KR20010016402A - a laver bend braiding machine structure - Google Patents

Abstract

PURPOSE: Provided is a braider structure of a laver net having reduced working hours and improved workability. CONSTITUTION: The braider is comprised of: a step board(3) laid a bobbin frame(1), a notifying roller(4) of swapping time being the bobbin and a rod(5) fixing a weft; a decelerating motor1(9) set on a lower frame; three front rollers(16) set on an upper frame; a female clip feeding machine(7) and a male clip feeding machine(8) set on the upper of the frame; shoots(31) formed between an upper conveyer(11) and a lower conveyer(12); a high-frequency welding device(10) set on the upper of the upper conveyer(11); a vertical weft auto-feeding machine(13) and a guide roller(18) formed in front of the high-frequency welding device; a decelerating motor(9') set on the lower part of a back roller frame(17') and a weft auto-assembling board(15); three back rollers(17) set on the upper of the back roller frame and the weft auto-assembling board; a vibration isolation case(21) set on the upper of the female and male clip feeding machine(7,8) and the back roller frame(17'); a guide roller(18') set on a side of the back roller(17); and a two-stage roller(19) set on the upper of the guide roller(18) and a storage box(53) set on the lower part of the guide roller(18).

Description

A laver bend braiding machine structure}

The present invention relates to a braiding structure of a Haitai network. Haitai network is a net for farming algae such as Ecklonia cava, Cheongtae, and Haitai. In the past, it has been determined by hand-weaving or by knotting with a semi-manual braid.

As shown in Fig. 11, a typical Haitai net is determined by longitudinal longitudinal strings and longitudinal longitudinal strings. The string 14 is 45 to 100 m in length, 1.85 to 2 m in length, and the number of strands is 28. It reaches ~ 45 lines. On the other hand, the length of the vertical seed line (14 ') is 60 to 100 strands are determined to be 0.7 to 1m wide.

In order to weave one Haitai net, it has been difficult for 4-5 people to braid one per day by hand.

In order to perform the above-described series of operations, as shown in FIG. 11 (ii), the left and right shoulder cords 22 having a sturdy rope length of 45 to 100 m on the left and right sides have a vertical reference line 23 having a length of 1.85 to 2 m in a predetermined width. Fixed body, 60 ~ 100 ㎝ spacing vertical string (14 ') to weave knots by hand knots or awls, so much space and workability was not improved.

There are many looms that supply line, line, or vertical seeds in order to improve such process, in particular, to improve indoor work by utilizing space.However, weaving lines and strings of Haitai Net are operated by workers as before. It is still difficult to expect productivity gains by knotting each other.

In the present invention, in view of the above, the left and right shoulder line 22 and the vertical reference line 23 and the seed line 14 and the vertical seed line 14 'is the same, but the knot by conventional manual work Proposal for the braid structure of the Haitai network, which was made by the knot method of the seed line 14 and the vertical line 14 'to improve the workability by high frequency welding binding by the clip 100 according to the present invention. to be.

For such a semi-manual braiding machine, the strings 14 'are automatically introduced into the strings 14' at intervals of 6.7 cm, and the strings 14 'are automatically inserted at intervals of 60 to 100 cm. It is intended to increase the efficiency of the work to the maximum by introducing a method that automatically inserts and performs the process of welding braiding at a time with a high frequency welding machine.

1 is a side view showing the overall process of the present invention

2 is a plan view of FIG. 1

3 is a partial plan view of the conveyor of the present invention

Figure 4 is a partial cross-sectional view of Figure 3

Figure 5 (i) is a reference diagram showing that the male clip is supplied to the conveyor through a shoot (shoot), (ii) is a reference diagram showing that the female clip is supplied to the conveyor through a shoot (shoot).

Figure 6 is a reference perspective view of a vertical seed file automatic feeder according to the present invention

Figure 7 is a reference diagram showing the operation of the seed pin to the main part of FIG.

Figure 8 is a reference diagram of the net state of the vertical string using the editing forceps in accordance with the present invention

Figure 9 is a reference diagram of the determination state of the vertical string by the hydraulic cylinder according to the present invention

10 is a reference perspective view and reference state of use of the male male clip according to the present invention

Figure 11 (iii) is a state diagram of the conventional Haitai network, (ii) is a state diagram of the Haitai network according to the present invention

※ Explanation of code for main part of drawing

1: bobbin frame 2: bobbin

3: tread 4: bobbin replacement

5: seed line fixation rod 6: seed line position fixation rod

7: Female clip feeder 8: Male clip feeder

9: Reduction Motor 1 9 ': Reduction Motor 2

10: high frequency welding machine 11: upper conveyor

12: lower conveyor 13: vertical seed feeding machine

14: line 14 ': long string

15: line automatic assembly stand

16: Front roller 16 ': Front roller frame

17: Rear roller 17 ': Rear roller frame

18; 18 ': Guide roller 19: Two speed roller

20: completed maritime network 21: dustproof case

22: left and right shoulder line 23: vertical reference line

24: Chain Sprocket 25: Chain with Attachment

26: conveyor support 27: conveyor flat

28: Female clip 29: Male clip

30: Clip pocket 30 ': Tension ball

31: shoot 31 ': Pan spring

31 ": Air injection hole

32: vertical string bobbin 32 ': contact sensor plate

33: Vertical string bobbin frame

34: Line tension roller 34 ': Tension roller guide

35: String tongs 35 ': Tongs section

35 ": Cutter part 36: Guide rod

37: Screw 38: Reverse rotation gear box

39: Tongs feed motor 40: Drive pulley

41: Wondong full 42: V belt

43; 43 ': row clip holder 44: screw stopper contact terminal

45: clamping rod 46: clamping spring

47: right turn gear 48: left turn gear

49: middle gear 50: editor

50 ': Editor's springs 51: Hydraulic cylinder

52: pliers clamp 53: storage box

54: Reverse Gearbox 55: Right Turn Gear

56: left turn gear 57: rope guide

100: welded female clip (hereinafter referred to as 'clip')

101: clip projection jaw 102: clip groove

103; 103 ': row groove

200: Knot part

In view of the above points, in detail with reference to the preferred embodiment of the present invention by the accompanying drawings, Figure 1 is a side view showing the overall process of the present invention, Figure 2 is a plan view of Figure 1, from the left side of the drawing In order to arrange the bobbin frame (1), the bobbin replacement timing notification roller (4) and the seedling fixing rod (5) on the tread plate (3) and the lower frame the reduction motor 1 (9) on the upper frame three sets of front rollers A female clip feeder (7) and a male clip feeder (8) are mounted on the upper part of the frame, and the chute (31) is formed between the upper and lower conveyors (11) and the lower conveyor (12). And, in the front end of the high frequency welding machine 10 disposed on the upper conveyor 11, the vertical seed line automatic feeder 13 and guide rollers 18 are formed, followed by the seed line automatic assembly stand 15 and the rear roller. At the bottom of the frame 17 ', there are three sets of rear rollers 17 at the reduction motor 9' and at the top. And, the upper part of the female clip feeder (7; 8) and the rear roller frame (17 ') is provided with a dustproof case 21, the guide roller (18') is disposed on the side end of the rear roller (17) After that, the two-stage roller 19 and the storage box 53 is disposed on the bottom of the upper side.

Supplementary understanding and operation of the detailed configuration of the present invention arranged as described above will be described in detail in the following drawings.

First, according to FIG. 3, which is a partial plan view of the conveyor for supplying and arranging the clips 100 by the upper and lower conveyors 11 and 12, the conveyor support 26 is disposed at the lower part of the attachment chain 25. Has a conveyor plate 27 having a clip pocket 30 formed at regular intervals.

The upper conveyor 11 of the clip pocket 30 is formed with a tension ball (30 ') is mounted on the male clip (29), the lower conveyor 12 is carried to the female clip (28), but the upper conveyor ( When the female clips 28 and 29 are aligned at the intersections of the vertical seed line 14 'and the seed line 14 passing through the lower groove of 11), the instantaneous welding is performed by the high frequency welder 10 formed above. By proceeding, it is possible to process the binding between the seed line 14 and the vertical string 14 'of the Haitai Net.

On the other hand, reference numerals showing that the female clip (28; 29) from the female clip feeder (7; 8) to the upper and lower conveyors (11; 12) through the shoot (31), (ii) of Figure 5, (ii) As described above, the leaf spring 31 'is formed above the distal end of the chute 31 and the air injection hole 31 " is formed at the upper end of the chute 31 so that the female clip 28 and 29 can be smoothly supplied to the clip pocket 30. That's it.

The vertical seed line automatic feeder 13 of FIG. 1 is a detailed configuration embodiment, and according to the reference drawing of FIG. 6, guide rods 36 and screws 37 formed on both ends of the seed line crab holder 43; 43 '. ) Is provided with a seed tweezers 35 having a tong part 35 'and a cutter part 35 "on the reverse rotation gear box 38 penetrated, protruding from the upper side of the seed tweezer holder 43. A screw fleece 41 is formed on the screw 37 shaft, and a V-belt 42 is provided between the drive flies 40 of the tongs feed motor 39 provided on the inner side of the screw 37, and the line clip holder 43 A vertical string bobbin 32 having a contact sensor plate 32 'is formed on the vertical string bobbin frame 33 installed perpendicular to a surface, and provided on one side of the vertical string bobbin frame 33. The tension roller 35 'is formed at the tension roller guide 34' side end.

Detailed configuration and operation of the seed tweezers 34, the drawings in detail by referring to Figure 7, the seed tweezers 34 is inserted into the groove of the clamping rod 45 of the forward and reverse box gear 38 reference figure ( (I), (i) and (iii), the guide rods 36 and the screws 37 penetrate, and in particular, left and right gears inside the left and right gears of the forward and reverse gearbox 54 connected to the screws 37. 56 and the screw stop contact terminal 44 to which the right rotating gear 55 is attached, respectively, and the forward and reverse gear box 38 is rotated by the guide rod 36 by the rotation of the screw 37. When moving to the side, when reaching the one side in the line clamp cradle (43; 43 '), when touching the screw stop contact terminal 44, the gear of either the right turn gear 55 or left turn gear 56 It meshes with the intermediate gear 49, interlocks the forward and reverse gear 54, and reverses the screw 37 again to return the forward and reverse gear box 38. Will.

By repeating the operation as described above, when the operation process of the same as shown in Figures 6 and 7 at the same time, the vertical string 14 'wound on the vertical string bobbin 32 is crimping the contact sensor plate 32' When the alarm sound is turned off while the power is turned off, when the vertical string 14 'is fully flipped, the alarm sound is caused by the elasticity.

The vertical string 14 'supplied from the vertical string bobbin 32 is entangled between the seed string tension rollers 34', and is bitten by the forceps part 35 'of the seed string clamp 35, on the opposite side of the clamp After moving up to 43 ', the cutter section 35 "is operated at the same time as the signal of the screw stop contact terminal 44 to cut the vertical string 14' to a predetermined length, and then the next vertical string 14 'is removed. Screw 37 is rotated in the reverse motion of the full motion to come back.

On the other hand, the width of the vertical seed line 14 'is 60-100 cm in an arrangement in which the left and right string 22 length 40 to 100 m, and the 28 strands of the seed line 14 constitute a width of 195 cm in the size of a normal Haitai net of 1 fill. Clips are formed by the high frequency welder 10 at intervals, and the vertical string 14 'is knotted between the left and right string 22, and the vertical string 14' is picked up by the editing clip 50 as shown in FIG. The sharp awl end of the tongs is knotted by penetrating through the gap between the left and right shoulders 22, which illustrates the manual operation by the hydraulic cylinder 51 as shown in FIG.

In the invention for braiding the seed line 14 and the vertical seed line 14 'of the Haitai Net by the semi-automatic method as described above, FIGS. 10 (ii) and 10 (i) which are reference diagrams of the female and male clips 28 and 29 are shown. As shown in Fig. 2, the clip groove 102 and the clip projection jaw 101 formed in the inner row grooves (103; 103 ') are formed, as shown in FIG. The cross string (14) and vertical string (14 ') is to be rapidly welded to the high-frequency welding machine (10) to increase the compressive force.

As an operation effect according to one embodiment of the present invention configured as described above, it is possible to work in a narrow indoor space as before, but before and after the rope length of 45 to 100m left and right rope 22 is 1.85 ~ 2m When the vertical reference line 23 of the fixed width in a constant width, 60 ~ 100 ㎝ spacing of the vertical seed line (14 ') to the constant supply of the following number of processes, usually 28 lines per one width of the vertical line and one full When producing a 100m standard product, if you tie a knot every 60 cm, you must weave knots by hand 28 × 166 = 4,648 times.

However, the present invention is a useful invention to reduce the manual operation as described above by the high frequency welding machine 10 by the vertical seed line automatic feeder 13 and the clip 100 according to the present invention.

As shown in FIG. 8, the knot process according to the present invention also produces a standard line of 28 lines per width of a vertical seed line and a total length of 100m of one pill, if weave a knot every 60 cm, the length of one pill. Based on 166 pieces of left and right shoulder strings (22) on both sides, knots are processed by the editing clip (50) by hand only 166 × 2 = 332 times, and the total time is 14 times shorter than before. It is a useful invention that has been shortened 4,316 times and its use effect is very promising.

Claims (5)

On the drawing, bobbin frame (1), bobbin replacement timing notification roller (4) and seedling fixing rod (5) are installed on the stepping plate (3) and lower frame in order to arrange the reduction motor (1) on the upper frame. A female clip feeder (7) and a male clip feeder (8) are mounted on the upper part of the frame on which the three front rollers (16) are mounted, and a chute (between the upper and lower conveyors 11 and 12) disposed up and down. 31) and the vertical seed line automatic feeder 13 and the guide roller 18 are formed at the front end of the high frequency welding machine 10 disposed on the upper conveyor 11, and the seed line automatic assembly 15 is continuously connected. And a reduction motor (9 ') and three sets of rear rollers (17) at the bottom of the rear roller frame (17'), and the female clip feeder (7; 8) and the rear roller frame (17 '). The upper part of the part is provided with a dustproof case 21, and after the guide roller 18 'is disposed at the side end of the rear roller 17, the two-stage roller 19 and the upper side. An editor structure of Haitai Network, characterized in that the storage box 53 is arranged at the bottom of the side. The conveyor chain according to claim 1, wherein the attachment chain 25 of the upper and lower conveyors 11 and 12 has a conveyor support 26 disposed at the lower part of the attachment, and a clip pocket 30 formed at regular intervals thereon. ), But the upper conveyor 11 is formed with a tension ball (30 ') is a male clip (29) is mounted, the lower conveyor 12 is characterized in that the female clip (28) mounted to be transported Of editor structure. According to claim 1, wherein the upper conveyor 11 has a high frequency welder 10 is formed above the conveyor flat 27 provided on the side, the vertical seed line passing through the lower groove of the upper conveyor (11) (14 ') and the structure of the Haitai network characterized in that it is determined by welding the female clip (28; 29) arranged at the top and bottom of the intersection of the string (14'). The vertical seedling automatic feeder (13) according to claim 1, wherein the vertical seedling automatic feeder (13) is placed on the reverse rotation gear box (38) through which the guide rod (36) and the screw (37) formed on both ends of the seedling cradle (43; 43 '). A seed tweezer (35) having a tong part (35 ') and a cutter part (35 ") is provided, and a driven fleece (41) is formed on the screw (37) axis protruding above the seed tweezer holder (43). And, the lower side is provided with a V-belt 42 between the drive pulley 40 of the tongs feed motor 39 provided on the inside, and vertical string bobbin frame 33 installed perpendicular to the surface of the seed line clip holder 43 A vertical row bobbin 32 having a contact sensor plate 32 'is formed on the inner side, and a tension roller 35 is provided at one side of the tension roller guide 34' provided on one side of the vertical row bobbin frame 33. The editor structure of the Haitai Network, characterized by the formation of '). According to claim 3, Female and male clips (28; 29) is a seed line (14) and vertical string ( The editor's structure of Haitai's network, which is deemed to be welding decision.