KR20030061617A - A forming device for fishing tackle - Google Patents

Abstract

PURPOSE: A fishing tackle manufacturing apparatus is provided to fabricate a fishing tackle having superior quality with reducing manufacturing cost by continuously bending an end of a pipe stuff. CONSTITUTION: A fishing tackle manufacturing apparatus includes a mold(7) having an internal slot and a guide slot for coupling an annular ring(3) to both ends of a pipe stuff(2). A guide plate(28) has guide slots, to which lower mold members are fixed. Guide rails are fixed to a base frame(9). Annular ring conveying devices(15,16) are mounted on the guide rails in order to couple the annular ring(3) to both ends of the pipe stuff(2) through a guide slot. A pipe stuff conveying device(14) is mounted on a guide rail fixed to the base frame(9). The pipe stuff conveying device(14) has an upper clamp coupled to a second conveying member. A rotating table is provided at a lower portion of the second conveying member in order to rotate the second conveying member. A left/light conveying device(18) is provided to allow a pressing protrusion to be pressed by a first cam(69). A front/rear conveying device(17) is operated by means of a second cam.

Description

A forming device for fishing tackle}

The present invention relates to a fishing apparatus for forming a free-rotating fishing auger to prevent the twisting of the fishing line by combining the ring-shaped ring rotatable to both ends of the pipe material cut to a predetermined length, more specifically Is to provide an advent forming apparatus for fishing that enables mass production of high quality products at low cost by continuously performing the whole process of supplying, coupling and forming rings on both sides of the pipe material.

Molding of free-spinning fishing augers, which are widely used for the purpose of preventing twisting of fishing lines, is usually dependent on manual labor.

That is, the conventional fishing advent forming machine forms a plurality of forming grooves that can form the adhering component members (pipe material and a pair of ring-shaped rings) to correspond to each other in a pair of mold molds that are separated up and down, each settle In the groove, a ring-shaped ring is joined to both sides of the pipe material by bending both ends of the pipe material placed on the forming groove through the process of pressurizing the mold frame while the pair of ring-shaped rings are placed on both sides of the pipe material. It is free to rotate while being coupled to the pipe material.

However, in order to mold the advent with the molding machine as described above, the process of fitting a ring-shaped ring having a locking jaw formed at both ends on both sides of the pipe material cut to a predetermined length first, and ring-shaped ring in each forming groove formed in the mold frame. By forming the advent through the process of arranging the inserted pipe material and the process of combining the upper and lower molds and pressing the press machine, such conventional advent forming apparatus has to proceed the whole process manually. Bar, there are a number of problems, such as low productivity and the need for a large number of workers to increase manufacturing costs.

Therefore, the industry has developed and used an automated molding apparatus to solve the problems as described above. Typically, roller-type molding in which curved work of both ends of the pipe material is rotated while ring rings are coupled to both ends of the pipe material. It is designed to bend and mold by folding the supporting mold of the arc on the side of the roller. Such a molding apparatus is extremely difficult to manufacture the mold, and the defect rate is very high due to distortion of both ends of the pipe material during molding. Although some of the manual work processes were automated, they did not solve problems such as high-quality products, improved productivity, and reduced manufacturing costs.

Therefore, the present invention has been researched and developed to solve the problems as described above, in the present invention, the pipe material and the ring-shaped ring constituting the coming automatically, as well as the pipe material and ring-type ring to be supplied divided into four By supplying to the mold for molding to be composed, the process of joining the ring-shaped ring to both sides of the pipe material and bending the end of the pipe material in succession can be performed sequentially, thereby improving the productivity and minimizing the manufacturing cost. In order to be able to produce the technical problem of the present invention to complete the present invention.

1 is a schematic plan view showing a preferred embodiment of the present invention

Figure 2 is a side view for showing the coupling state of the pipe material feeder and the ring-type feeder of the present invention

Figure 3 is a perspective view of the mold for advent molding used in the present invention

Figure 4 is a process diagram for molding the advent according to the present invention

5 and 6 are side views showing the operating state of the conveying means for conveying the ring-shaped ring in the vertical direction of the present invention before and after ring-shaped ring transfer

Figure 7 is a side view showing the operating state of the transport means for transporting the ring-shaped ring of the present invention in the horizontal direction

Figure 8 is a cross-sectional view showing a combined state of Figures 5-7

Figure 9 is a side view for showing the operating state of the stopper to supply one by one ring-shaped ring in the present invention

10 is a plan view of the pipe material transfer means of the present invention

11 is a perspective view of FIG. 10.

12 is a left side view of FIG.

13 is a right side view of FIG.

Figure 14 is a side view showing the configuration of the rotating table for detaching the pipe material clamp of the pipe material conveying means of the present invention

15 is a schematic flowchart showing a pipe material transfer process of the present invention.

Figure 16 is a plan view for showing the mold transport means for advent molding of the present invention

Figure 17 is an exploded perspective view for showing the left and right transfer means of the mold for advent of the present invention

18, 19 is a side cross-sectional view showing the operating state of FIG.

20 is a rear exploded perspective view for showing the front and rear conveying means of the mold for advent of the present invention.

21 and 22 are side views showing the operating state of FIG.

☞ Explanation of symbols used in the main part of the drawing ☜

1: Molding apparatus 2: Pipe material

3: Ring type ring 4: Vibrator

5: pipe material feeder 6: ring ring feeder

7: (for arrival molding) mold 7a, 7b, 7c, 7d: mold member

8: hold 9: base frame

10: pipe type supply pipe 11: stopper

12: guider 14: pipe material transfer means

15, 16: ring-shaped ring transfer means 17: front and rear transfer means

18: left and right transfer means 19: motor

20: Drive shaft 21: Bevel gear

22: first driven shaft 23: second driven shaft

24: Third driven shaft 25: Pipe material indentation groove

26: Inner Home 27: Guidance Home

27a: inclined surface portion 28: guide plate

29: guide groove 30: guide rail

31: slide transfer port 32: transfer table

33, 40, 45, 54, 68, 80: Roller 34: Cam for transport means

35, 53, 70, 78, 81: Restoration spring 36: Guide groove

37: guide rail 38: slide feeder

39: feeder 41: cam for transport means

41a: groove groove 42: supporter

43: meeting stand 44: spring

46: connecting rod 47: cam for operating the rotating table

48: (lower) clamp 49: (upper) clamp

48a: recess 50: guide rail

51: pipe material transfer cam 52: first feed port

55: guide 56: information board

57: Pin 58: Second feed port

59: Pusher 60: 2nd feed port rotation cam

61: Conference stand 62: Supporters

63: spring 64: guide protrusion

65: (┗) Transfer frame 66: Support plate

66a: Information Home 67: Fixed Edition

69: left and right feeding cam 71: guide rail

72: platform plate 73: fixed plate

74: guide groove 75: guide rail

76: guide frame 77: fixed plate

79: front and rear feed cam 79a: groove

Hereinafter, the configuration of the present invention will be described based on the accompanying drawings.

Figure 1 shows a schematic plan view showing a preferred embodiment of the present invention, Figure 2 shows a side view for showing the coupling state of the pipe material feeder and the ring-shaped ring feeder of the present invention, Figure 3 Figure 4 shows a perspective view of a mold for auger molding used in the present invention, Figure 4 shows a process diagram for molding the auger according to the present invention,

Auger forming apparatus for fishing (1) to be provided in the present invention is a pipe material feeder (5) for vibrating the pipe material (2) and the ring-shaped ring (3) constituting the auger with a vibrator (4) and aligned in a row Automatically supplied by the ring-shaped ring feeder (6), the pipe material (2) and the ring-shaped ring (3) to be supplied to the adjoining mold (7) consisting of four divided to the both sides of the pipe material (2) By combining the ring-shaped ring (3) and bending the end of the pipe material (2) inwards can be carried out sequentially in order to improve the productivity and to minimize the manufacturing cost to produce a good product,

The present invention is provided with a base frame (9) on the upper side of the support (8) consisting of an angle, etc., and composed of mold members (7a) (7b) (7c) (7d) divided into four at the center of the base frame (9) Positioning the molding die (7), is disposed on one side of the base frame (9) and the pipe material feeder (5) and the base frame (9) left and right to supply the pipe material (2) to the pipe-type supply pipe (10) Pipe material (2) and ring ring (3) which is automatically supplied by ring ring feeder (6) which is connected to guider (12) with two stoppers (11) and feeds ring ring (3) are introduced. Pipe material conveying means (14) and ring-shaped ring conveying means (15) so as to be supplied between the molding die (7) along the guide groove (29) formed in the guide plate 28 fixed to the outside of the mold (7) 16) is arranged so that the pipe material 2 and the ring-shaped ring 3 can be supplied.

And mold members 7a, 7b, 7c, and 7d constituting the advent forming mold 7 in accordance with the operation of the pipe material conveying means 14 and the ring-shaped ring conveying means 15 and 16. 4, the front and rear conveying means 17 and the left and right conveying means so as to bend inwardly the ends of the pipe material 2 in a state in which the ring-shaped ring 3 is coupled to both sides of the pipe material 2 by sliding in the order as shown in FIG. 18), the first driven shaft 22 and the second driven shaft which are geared by the bevel gear 21 in front and rear of the drive shaft 20 driven by the motor 19 on the outer circumference of the base frame 9 (23), an end portion of the second driven shaft 23 and a third driven shaft 24 geared by the bevel gears 21 are arranged in quadrangles, and each of the plurality of transfer means can be operated on each axis. Cam is installed shaft.

The molding die 7 to be used in the present invention is composed of mold members 7a, 7b, 7c, and 7d divided into quarters as shown in FIG. 3, and each mold member 7a and 7b. Inside the pipe 7 (7c) and 7d, the pipe material 2 is inserted in the horizontal direction so that when the mold 7 is pressurized, the pipe material inlet groove 25 is divided into equal parts so that the end of the pipe material 2 is bent inward. When the pipe material inlet groove 25 and the upper and lower mold members (7a, 7c, or 7b, 7d) are coupled in the horizontal direction, a ring-shaped ring 3 is provided at both ends of the pipe material 2. An indentation groove 26 and a guide groove 27 are formed to be guide coupled, and the inclined surface portion 27a is formed below the guide groove 27 to guide the ring-shaped ring 3 more smoothly. It is configured to be.

The mold members 7a disposed on the lower left side of the mold members 7a, 7b, 7c, and 7d constituting the adjoining molding die 7 are fixed on the base frame 9, and the lower right side. The mold member 7b positioned at the upper portion is fixed on the transfer frame 65 of the left and right transfer means 18, and the mold member 7c positioned at the upper left side is fixed to the front and rear transfer means 17. And the mold member (7d) located in the upper right is fixed to the guide frame 76 which is slide-transported left and right on the front and rear conveying means 17, the guide frame 76 is the conveying frame ( 65) At the same time, it is transported from side to side.

Hereinafter, the means for supplying the pipe material 2 and the ring-shaped ring 3 and the conveying means for slidingly conveying the respective mold members 7a, 7b, 7c, and 7d will be described in detail with reference to the accompanying drawings. Shall be.

5 and 6 show side views showing an operating state of the conveying means 15 for conveying the ring-shaped ring 3 of the present invention in the vertical direction, which is the quartered mold members 7a, 7b and 7c. The guide plate 28 is fixed to the outside of the mold members 7a and 7b located at the left and right sides of the bottom 7d, and the base frame 9 is formed in the guide grooves 29 formed in the guide plates 28. Positioned on the guide rail (30) fixed to the position of the carriage 32 coupled to the slide feed port 31 is a slide operation, the rear of the slide feed port 31 is provided with a roller 33 for free rotation The slide feed port 31 can be pushed in a state of being in contact with the cam 34 for driving means coupled to the first driven shaft 22, and one end is provided at the edge of the base frame 9 in front of the slide feed port 31. One end of the fixed restoring spring 35 may be fixed to retreat the slide feed port 31 forwarded. Upper and lower mold members (7a, 7c) or (7b) by ring ring feeder 6, which is automatically supplied by ring ring feeder 6 connected with guider 12 provided with two stoppers 11, 7d)) is supplied to the guide groove 36 which is connected to the guide groove 27 is formed when the coupling.

Figure 7 shows a side view showing the operating state of the conveying means 16 for conveying the ring-shaped ring 3 of the present invention in the horizontal direction, which is a conveying means for conveying the ring-shaped ring 3 in the vertical direction ( The ring-shaped ring 3 conveyed by 15 is conveyed to the guide groove 27 formed by the combination of the upper and lower mold members 7a, 7c or 7b, 7d. It is to be combined on both sides.

That is, the conveying means 16 is placed on the guide rails 37 fixed to the base frame 9 to the outside of the guide grooves 36 connected to the guide grooves 27 to the slide feed holes 38 that slide. Positioning the combined feed table (39), the rear of the slide feed hole (38) is provided with a freely rotating roller 40, the cam for driving the conveying means coupled to the drive shaft 20 and the third driven shaft (24) The slide transfer port 38 can be pushed in a state of being in contact with the 41, and the front end of the slide transfer hole 38 is fixed to one end of the restoring spring 35 fixed to the edge of the base frame 9, and transferred forward. The slide feed opening 38 can be retracted and restored. At this time, at the top dead center of the cam 41 for operating the conveying means, a certain section of concave groove 41a is formed so that the entire slide feed port 38, which has been moved forward, is temporarily retracted and then moved forward.

Meanwhile, as shown in FIG. 9, the stopper 11 stands the supporter 42 on the base frame 9 inside the second driven shaft 23, and pivots the pivot 43 on the upper end of the supporter 42. However, the end of the pivot 43 is coupled to the stopper 11 for holding the ring ring (3) supplied to the guider 12 one by one, the other end is connected to the base frame (9) and the spring (44) The lower side of the pivot table 43 is attached to the connecting rod 46 provided with a roller 45 at the end, the roller 45 provided at the end of the connecting table 46 is pivotally coupled to the second driven shaft 23. The two ring stoppers 11 are alternately operated by placing them on the large-operation cam 47 so that one ring-shaped ring 3 can be continuously supplied one by one to the guide groove 29 formed in the guide plate 28. It is configured to.

And, Figure 10 shows a plan view of the pipe material transfer means of the present invention, Figure 11 shows a perspective view of Figure 10, Figures 12 and 13 show the left and right side views of Figure 12, Figure 14 FIG. 15 is a side view showing a configuration of a pivot table for detaching a pipe material clamp of the pipe material conveying means of the present invention, and FIG. 15 is a schematic flowchart showing a pipe material conveying process of the present invention.

The pipe material conveying means 14 to be provided in the present invention, as described above, is caught by the pipe material 2 supplied through the pipe-type supply pipe 10 while being vibrated by the vibrator 4 and aligned in a line. It is composed of two clamps 48 and 49 which are separated up and down by securely transferring the pipe material inlet groove 25 formed in the advent molding die 7.

The lower clamp 48 of the clamps 48 and 49 is seated on the guide rail 50 fixed to the base frame 9 and axially coupled to the first driven shaft 22 as shown in FIG. 13. A groove 48a having the same curvature as that of the pipe material 2 is formed at the tip of the clamp 48 and coupled to the first transfer port 52 that operates as the pipe material transfer cam 51. One end of the restoring spring 53, one end of which is fixed to the base frame 9, is coupled to the front of the first transport hole 52, and a freely rotating roller 54 is provided at the rear of the first transport port 52. To be in contact with the pipe material transfer cam 51.

In addition, the upper clamp 49 of the clamps 48 and 49 is guided by the guide plate 56 having a guide hole 55 fixed to the base frame 9 and extending from the tip, as shown in FIG. 14. It is coupled to the second feeder 58, which is coupled to the ball 55 by two pins 57, and the second feeder 58 moves the first feeder 52 slightly so that the upper and lower clamps ( When the 48 and 49 catch the pipe material 2, the pusher 59 coupled to the first transfer port 52 is connected and transported, and restored by the restoring spring 53. 12 to 15, the pivot table 61 rotates by the second feeder pivoting cam 60 which is axially coupled to the drive shaft 20 as shown in FIGS. 12 to 15. Positioning one end, the pivot 61 is axially coupled to the guide rail 37 in which the above-described slide feeder 38 is placed, and the supporter 62 and the spring 63 erected on the base frame 9. Connect and restore.

Figure 16 is an excerpt of the plan view for showing the mold transporting means for the advent of the present invention, for the auger forming consisting of a quartered mold member (7a) (7b) (7c) (7d) applied to the present invention The mold 7 is configured to be mutually coupled and terminated by the left and right transfer means 18 and the front and rear transfer means 17, which will be described in more detail below.

FIG. 17 is an exploded perspective view for showing the left and right conveying means 18 of the mold for advent of the present invention, and FIGS. 18 and 19 are side cross-sectional views showing an operating state of FIG. 17.

Referring to the left and right conveying means 18, the guide groove 64 is coupled to the guide groove 64 is coupled to the guide groove (66a) formed in the support plate 66 fixed to the base frame (9) To be coupled and slide, the front end of the transfer frame 65 is coupled to the mold member (7b) and the fixing plate 67, and the restoring spring 78 is fixed to one end fixed to the base frame (9). And the roller 68 is installed on the rear side of the transfer frame 65, the roller 68 is to be connected to the left and right feed cam 69 is installed on the drive shaft (20). A pressing protrusion 69a is formed at the rear top dead center of the left and right transfer cam 69 to press the mold members 7b and 7d.

In addition, one end is coupled to the transfer frame 65 or the guide protrusion 64 by sliding the end of the restoring spring 70 having one end fixed to the base frame 9 by the left and right transfer cam 69. It is a configuration to restore the transfer frame (65).

Figure 20 is a rear exploded perspective view for showing the front and rear conveying means 17 of the advent mold for molding of the present invention, Figure 21, 22 is a side view showing the operating state of Figure 20,

The front and rear conveying means 17 is a device for conveying back and forth two mold members 7c and 7d coupled to the upper end, and the elevating base 72 is located above the guide rail 71 fixed to the base frame 9. Combining the slide to be moved, the left side of the elevating plate 72 is coupled to the fixed plate 73 and the mold member (7c), the right side to form a guide groove 74 in the orthogonal direction with the guide rail (71), The guide rails 75 are fixed to the center of the guide groove 74, the guide frames 76 are coupled to the guide rails 75, and the tip end of the X-shaped transfer frame 65 is located above the guide frames 76. The fixed plate 77 and the mold member 7d are joined to each other, and one end of the restoring spring 78 having one end fixed to the edge of the base frame 9 on the driving shaft 20 is fixed to the fixing plate 77.

In addition, the roller 80 is installed on the rear end of the elevating base plate 72 so as to be connected to the front and rear transfer cam 79 which is coupled to the second driven shaft 23, and one end is fixed to the edge of the base frame 9. One end of the restoring spring 81 is fixed to restore the elevating base plate 72 advanced by the front and rear transfer cam 79, and a recess 79a is formed at the top dead center surface of the front and rear transfer cam 79. It is formed so that the lifting platform 72 can retreat temporarily and move forward again.

Reference numeral 82 in the figure shows a bearing for supporting each axis, 83 shows a bolt for fixing each component.

Auger molding apparatus 1 of the present invention configured as described above is a device for forming a free-rotating fishing auger mainly to prevent the twisting of the fishing line, will be described below the operation and action of the present invention.

When the power is applied to the fishing adhering apparatus 1 provided by the present invention, the pipe material feeder 5 and the vibrator 4 attached to the ring-shaped ring feeder 6 are vibrated and cut into a predetermined length. (2) and the ring-shaped ring (3) bent end is arranged in a row and supplied through the pipe-type supply pipe 10 and the guider 12, the drive shaft 20 and the first by the driving force of the motor (19) , 2, 3 driven shafts 22, 23, 24 are driven at the same time, several cam mechanisms coupled on each axis are ring-shaped ring conveying means 15, 16 and pipe member conveying means 14 And the forward and backward movement means 17 and the left and right transfer means 18 are sequentially operated to supply the pipe member 2 and the ring-shaped ring 3 between the mold members 7a, 7b, 7c, and 7d. Continuously bending the both ends of the pipe member 2 inward while the ring member 3 is coupled to both sides of the pipe member 2 continuously. The lure will be that produced the arrival of the free rotation to the ring-shaped ring (3) is coupled to the pipe member (2) state.

That is, the present invention is to shape the advent in the process sequence as shown in Figure 4, when driving the motor 19 as described above the mold members (7a) (7b) (7c) (7d) " The ring-shaped ring 3 is supplied to the guide groove 29 formed in the guide plate 28 in the state where it is opened in a ╋ "shape, and at this time, the cam 34 for operating the conveying means coupled to the first driven shaft 22 is ring-shaped. When the roller 33 is pushed by the two conveying means 15 for conveying the ring 3 in the vertical direction, the feed table 32 coupled to the slide feed hole 31 guides the ring-shaped ring 3 to the guide groove 36. In this case, the front and rear feed cam 79 coupled to the second driven shaft 23 pushes the elevating base plate 72 so that the upper and lower mold members (7a, 7c) or (7b) (7d) ) Is in close contact.

As described above, the conveying means 16 is conveyed to the guide groove 36 and the conveying means 16 for conveying the ring-shaped ring 3 in the horizontal direction is coupled on the drive shaft 20 and the third driven shaft 24. Since the actuating cam 41 pushes the roller 40 of the conveying means 16, the ring-shaped ring 3 in the guide groove 36 is the upper and lower mold members (7a, 7c) or (7b) (7d). The pipe material conveying cam 51 which is supplied along the guide groove 27 formed by the combination of)) and coupled to the second driven shaft 22 is roller 54 of the pipe material conveying means 14. The pipe material 2 into the pipe material indentation grooves 25 formed in the center of the mold members 7a, 7b, 7c, and 7d while holding the pipe material 2 with the clamps 48 and 49 by pushing. By supplying the ring-shaped ring (3) supplied along the guide groove 27 is in a position that can be coupled to both sides.

At this time, the top dead center position of the front and rear feed cam 79 coupled to the second driven shaft 23 is located in the recess 79a, so that the ring-shaped ring 3 supplied to both sides of the pipe material 2 is smoothly supplied. The upper and lower mold members (7a, 7c or 7b, 7d) are loosened slightly so that the upper and lower mold members (7a, 7c) are fully engaged. Or (7b) (7d)).

When the pipe material 2 is supplied to the pipe material inlet groove 25 formed at the center of the mold members 7a, 7b, 7c, and 7d as described above, the left and right conveying cams 69 are coupled to the drive shaft 20. In the state before the pipe material 2, which is located between the mold members 7a, 7b, 7c, and 7d, is pushed by the roller 68 installed on the transfer frame 65 of the left and right transfer means 18. To be. At this time, the guide frame 76 coupled to the elevating plate 72 of the front and rear transfer means 17 is also moved by the transfer frame 65.

The second feeder pivot cam 60 coupled on the drive shaft 20 pivots the pivot 61 so that the pin (below) of the second feed port 58, which is a part of the pipe material conveying means 14, 57, the upper clamp 49 holding the pipe material 2 is rotated finely so as to be separated from the pipe material 2 and restored, and is coupled to the drive shaft 20 and the third driven shaft 24. The conveying means actuating cam 41 is located in the indentation groove 41a formed at the top dead center when the operation is made, so that the clamp 49 is completely detached from the pipe material 2 and the ring ring 3 is again provided. Will be pushed.

By the operation as described above, the pipe member 2 and the ring-shaped ring 3 are completely supplied between the mold members 7a, 7b, 7c, and 7d, and the pipe material conveying means 14 is restored. The pressing protrusion 69a protruding from the rear end of the left and right transfer cam 69 coupled to the thruster pushes the roller 68 installed on the transfer frame 65 again, and at this time, each mold member 7a and 7b. (7c) (7d) is bent inwardly in both ends of the pipe material (2) in close contact with the fully bonded state.

After the advent for fishing is molded through the above-described process, the front and rear transfer means 17, the front and rear transfer cams 79 and the left and right transfer cams 69 of the left and right transfer means 18 are restored to the bottom dead center position, In the state where each mold member 7a, 7b, 7c, 7d constituting (7) is opened in a U-shape, the above steps are performed again.

As described above, the auger-forming apparatus 1 for fishing provided by the present invention includes a pipe material 2 and a ring-shaped ring 3, which are components constituting the advent, with a pipe material feeder 5 and a ring-type ring feeder 6. And the pipe material (2) and the ring-shaped ring (3) to be fed and arranged in the center of the base frame (9) by ring ring conveying means (15) and (16) and pipe material conveying means (14) Pipes are continuously supplied between the mold members 7a, 7b, 7c, 7d, which are divided into quarters, and the mold 7 which is opened or joined by the left and right conveying means 18 and the front and rear conveying means 17, and is opened in a shape. In the state in which both ends of the pipe material (2) in the state in which the ring-shaped ring (3) is coupled to both ends of the material (2), according to the present invention can provide significantly improved productivity compared to the molding apparatus disclosed in the prior art Can cut both ends of pipe material (2) inwardly This process not bad and could produce high quality fishing arrival for a very good invention, which is more than can be expected, such as it can significantly reduce the personnel working to reduce the manufacturing cost is expected to dramatically effect from that.

Claims (5)

End portions of the first driven shaft 22, the second driven shaft 23, and the second driven shaft 23, which are geared by the bevel gear 21 in front and rear of the drive shaft 20 driven by the motor 19. A mold member 7a, 7b, 7c, which is divided into quarters, inside the base frame 9 in which a plurality of cams are axially installed on the third driven shaft 24 geared by the bevel gear 21. 7d), and the inside of each mold member (7a) (7b) (7c) (7d) is a pipe material (2) is inserted into the inner end of the pipe material (2) when pressurizing the mold (7) The pipe material inlet groove 25 is divided into equal parts, and the ring material ring when the pipe material inlet groove 25 and the upper and lower mold members (7a, 7c or 7b, 7d) are coupled in the horizontal direction. A mold 7 in which the inlet groove 26 and the guide groove 27 are formed so that the 3 is guide-coupled to both ends of the pipe material 2; A guide plate 28 having guide grooves 29 and 36 fixed to both sides of the lower mold members 7a and 7b; A cam for operating the transfer means, which is placed on the guide rails 30 and 37 fixed to the base frame 9 and axially coupled to the first driven shaft 22, the drive shaft 20, and the third driven shaft 24. 34 and 41, which are connected to the ring-type feeder 6 by positioning the carriages 32 and 39 coupled to the slide feed ports 31 and 38, which are advanced to 34 and 41 and retracted to the restoring spring 35. The ring ring (3) supplied to the guide groove (29) through the guide (12) for supplying the ring ring (3) one by one by the pipe material (2) through the guide groove (27) of the mold (7) Ring-shaped ring transfer means (15) and (16) fitted to both sides; The first conveyance port is fixed to the guide rail (50) fixed to the base frame (9) and advanced to the pipe material transfer cam (51) axially coupled to the first driven shaft (22) and restored to the restoring spring (53). To the pusher 59 provided with a first pin (52) is coupled to the two pins (57) to the guide plate 56 formed with a lower clamp 48, coupled to the 52, the guide hole 55 extending the tip Pipe material conveying means (14) composed of an upper clamp (49) coupled to the second conveyance port (58) which is connected and advanced and is restored by a restoring spring (53); A shaft coupled to the guide rail 37, connected to the supporter 62 and the spring 63, which is erected on the base frame (9), by the second feeder rotation cam 60 is axially coupled to the drive shaft (20) A pivoting table 61 rotated and having one end portion positioned below the second conveying port 58 of the pipe material conveying means 14 to rotate the second conveying port 58; The guide protrusion 64 of the X-shaped transfer frame 65 is coupled to the guide groove 66a of the support plate 66 fixed to the base frame 9, and the mold member 7b and the tip of the transfer frame 65 are connected to each other. The fixed plate 67 is coupled to the rear of the transfer frame 65 by the roller 68 is installed on the drive shaft 20 by the shaft and the upper and lower end by the left and right feed cam 69 is formed with a pressing projection (69a) Left and right conveying means (18) adapted to be forward and pressurized and to be restored by a restoring spring (70); The fixing plate 73 and the mold member 7c are coupled to the left side of the elevating base plate 72 coupled to the guide rail 71, and the guide rail 75 is fixed to the guide rail 71 in a direction perpendicular to the guide rail 71. The frame 76 is coupled, and the fixing plate 77 and the mold member 7d coupled to the tip of the X-shaped transfer frame 65 and the mold member 7d are coupled to the upper side of the guide frame 76. Fixing the restoring spring (78) having one end fixed to the 20) side, the roller 80 is installed on the rear of the elevating plate 72, the shaft is coupled to the second driven shaft (23) and the top dead center surface groove (79a) Auger forming apparatus for fishing, characterized in that consisting of the front and rear conveying means 17 is operated by the formed front and rear conveying cam (79) and restored to the restoring spring (81). The method of claim 1, The guide groove 27 formed by the combination of the mold members 7a, 7b, 7c, and 7d constituting the mold 7 forms an inclined surface portion 27a at the lower side thereof, so that the ring-shaped ring 3 can be seen. Auger molding apparatus for fishing, characterized in that to guide smoothly. The method of claim 1, The stopper 11 stands on the supporter 42 on the base frame 9 inside the second driven shaft 23, and is coupled to the end of the pivot 43 that is axially coupled to the upper end of the supporter 42, The other side of the pivot 43 is connected to the base frame 9 and the spring 44, and the second driven shaft 23 is attached to the lower side of the pivot 43 by attaching a connecting rod 46 provided with a roller 45. A ring-shaped ring (3) to be fed to the guide groove (29) to the guide groove (29) by supplying a pair of two lifting on the rotary cam operating cam 47 that is axially coupled to the guide 12 Auger molding apparatus for fishing. The method of claim 1, Fishing characterized in that a groove 48a having the same curvature as that of the pipe material 2 is formed at the tip of the clamp 48 coupled to the first transfer port 52 constituting the pipe material transfer means 14. Auger molding apparatus. The method of claim 1, At the top dead center of the cam 41 for operating the transfer means, a certain period of indentation groove 41a is formed so that the entire slide feed port 38, which has been moved forward, can temporarily retreat after retreat. Auger molding apparatus.