 42b of the ball bearing unit 42 fixed to the outer diameter socket 4242 by the inner ring socket fixing bolt 42d. The outer ring case 42d is pivoted on the outer circumference of the guide pipe 30, and the inner rope guide fixing bolt 18d of the inner ring socket 18c is fixed to form the inner rope guide pipe 30 at the outer circumference. The round flanged bearing unit 18 with the socket assembled to the outer diameter portion is pivoted.

As described above, between the ball bearing unit 42 and the socketed round flange-type bearing unit 18 pivoted around the outer periphery of the form rope guide pipe 30 fixed to the worktable 10 and the recess 10a of the object to be worked. A bobbin bed 41 installed on the support frame 43 which is integrally assembled; The driven pulley 16 bolted to the round flanged bearing unit 18 with a socket is driven from the driven pulley 15 in a state where the driven pulley boss center shaft diameter 16b is processed larger than the outer diameter of the form rope guide pipe 30. Assembled on the ball bearing unit 42 and the round flanged bearing unit 18 with sockets irrespective of the fixed form rope guide pipe 30 when the driven pulley 16 driven by the powered V-belt 17 is rotated. The bobbin bed 41 installed on the support frame 43 and the binder string guide pipe 44 mounted on the distal end of the support frame 44 pass through a variable form rope assembly assembled to the distal end of the form rope guide pipe 30. While binding a predetermined distance away from the periphery of the unit (RU), the binding rope is bound to the form rope (R).

As described above, in the present invention, seaweed seedlings (P) grown to a size of 15 to 20 cm are put in 2-3 strands, and the root stem portion is bound to the outer diameter portion of the culture rope (R) at a predetermined interval by a certain interval. It is a very useful invention as a device.

1 is a perspective view of a state of use of the present invention

2 is a front view of the present invention

Figure 3 is a longitudinal cross-sectional view of the main part according to the present invention

Figure 4 is an exploded perspective view of the variable form rope passing unit according to the present invention

5 is an exploded perspective view of the driven pulley and the rope strap tension unit according to the present invention

Figure 6 is an exploded perspective view of the bobbin loosening control unit according to the present invention

Figure 7 is an exploded assembly perspective view of the bobbin reel winding unit bobbin string in accordance with the present invention

8 is a reference diagram of the bobbin reel unit using the V-belt rotational power of the present invention

※ Explanation of code for main part of drawing

P: Seedling B: Binder rope

BU: Vine string tension adjusting unit

R: Western-style rope RU: Variable-type rope passing unit

10: worktable 10a: opening

10b: Molding

11: work bench 11a; 11b: drive wheel

12: Lower storage frame 13: Drive motor

14: control box 15: Wondongli

16: Passive flip 16a: Passive flip boss

16b: Passive Fly Boss Center Construction

17: V belt

18: Round Flanged Bearing Unit With Socket

18c: Inner ring socket 18d; 42d: Inner ring socket fixing bolt

18a; 46b; 47a; 47c: bolt 18b; 19b; 40e; 52b: nut

19: binding strap tension bracket

19a: Binding strap guide cap

20: binding strap tension adjustment disc 20a: binding strap tension spring

20b; 40d; 50c; 52a: flat washer 20c; 40f; 47b: butter nut

20d: binder string tension adjustment disc shaft

30: form rope guide pipe 31: form rope friction prevention cap

32: Pipe clamp 33: Pipe rough heel

40: bobbin 40b: thrust bearing

40c: bobbin tension adjusting spring

41: bobbin bed 41U: bobbin loosening control unit

41a: bobbin shaft

42: ball bearing unit 42a: ball bearing

42b: Outer ring case 42c: Inner ring socket

42e: inner diameter key

42f: outer diameter key

43: support frame 44: tie string guide pipe

45: bind string friction prevention cap 46: split flange

46a: long hole 46b: groove part

47: Split flange fixed hub 48: Ring spring

50U: bobbin reel unit 50: bobbin reel

51: bobbin-ream hinge 50a: bobbin-ream 50b; 52d: R pin 52c: fixing pin

Claims (6)

A lower storage frame 12 supported by the work legs 11 to which the moving wheels 11a and 11b are attached, a drive motor 13 mounted on one side of the lower storage frame, a work table 10 installed above the work legs, and , The control box 14 installed on the workbench lower workbench, the form rope guide pipe 30 through which the form rope R passes, the drive pulley 13 of the drive motor and the form rope guide pipe rotated along the outer diameter part. In the V-belt 17 fastened between the driven pulleys 16, the bobbin 40 wound around the binder string B, and the seaweed seedling-style rope binding device in which the binder string is guided to a predetermined position, The inner surface of the workbench 10 has a polygonal opening 10a protected by a molding 10b on its inner surface, and a pipe clamp 32 has a predetermined length of form rope guide pipe at two points in the longitudinal middle of the workbench. 30) The middle and end outer diameters are fixed to a certain height by a pipe bracket heel 33, and the other end of the culture rope guide pipe 30 is located near the boundary with the bottleneck opening, and outside the culture rope inlet of the culture rope guide pipe installed. In the neck part, the rope friction prevention cap 31 having the same inner diameter as the form rope guide pipe chamfered with the inner circumferential force is assembled, and the form rope guide pipe installed in the pipe clamp 32 adjacent to the opening 10a ( 30) The inner ring socket 42c of the ball bearing unit 42 is fixed to the outer diameter part, and the arm of the driven fleece 16 with the driven pulley boss center shaft diameter 16b larger than the outer diameter of the form rope guide pipe is rounded with a socket. Inner ring socket fixing bolts are fitted with socket-shaped round flanged bearing units 18 fitted to outer diameter portions of the form-rope guide pipe 30 spaced apart from the bearing unit 42 by bolting the flange bearing units 18 to each other. 18A) and the end portions of the two support frames 43 welded to the outer diameter of the installed ball bearing unit 42 and the flange outer diameter of the round flanged bearing unit 18 with sockets, respectively. Bending in between the upper and the oblique direction of the upper layer through the welding in one horizontal position, and the bobbin bed 41 is provided with a bobbin loosening control unit 41U adjacent to the bearing unit 42 adjacent to the support frame 43, Between the support frame 43, one side of the driven pulley 16, penetrates the middle of the arm and is mounted on the end of the support frame 43, the installation guide rope 44 to the end of the body form rope guide pipe fixed end, Attached rope The inner diameter of the guide pipe is clamped by the inner rope rim chamfered twine string guide pipe, the inner diameter of the twine friction prevention cap (45), and the outer edge of the hub of the flange-shaped flange bearing unit (18) Attach the bolt tension adjusting unit (BU) to the guide pipe 44 at the diameter, and assemble the variable form rope passing unit (RU) to the inner diameter of the distal end of the form rope guide pipe 30 located at the opening. , Bobbin reel unit (50U) is installed on the V-belt (17) fastening line on the bottom of the rear lower storage frame (12), characterized in that the seaweed seedling culture rope binding device. The variable form rope passing unit (RU) according to claim 1 is formed separately from the split flange fixing hub (47) in which the form-rope guide pipe (30) fitting hole is formed in the boss and the disc bracket which is a bolt assembly part is integrally formed. A groove 46b is formed on the divided boss outer periphery of the split flange 46 in which the axial hole smaller than the guide pipe 30 and the disc bracket are equally divided into three sides, and a ring spring 48 is installed. , A long plate 46a is provided in the divided disc bracket, and the split flange long hole 46a is fitted with a bolt 47c and assembled into a butterfly nut 47b. The method according to claim 1, wherein the binder string tension control unit BU has a side shape '

'In-line strap guide bracket (19) is fixed to the horizontal strap tension adjusting disc shaft (20d) is inserted into the vertical strap tension adjustment spring (20a) up and down two plate-type binder strap tension control disc (20) ) Tightly, and tightens the butterfly nut (20c) by inserting a flat washer (20b) to the binder string tension adjustment spring (20a) of the upper part of the tension strap tension control disc shaft, the installed height of the tension strap tension control disc (20) Seaweed seedlings characterized by being assembled into a cap nut (19b) by penetrating through the binder strap guide cap bolt (19a) holed in the shape of a trumpet to be introduced without friction to the upper bending piece of the binder strap guide bracket (19) Farming rope binding device. The bobbin loosening control unit (41U) is configured to accumulate a thrust bearing (40b) above and below the bobbin (40) wound on the bobbin shaft (41a) assembled on the bobbin bed (41). Seaweed seedling culture rope binding device characterized in that the upper and lower bobbin screw assembly on the bobbin tension control spring (40c) having a flat washer (40d) up and down with a bolt (40e) and a butterfly nut (40f). The bobbin reel unit (50U) has a side shape on two bobbin reel hinge pieces (51) fixed on the lower storage frame (12).

The bottom end of the bobbin bobbin (50) penetrates the bobbin bobbin hinge bolt (52) and hinges with a flat washer (52a) and a nut (52b), and the R pin (52d) is fastened onto the bobbin bobbin hinge bolt (52). It is provided with a fixed pin (52c), seaweed seedling culture rope binding device, characterized in that the R pin (50b) is also fastened to the end of the horizontal assembled bobbin bobbin shaft (50a). The method of claim 3, wherein the installation of the binder strap tension control unit (BU) is provided when the hub outer edge of the round flanged bearing unit (18) with a socket on the driven pulley (16) is bolted together. The end of the lower bent piece forms an arc shape in close contact with the outer circumference of the round flanged bearing unit 18 with a socket, and the installation height of the binder strap tension control plate 20 is assembled through the arm of the driven fleece 16. Seaweed seedling cultured rope binding device, characterized in that formed by the installation height of the rope rope guide pipe (44).

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