KR200176901Y1 - Fishline winding machine - Google Patents

Abstract

The present invention relates to a fishing line winder for winding the fishing line to the spool in which the fishing line is wound.

The configuration of the present invention is to move left and right by the width of the spool (4) along the guide shaft (3) by the rotational force of the screw shaft (2) in a predetermined position of the frame (1), that is, the upper upper side of the frame (1) , The transfer means (A) is adjusted according to the width and diameter of the spool (4), winding the line while preventing the unwinding of the line when moving to another spool (4) after winding completion; Winding means (B) is installed on the upper side of the conveying means (A) and wound around the spool (4); A spool detaching means (C) installed at one side of the frame (1) and detaching a plurality of spools (4) to the winding means (B); String feeding means (D) for supplying the string to wind the string on the spool (4); It is made by configuring the rope twist detection means (E) to stop the winding winding operation by detecting this if the string is twisted while supplying the rope from the rope supply means (D).

The present invention as described above can be automatically wound up continuously and continuously fishing line on a plurality of spools at a time, to maintain a constant tension when winding up, can be wound up horizontally without damage to the fishing line elasticity and strength Maintaining, the winding width of the spool is automatically adjusted, it prevents the twisting of the fishing line when winding up, it can wind up the size of various lines, it can be wound regardless of the size of the spool.

Description

Fishing Line Winding Machine {Fishline Winding Machine}

The present invention relates to a fishing line winder for winding the fishing line to the spool in which the fishing line is wound.

In the present invention, the spool refers to a fishing line wound up by a predetermined length (for example, about 200 meters) and released when necessary (when fishing).

In the related art, in order to wind a fishing line on a spool, only one fishing line is manually wound on a single spool.

The prior art as described above has a limitation in the winding operation because it does not automatically wound a plurality of spools continuously, mass winding was impossible. In addition, the winding was poor due to the twisting of the fishing line because the tension was not maintained at the time of winding, and the winding of the fishing line because the winding state was not leveled had problems such as loss of elasticity and strength of the fishing line when stored for a long time.

Accordingly, the present invention was made to solve the above problems, and the object of the present invention is to automatically wind a continuous fishing line (hereinafter, also referred to as a string) on a plurality of spools at the same time, automatically and continuously, while tensioning the winding constantly. It can keep the winding state horizontally and maintain the elasticity and strength without damaging the fishing line, and the winding width of the bush is automatically adjusted, preventing the twisting of the fishing line when winding up, and the specifications of various lines A fishing line winder, which can be wound and can be wound regardless of the size of the spool, is provided.

As a means for achieving the object of the present invention, by the rotational force of the screw shaft at a predetermined position of the frame body to move left and right by the width of the spool along the guide shaft, adjusted according to the width and diameter of the spool, after the winding is completed move to another spool Transfer means for winding the string while preventing the string from loosening; Winding means installed on an upper portion of the transfer means and winding a string on a spool; A spool detaching means installed on one side of the frame and detaching a plurality of spools to the winding means; String supply means for supplying the string to wind the string on the spool; If the string is twisted while supplying the line from the line supply means is configured by the line twist detecting means for stopping the winding operation.

1 is a perspective view showing the overall configuration of a fishing line winder according to the present invention.

2 is a partial cross-sectional side view of a fishing line winder according to the present invention.

3 is a front view of a fishing line winder according to the present invention.

Figure 4 is an enlarged perspective view of the excerpt for the transport means in the fishing line winder according to the present invention.

Figure 5 is an enlarged cross-sectional view taken for the transport means in the fishing line winder according to the present invention.

Figure 6 is a plan view showing a state of winding the line on a plurality of spools by the transport means and the winding means in the fishing line winder according to the present invention.

Figure 7 is an enlarged side view of the line twist detection means in a fishing line winder according to the present invention.

Figure 8 is a front view of a fishing line winder showing another embodiment of the line supply means according to the present invention.

<Brief description of symbols for the main parts of the drawings>

A: conveying means B: winding means

C: Spool detachable means D, D ': Joule supply means

E: Line twist detection means 1: framework

2: screw shaft 3: guide shaft

4: spool 5: guide cylinder

6: Support 7: Sub Bracket

8: Main bracket 9,9 ': guide groove

10,10 ': Guide pin 12: Base plate

13,13 ': Rib 14: End Connection

15: guide shaft 16: screw shaft

19, 19 ': Optical sensor 20: Bracket

23: screw shaft 26: support standing plate

27,27 ': Guide 28: Brush Fixture

29: brush 30: fixture

31: quench stick 32: fixed plate

35: lever 36: spring

38: support rod 39, 39 ': support roller

40: support guide shaft 41, 42: spool chuck

43: shaft 44: pulley

45: drive pulley 46: drive motor

47: belt 48: insertion groove

50: cylinder 51: pedal

53: spring 55: connecting shaft

56: lever 57: insertion jaw

58: pivot pin 59: table

60: case 62,62 ': bobbin

63: drive motor 64: pulley

65: drive pulley 66: belt

67: holding post 68: guide

70: fixed substrate 72: lever

73: elastic spring 74,75,76,77: guide

79: limit switch 80: drive motor

81: drive pulley 82: belt

83: pulley 84: control box

85,86: frame 87: shaft

88: pulley 89: driving pulley

90: drive motor 92: belt

97: Chuck W: Line

Hereinafter, described in detail with reference to the accompanying drawings shown as a preferred embodiment as follows.

As shown in Figs. 1, 3, 4, 5, and 6, the guide shaft (1) is rotated by the rotational force of the screw shaft (2) at a predetermined position of the frame (1), that is, the front upper side of the frame (1). 3) moves left and right by the width of the spool (4), is adjusted according to the width and diameter of the spool (4), conveying winding the line while preventing the unwinding of the line when moving to another spool (4) after winding completion Means (A); Winding means (B) is installed on the upper side of the conveying means (A) and wound around the spool (4); A spool detaching means (C) installed at one side of the frame (1) and detaching a plurality of spools (4) to the winding means (B); Row feeding means (D) for feeding the row of wires to wind the row of spools (4) as shown in FIG. 2; It was made by configuring the rope twist detecting means (E) (see Fig. 7) to stop the winding winding operation by detecting this if the string is twisted while supplying the rope in the rope supply means (D).

The conveying means (A) is provided with a support (6) by a guide cylinder (5) on a guide shaft (3) fixed in the transverse direction of the frame (1) as shown in Figs. The main bracket 8 having the sub bracket 7 integrally formed on the upper surface of the support 6 is provided, and guide grooves 9 and 9 'are formed at both sides of the support 6, and the main bracket 8 Guide pins 10 and 10 'protruding to both sides of the 8) are inserted and guided, and the support plate 12 is fixed to the bottom surface of the sub bracket 7 by bolts 11, and the support plate 12 is installed. Silver is formed by bending the ribs 13 and 13 'on both sides.

The connector 14 is mounted on the support plate 12 so as to be movable in the lateral direction, and the shaft 15 is fixedly inserted into the connector 14, and one side of the shaft 15 is ribs of the one side. It is guided through the (13), and the other side is formed by the screw shaft 16 to fasten the nut 17 and the butterfly nut 18 on both sides of the rib (13 ').

The connector 14 is fixed to the bracket 20 having the photosensors 19 and 19 'up and down by the connecting piece 21 and the bolt 22.

The screw shaft 23 is connected to and fixed to the rear surface of the main bracket 8, and the butterfly nut 24 and the nut 25 are fastened thereto, and a supporting standing plate supported by the screw shaft 23 is penetrated ( 26) stand up and install. In addition, the upper and lower ends of the main bracket 8 and the sub bracket 7 are fixed to the cord guides 27 and 27 'made of synthetic resin, and the brush fixture 28 is attached to the upper end of the main bracket 8. Fixing by welding or the like is inserted into the brush fixture 28 to insert the anti-rolling brush 29.

In the front of the support 6, a limiting switch S fixedly installed in the transverse direction by the fixture 30, and quenched by the touch rod 31 to control the driving motor 80. ) Is fixed to the inner wall of the frame (1).

The fixing plate 32 is fastened and fixed by the fastening bolt 33 to the front lower side of the support 6, and the fixing plate 32 connects the lever 35 with the pivot pin 34 at the center thereof, and the lower side thereof. The stage is connected to the coil spring 36, and the upper side of the lever 35 is formed with a screw portion 37 is screwed with the screw shaft (2).

The support rod 38 is fixedly connected to one front side of the support 6, and the support rollers 39 and 39 'are connected to and installed at the front end thereof as shown in FIG. 1 to support the support guide shaft 40. Be guided. As described above, the configuration for the transfer means (A) has been described.

The winding means (B) is provided with spool chucks (41) (42) for mounting the spool (4) on both sides in the upper portion of the transfer means (A) as shown in Figures 1, 3 and 6, The spool chuck 41 on one side is connected to the rotating shaft 43, which shafts the pulley 44.

The drive motor 46 having the drive pulley 45 is fixedly installed on the lower side of the pulley 44, and the belt 47 is connected between the pulley 44 and the drive pulley 45.

The spool chuck 42 on the other side forms an insertion groove 48 along the outer circumference, and connects the shaft 49 in the transverse direction, which guides the inside of the cylinder 50. The configuration for the winding means (B) as described above.

1 and 3, the spool attaching and detaching means C is rotatably installed on the outer side of the frame 1 by the hinge shaft 52, and the pedal 52 is coil spring 53. As shown in FIG. And a stopper 54 for controlling the rotation range of the pedal 51 rotated by the tension force of the coil spring 53 and connecting the connecting shaft 55 to the pedal 51. Connect with (56).

The insertion jaw 57 is installed at the tip of the lever 56 to be inserted into the insertion groove 48 of the spool chuck 42. In addition, the lever 56 is rotatably installed on the support guide shaft 40 by the pivot pin 58 in the middle portion. The configuration of the spool detachment means (C) as described above has been described.

The row supply means D will be described with reference to FIG.

As shown, the string supply means (D) is installed at the rear of the frame (1) and the case (60) for protecting the string on the upper surface of the table (59) and the shaft 61 in the case (60) Rotatably accumulate a bobbin 62 having a drive motor 63 installed at one side of the table 59, and a drive pulley 64 is installed at the drive motor 63 and the bobbin 62 may be installed. The shaft 61 is connected to the belt 66 between the driving pulley 64 and the pulley 65 by accumulating a pulley 65.

On the one side of the bobbin 62, a support stand 67 is installed upright, and the support stand 67 is configured by installing a guide port 68 to guide a line at an upper end. The configuration for the row feed means (D) as described above has been described.

The string twist detecting means E will be described with reference to FIGS. 2 and 7.

The rope twist detecting means (E) is configured to be installed on the support stand (67), and the fixing board (70) is fixedly installed on the support stand (67) by the fastening bolt (69), and to the pivot shaft (71). The lever 72 is rotatably installed, and the elastic spring 73 is attached to the lever 72.

The upper and lower ends of the lever 72 are provided with first and second guide holes 74 and 75 for guiding strings, and third and fourth guides on the upper end of the fixed substrate 70 and the support base 67. Spheres 76 and 77 are installed.

The upper end of the lever 72 is provided with a stopper 78 to which the lever 72 is engaged, and a limit switch 79 is provided at one side. As described above, the configuration of the string twist detecting means (E) has been described.

The screw shaft 2 is rotated by the driving means. The driving shaft 80 is installed below one side of the screw shaft 2 as shown in FIG. It is installed on the screw shaft (2) and the pulley (83) connected to the belt 82 to build up.

In FIG. 1, a control box 84 is formed at one upper end of the frame 1.

Next, it will be described according to Figure 8 shown as another embodiment of the present invention.

Another embodiment of the present invention is another embodiment of the rope supply means (D ') is installed on the frame (85) 86 on both sides of the frame (1) and the shaft (85) 86 between the shaft ( 87 is rotatably installed and a pulley 88 is arranged on one side of the shaft 87 and a drive motor 90 having a drive pulley 89 on the upper side thereof is installed by the support 91. The belt 92 is connected between the driving pulley 89 and the pulley 88.

The cylinder 93 is fixedly installed on one side of the frame 86, and the spring 94 and the piston 95 are installed thereinto, and the rod 96 and the chuck 97 are connected to the piston 95. The chuck 97 is held with the shaft 87 to allow idle rotation by a bearing formed in the chuck 97 and connects the handle 98 to the upper outer side of the chuck 97.

In the figure, reference numeral W denotes a fishing line, and reference numeral 99 in FIG. 5 denotes a shaft for holding a plurality of spools on the spool chucks 41 and 42.

Referring to the operation of the present invention configured as described above are as follows.

First, as shown in FIG. 6, a plurality of single spools 4 are held on the spool chucks 41 and 42 on both sides, and as a method of holding, a plurality of spools on the shaft 99 as shown in FIG. 4) to hold the spool chucks 41 and 42 on both sides.

Thereafter, as shown in FIG. 1, FIG. 2, and FIG. 3, power is applied to all of the driving motors 46, 63, and 80, respectively. Then, as shown in FIG. 2, the driving motor 63 of the file feeder D has a driving force transmitted to the shaft 61 of the bobbin 62 through the driving pulley 64, the belt 66, and the pulley 65. The bobbin W is released while rotating the bobbin 62.

At the same time, the driving force of the driving motor 46 of the winding means B is transmitted to the shaft 43 through the driving pulley 45 and the belt 47 and the pulley 44 to rotate the spool 41 on one side. Let's do it. At this time, the spool chuck 42 on the other side on which the shaft 99 and the plurality of spools 4 are held is also idling, and the spool 4 is wound with the string W. As shown in FIG.

The cord W released from the bobbin 62 is guided 27 and 27 'of the conveying means A via the guide 68 of the strut 67 and the string twist detecting means E. It is guided along) and wound on the spool (4).

When the string W is wound on the spool 4, it is wound horizontally and continuously wound on a plurality of spools 4, and can be wound up despite various standards having different widths and diameters of the spools 4. There is, which is made by the transfer means (A) will be described with reference to Figures 3, 4, 5 and 6.

When the screw shaft 2 is rotated by the driving force as described above, the upper surface of the lever 35 connected by the fixing plate 32, the rotation pin 34 and the spring 36 is formed by the screw portion 37, Since it is coupled with (2), the support body 6 moves laterally. At this time, since the string (W) is guided along the guides 27, 27 'coupled to the upper end of the main bracket (8) and the sub-bracket (7) and the spool (4) rotates with the driving force as described above, As in 6, it is wound horizontally along the width of the spool (4).

When the line W wound up along the width of the spool 4 reaches the end of the width of the spool 4, it is wound up horizontally while moving in the reverse direction.

That is, as shown in FIG. 6, the width L between the center of the guides 27 and 27 'and the optical sensors 19 and 19' installed in the bracket 20 and the width L of the spool 4 By adjusting ') the same, when the wound wire W reaches the end of the width of the spool 4, the optical sensors 19, 19' also reach the end of the width of the spool 4 next to it. In this case, the driving motor 80 which is detected by the photosensors 19 and 19 'and rotates the screw shaft 2 by the circuit device in the control box 84 is reversely driven.

As the driving motor 80 is driven back, the support 6 is also wound by the lever 35 elastically installed on the fixed plate 32 so that the wire W is wound horizontally.

As described above, when the wire W wound up again reaches the end of the width of the spool 4, the optical sensors 19 and 19 ′ of the bracket 20 also extend to the end of the width of the spool 4. It arrives and senses and is wound while moving in the forward direction again by the action principle as described above.

When the winding is completed by winding the string W while repeatedly reciprocating as described above, when the winding is completed on one spool 4, the support 6 and the guide 27 and 27 are instructed by the command of the circuit device configured in the control box 84. ') Moves to the next spool (4). By the way, when the guide (27) (27 ') to move to the next step to prevent the loosening of the rope (W) wound by the anti-rolling brush 29 installed in the brush fixture (28).

As above, the support 6 proceeds continuously while winding and finishing the strings W on the plurality of spools 4, respectively, and when the winding of the strings W is completed on the last spool 4 ', the quench rod 31 ) Stops the drive motor 80 of the screw shaft 2 by stopping the limit switch S and at the same time stops all the drive motors 46 and 63.

Subsequently, when the pedal 51 is pressed in the state of supporting the plurality of spools 4 by hand, the lever 56 rotates around the pivot pin 58 while generating a tension force on the spring 53 to insert the groove 48. The inserted insertion jaw 57 pushes the spool chuck 42 away from the shaft 99 of the spool 4.

At this time, the plurality of spools 4 held by hand are separated from the spool chuck 41 on the other side and exposed. As described above, the winding of the string W is completed on the plurality of spools 4.

In order to wind the string in the spool having a different diameter and width of the spool 4 from the conveying means A, as shown in FIG. 5, the butterfly nut 24 coupled to the screw shaft 23 and Loosen the nut 25 and move the main bracket 8 and the sub bracket 7 forward or backward.

At this time, the guide pins 10 and 10 'are guided along the guide grooves 9 and 9' of the support 6, and when the adjustment is completed at a predetermined position, the nut 25 and the butterfly nut 24 are reconnected. Tighten.

In this case, a plurality of spools 4 held on the spool chucks 41 and 42 are positioned within the detection area range of the photosensors 19 and 19 '. The adjustment is made according to the diameter of the spool as described above, and to adjust the width according to the width of the spool, loosen the butterfly nut 18 and nut 17 coupled to the screw shaft 16 as shown in FIG. The width length L between the central portion of the guides 27 and 27 'and the optical sensors 19 and 19' is adjusted while moving 14 in the lateral direction. At this time, the screw shaft 16 and the shaft 15 are guided through both side ribs 13 and 13 'of the support plate 12, and the central portion of the guides 27 and 27' and the optical sensor 19 ( The width length L between the 19 ') is adjusted, and the adjustment is completed by the width length L' of the spool 4, and then, the butterfly nut 18 and the nut 17 are fastened again. As described above, the adjustment is made according to the width of the spool (4).

On the other hand, if the wire W is supplied from the wire supply means D and the wire W is not entangled in the bobbin 62 while being wound on the spool 4, the wire W is continuously wound. Damage such as cutting occurs.

In order to prevent this, the string twist detecting means (E) is made as described above.

As shown in Fig. 2 and Fig. 7, when the wire W is continuously wound on the spool 4 while the wire W is not entangled in the bobbin 62, the wire W as shown in Fig. 7 Since the lever 72 is rotated around the pivot shaft 71, the pulley 72 generates elasticity at the elastic spring 73.

When the lever 72 is rotated, the upper end of the lever 72 latches the limit switch 79 to stop all the driving motors 46, 63, 80. You can then untie the tangled lines and rewind them.

Then, the wire W is wound around the spool 4 by the drive motor 46 of the winding means B, and the bobbin 62 is wound from the bobbin 62 by the drive motor 63 of the file feeder D. By adjusting the speed and tension to be kept constant in relation to the loosening and supply of W), it is possible to prevent the string W supplied from the bobbin 62 from being entangled.

The winding speed, the winding length and the drive control of the driving motors are automatically adjusted by the circuit device of the control box 84 when the string W is wound on the spool 4.

In the row supply means (D), the case 60 is for preventing damage to the bobbin W wound on the bobbin 62 and the table 59 is a drive motor 63, a bobbin 62, and a case 60. ) To act as a support.

Next will be described the operation according to Figure 8 shown as another embodiment for the rope supply means (D ') of the present invention.

The driving motor 90 is driven to transmit driving force to the shaft 87 by the driving pulley 89, the belt 92, and the pulley 88, and the shaft 87 is rotated. Loosen (W) and supply, and to replace the bobbin (62 '), grab the handle (98) and push it in the transverse direction.

The piston 95 then disengages the shaft 96 and chuck 97 while compressing the spring 94 so that the bobbin 62 'can be replaced from the shaft 87. Other winding actions are the same as the description and contents above.

The present invention as described above can be automatically wound up continuously and automatically at a number of spools at the same time, maintaining a constant tension during winding, it can be wound horizontally without damage to the fishing line elasticity and strength , The winding width of the spool is automatically adjusted, it prevents the twisting of the fishing line when winding up, it can wind the size of various lines, and can be wound regardless of the size of the spool .

Claims (6)

It is installed on the screw shaft 2 and the guide shaft 3 installed in the transverse direction of the frame body 1 and moves left and right along the guide shaft 3 by the width of the spool by the rotational force of the screw shaft 2, Feeding means (A) is adjusted according to the width and diameter, winding the line while preventing the unwinding of the line when moving to another spool after the winding of the line; Fishing line winder, characterized in that configured to the winding means (B) is installed on the upper portion of the transfer means (A) to wind the line on the spool. 2. The conveying means (A) according to claim 1, wherein the conveying means (A) is provided on the guide shaft (3) and the screw shaft (2) and moves in the transverse direction, and the support means (6) stands on the support (6) and can be adjusted back and forth. The main bracket 8 and the sub bracket 7, the guides 27 and 27 ′ which are installed at the upper ends of the main bracket 8 and the sub bracket 7 to guide the line, and the main bracket 8 Brush fixing device 28 and the anti-loosening brush 29, which is installed on the upper side of the () to prevent the unwinding of the wound rope, and the connector 14 is installed in the sub-bracket (7) and adjusted in the transverse direction, The bracket 20 is coupled to the connector 14 and has an optical sensor 19, 19 'on the upper and lower sides, and is installed on the lower side of the support 6, and the rotational force of the screw shaft 2 is linearly moved. With a fixed plate 32 and a lever 35 to be transferred to the support 6, and a wit bar 31 installed on the support 6, the limit switch S is quenched. The winding means (B) is provided on both sides of the frame (1), the spool chuck 41 (42) for holding a plurality of spools, and the pulley (shaft 43) of the one side spool chuck (41) 44) A fishing line winder, characterized in that consisting of a belt 47 and a drive pulley 45 and a drive motor 46 for transmitting rotational force thereto. According to claim 1, It is installed on one side of the frame (1) to move the spool chuck 42 on one side to detach a plurality of spools, the lever 56, the connecting shaft 55 and the pedal 51 The fishing line winder was composed by combining the spool detachable means (C). A line feeding means (D) is provided at the rear of the frame (1), and the line feeding means (D) is provided with a bobbin (62) for supplying a rope on a table (59), and the bobbin ( Fishing line winder characterized in that the drive motor 63 and the pulleys (64), (65) and the belt (66) for rotating the 62 is configured. The method according to claim 1, wherein the string twist detecting means (E) is installed at the rear of the frame (1), which is fixed to the holding board (67) and fixed thereto with the elastic spring (73) and the lever ( 72 is rotatably installed and the limit switch 79 is installed on the upper side of the lever 72, and the first and second guides 74 and 75 guided by strings are fixed to the lever 72. Fishing line winder, characterized in that. According to claim 1, wherein the row feed means (D ') is provided on the upper side of the frame (1), the row feed means (D') rotatably rotate the shaft (87) on which the bobbin 62 'is mounted. A fishing line winder, comprising: a belt 92, a drive pulley 89, and a reduction motor 90 configured to install and install a pulley 88 on the shaft 87, and transmit driving force thereto.