KR100713812B1 - Forging machine for fishing-hook manufacture - Google Patents

Abstract

The present invention relates to a fishing needle maker, and more particularly, it is possible to configure a forging molding apparatus in a fishing needle maker for manufacturing a fishing needle through a head forming process, barb forming process, body forming process. The present invention relates to a forging molding apparatus of a fishing needle maker which has various benefits such as time and manpower savings due to manufacturing, and includes a cutting device that cuts the material of the fishing needle into a predetermined length and feeds it into a transfer device, and is introduced from a cutting device. In the fishing needle maker consisting of a conveying device for conveying a material, a head forming device, a barb forming device, and a body shaping device, the body shaping device 600 is installed in the next process to complete the body shaping work. Install the forging molding device (1) so that the forging molding work, the forging molding device (1) is the body forming work in the body forming apparatus 600, the fishing needle (H) Forging molding unit forging the feeding part 20 and the forceps conveying unit 30 and the transported fishing needle (H) for transferring to the forging molding unit 50 from the body forming apparatus 600 for forging molding operation ( It is made up of 50).

   Fishing machines, fishing needle makers, fishing needle formers, fishing needle formers, fishing needles.

Description

Forging forming apparatus of fishing needle maker {FORGING MACHINE FOR FISHING-HOOK MANUFACTURE}

1 is a configuration diagram of a conventional fishing needle maker

2 is a manufacturing process of the fishing needle

Figure 3 is an overall configuration showing an embodiment of the present invention

Figure 4a, 4b is a configuration diagram of the feeding unit in the present invention

Figure 5 is a perspective view of the main portion of Figure 4a 4b

Figure 6a, 6b is a configuration diagram of the forceps transfer unit of the present invention

Figure 7a, 7b is a main portion of the configuration showing the action of the forceps transfer portion of the present invention

8a, 8b is a configuration diagram showing the action of the forceps in the present invention

Figure 9a, 9b is a configuration diagram of the forging molded part of the present invention

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

1: forging molding machine 2: gas

3: rotating shaft 4: driving shaft

5: power transmission means

20: Feeding part 21: Feeding arm

22; inner jaw 23: shaft

25: Slider 26: Operation Bar

27: drive cam 29: pusher

30: Tongs transfer part 31: Moving plate

32: guide 33: guide roller

34: lifting block 35: slope

36: Return spring 37: Operation bar

38: Drive cam

40: Forefinger 41, 42: Forefinger

43: bracket 44: shaft pin

45: Spring 46: Moving bar

47: round block 48: working bar

49: Operation cam

50: forging molding 51, 52: molding die

53: platform 54: eccentric operation shaft

55: discharge plate 56: discharge hopper

H: Fishing needle F: Forged molding surface

   The present invention relates to a fishing needle maker, and more particularly, it is possible to configure a forging molding apparatus in a fishing needle maker for manufacturing a fishing needle through a head forming process, barb forming process, body forming process. The present invention relates to a forging molding apparatus for a fishing needle maker that has various benefits such as time and manpower savings due to manufacturing.

   In general, the fishing needle is produced by cutting the material such as iron wire to a certain length in the cutting machine, and transferred to the manufacturing machine to go through a number of processes, the manufacturing of the fishing needle flatten one end of the cut wire to a certain length or The head shaping process for forming a ring, the barb shaping process for shaping the barb, the body shaping process for shaping the body part in a curve starting from the sharp part.

   Conventional fishing needle manufacturing apparatus is published in Utility Model Publication No. 1997-8305, 1997-8306, 1999-4184, Utility Model Publication No. 1995-779, 1995-859, Patent Publication No. 1997- 25355 and others are known.

   The various fishing needle makers mentioned above are composed of a head molding apparatus, a barb molding apparatus, a body molding apparatus, and the like, and each of these apparatus parts is sequentially arranged on one side of the feed table for transferring the material intermittently, and the work is sequentially performed for each process. It is configured to be made of the fishing needle while performing.

   That is, as shown in the example of FIG. 1, the cutting device 200 and the material introduced from the cutting device 200 and the cutting device 200 for cutting the fishing needle material into a predetermined length on the base 100 and feeding the feeding device 300 intermittently. Sequentially, the conveying apparatus 300 for conveying, and the head forming apparatus 400, which is installed on one side of the conveying apparatus 300 of the base 100 to mold the head of the fishing needle into a flat or ring-shaped, and to mold the barb The material inserted into the barb forming apparatus 500 and the base forming apparatus 600 is formed at the end of the base 100 to bend the body of the fishing needle into an arc shape. It is conveyed while passing through the device portion in order to perform the operation sequentially to produce the fishing needle.

   In addition, the fishing needle completed through the above process has a problem that the body of the fishing needle (H) is formed in a straight line as shown in Fig. 2 (A) has a weak flexural strength and the like, as shown in Fig. 2 (B) and As a result, forging molding surface F is formed by flattening a part of the body and bending it slightly in one direction. (Fishing needle is forging molding for the purpose of reinforcing flexural strength and smoothing the action of needle hooking. do.)

   The forging molding operation of the fishing needle body is not performed directly in the fishing needle maker, but the fishing needle manufactured in the fishing needle maker is manually transferred to the forging machine, and then put between the upper and lower molds of the forging machine to forge the fishing needle body. This completes the fishing hook.

   Looking again at this below; The fishing needle manufactured in the fishing needle maker moves the fishing needle to a separate forging machine in order to forge the body of the fishing needle, and then puts the fishing needles into the forging machine one by one and forge forming work. Inevitably, there was a problem that the productivity is lowered and the production cost is raised.

In the present invention, by installing a forging molding device for forging molding work on one side of the fishing needle manufacturing machine so that the forging molding operation of the fishing needle body can be made immediately in the fishing needle body immediately after the body forming operation of the fishing needle, the production of fishing needles quickly and easily The work aims to minimize the time and manpower associated with the manufacture of fishing hooks, thereby maximizing productivity and reducing production costs.

   The present invention cuts the raw material of the fishing needle on a base 100, as illustrated in Figure 1 by cutting the cutting device 200 and the raw material introduced from the cutting device 200 and put into the transfer device 300 The transfer device 300 intermittently and sequentially, and the transfer device 300 on the base 100, the head shaping device 400 for forming the head of the fishing needle into a flat or ring shape, and the barb In the known fishing needle manufacturing machine consisting of a barb shaping device 500 to be molded, the body shaping device 600 is installed at the end of the base 100 to shape the body of the fishing needle,

   After the body molding operation is completed by installing the forging molding apparatus 1 after the body molding apparatus 600 for molding the body of the fishing needle into an arc shape, the forging molding surface F is formed on the fishing needle as shown in FIG. It is characterized in that it is configured so that the forging molding operation is performed automatically.

   As described above, the forging molding apparatus 1 according to the present invention cuts the raw material of the fishing needle into a predetermined length and cuts it into the feeding device 300 and the raw material introduced from the cutting device 200. The transfer device 300 intermittently and sequentially, and the transfer device 300 on the base 100, the head shaping device 400 for forming the head of the fishing needle into a flat or ring shape, and the barb It is installed after the body shaping device 600 of the fishing needle maker consisting of a body shaping device 600 which is installed at the end of the barb shaping device 500 and the base 100 to mold the body of the fishing needle. Finished fishing needle will be forged molding operation, look at the configuration of the present invention in detail as follows.

   Figure 3 is an overall configuration showing an embodiment of the present invention, Figures 4a, 4b is a configuration of the feeding portion of the present invention, Figure 5 is an excerpt perspective view of the main portion of Figures 4a, 4b, Figure 6a, 6b is a tongs conveying portion of the present invention 7A and 7B are main part configuration diagrams showing the action of the forceps conveying part in the present invention, and FIGS. 8A and 8B are structural views of the forged molding part in the present invention.

   The forging molding apparatus 1 is installed on the base 100 like the apparatuses of other processes, and the forging molding operation of the fishing needle H that is installed after the body forming apparatus 600 is formed and the body is molded. Performed to complete the fishing needle (H).

  The forging molding device (1) is a feeding unit 20 and tongs conveying unit 30 for transporting the fishing needle (H) from the body forming apparatus 600 to the forging molding unit 50 for forging molding operation And, forging molding portion 50 for performing a forging molding operation.

  Feeding part 20 is a feeding arm 21 and the body for transferring to the tongs feeder 30 to transfer the fishing needle (H) made the body molding work to the forming die (51, 52) side of the forging molding 50 Is installed in the molding apparatus 600 and consists of a pusher (29) for feeding the fishing needle (H) from the body molding apparatus 600 to the feeding arm (21).

   The pusher 29 is connected to an air cylinder, a solenoid or the like (not shown), and pushes the fishing needle H on the body forming apparatus 600 to the inner jaw 22 side of the feeding arm 21 for feeding.

   Feeding arm 21 is formed on the side adjacent to the body shaping device 600 is formed with a settled jaw 22 for receiving the fishing needle (H) completed in the body shaping device 600 from the pusher 29, Figure 5 As shown, the fishing needle (H) is configured to be moved to the lying position in the longitudinal direction.

   In addition, the feeding arm 21 is coupled to the shaft 23, the eccentric lever 23a is coupled to the slider 25 which is moved up and down as a connecting bar 24, the upper and lower slider 25 is the operating bar 26 is It is configured to be interlocked with the drive cam (eccentric cam) 27 on the rotary shaft (3), when the fishing needle (H) is moved over the settling jaw 22 on one side of the feeding arm 21, the operation is linked to the drive cam (27) The bar 26 raises the slider 25 to rotate the eccentric lever 23a of the feeding arm 21 connected to the connecting bar 24 so that the feeding arm 21 is angled toward the forming dies 51 and 52. By lying down by movement, the fishing needle (H) raised on the settling jaw 22 of the feeding arm (21) to lie down to be transported to the tongs (40).

   As shown in FIG. 5, the permanent magnet 28 may be added on the feeding arm 21 so that the fishing needle H placed on the settling 22 is easily and stably positioned.

   On the other hand, the tongs feeder 30 transfers the fishing needle H, which is placed on the settling jaw 22 of the feeding arm 21 from the feeding arm 21, and transfers the fishing needle H to the forming dies 51 and 52, thereby handling the fishing needle. Clamp 40 for picking up (H) is coupled to the slide bar 46 to move left and right to pick up the fishing needle (H) raised on the jaw 22 of the feeding arm (21) forming die (51) By transferring to the 52, the following describes the configuration of the forceps transfer unit 30 with the configuration of the forceps 40 as follows.

Figure 6a, 6b is a configuration diagram showing the forceps of the present invention, Figures 7a, 7b is a configuration of the main portion showing the action of the forceps of the present invention, Figure 8a, 8b is a configuration diagram showing the operation of the forceps in the present invention,

   The tongs 40 are composed of upper and lower forefingers 41 and 42, and the lower forefinger 42 is fixedly coupled to the bracket 43, and the upper forefinger 41 is connected to the shaft pin 44 on the bracket 43. Upwardly supported by the spring 45 in an angular motion state is composed of both the forefinger (41, 42) is open.

   Incidentally, inclined surfaces 41a and 42a facing each other are formed at the rear side of each of the forefingers 41 and 42 so that the circular block 47 on the movable bar 46 is slidably coupled thereto, and the circular block 47 is formed. Is inclined to be slidably moved left and right on the moving bar 46, the operation bar 48 connected to the moving bar 46 is interlocked with the drive cam 49 of the rotary shaft 3, the inclined surface of the rear of the forefinger (41, 42) As the upper and lower forefingers 41 angularly move toward the lower forefinger 42 with respect to the shaft pin 44 as the circular block 47 sliding with (41a and 42a) moves back and forth. This house is configured to take action.

Then, the tongs 40 are coupled to the moving plate 31 to the bracket 43 to which the upper and lower forefingers 41 and 42 are coupled, and the guide plate 33 is coupled to the moving plate 31 at one end thereof. The guide 32 sliding along the elevating slope 35 of the elevating block 34 is formed. As the guide 32 moves left and right by the elevating operation of the elevating block 34, the movable plate 31 and the bracket 43 Tongs 40 coupled to each other are configured to move the fishing needle H from the feeding arm 21 to the forming dies 51 and 52 of the forging part 50.

To this end, the moving bar 46 to which the tongs 40 are slid left and right is installed to be disposed between them with a length that can be sufficiently moved to the feeding arm 21 and the forming dies 51 and 52, and the guide 32 ), The return spring 36 is connected to the feeding arm 21, and the lifting block 34 sliding with the guide 32 is operated by the operation bar 37 connected to the driving cam 38 of the rotating shaft 3. By moving the block 34 up and down, the guide 32 sliding on the inclined surface 35 of the lifting block 34 slides left and right to move the forceps 40 coupled with the moving plate 31 to the left and right. ,

   The tongs 40 perform the operation of picking up the fishing needle H from the feeding arm 21 side, and the operation of placing the fishing needle H after the forging molding operation in the forming dies 51 and 52 of the forging molding part 50. In this case, the above-described moving bar 46 and the operating bar 48 connected thereto are linked to the driving cam 49, which will be described below.

     On the other hand, Figure 9a, 9b is a configuration diagram of the forging molding apparatus of the present invention,

    The molding dies 51 and 52 of the forging molding part 50 are disposed on the lower molding die 51 on which the fishing needles H are raised, and are directly raised and lowered to operate the lower molding die 51. Composed of the upper forming die 52 is a blow operation to the upper surface, the upper forming die 52 and the lower forming die 51 is formed with a forged forming surface (51a, 52a) to match the fishing needle ( The forging molded surface F is formed in H).

   The upper forming die 52 is installed on the lifting table 53 and slides up and down on the base 2, and the lifting table 53 of the forming die 52 is coupled to the eccentric cam shaft 54 of the drive shaft 4. Lifting operation

    And the drive shaft (4) and the drive cam (27) 38 (49) coupled to the lifting platform 53 is operated to be coupled to the drive shaft 5 is coupled to the power transmission means 5, such as a chain,

     At the rear side of the lower molding die 51, a discharge plate 55 for discharging the fishing needle H having completed the forging molding operation to the discharge hopper 56 is installed in combination with an air cylinder or a solenoid.

    Reference numeral 6 in the drawings shows an operation handle for adjusting the drive cam position of the device for each process.

    The present invention configured as described above is fishing by performing the forging molding operation in the forging molding device (1) immediately after the body forming process in the fishing needle maker without moving the fishing needle (H) is completed for the body molding operation to a separate forging molding machine Not only can greatly reduce the time and manpower required for the manufacture of the needle (H), but also the entire process required for the manufacture of the fishing needle (H) can be made in one manufacturing machine, thereby improving productivity and reducing manufacturing cost. It will be possible to plan, and look at the operation of the present invention with the following configuration as follows.

   The fishing needle manufacturing machine according to the present invention is the forging molding device (1) is installed next to the body forming apparatus 600 for molding the body of the fishing needle (H) in an arc shape and after completion of the body forming operation (B) and The forging molding operation for forming the forging molding surface (F) on the fishing needle (H) is performed immediately.

   The forging molding apparatus 1 according to the present invention is a cutting device 200 for cutting the raw material of the fishing needle to a predetermined length and put into the feeder 300, and intermittently, the material fed from the cutting device 200 The transfer apparatus 300 and the head forming apparatus 400 installed on one side of the transfer apparatus 300 on the base 100 to mold the head of the fishing needle into a flat or ring shape, and the barb forming apparatus to mold the barbs. 500, the fishing needle manufacturing machine consisting of a body shaping device 600 is installed at the end of the base 100 to mold the body of the fishing needle, the body shaping device 600 is installed in the next process, the body molding work is completed fishing Forging the needle (H).

   3 is an overall configuration diagram showing an embodiment of the present invention, Figures 4a, 4b is a configuration diagram of the feeding portion of the present invention, Figure 5 is an excerpt perspective view of the main portion of Figures 4a, 4b,

   The forging molding apparatus 1 is installed in the process following the body molding apparatus 600, and when the body molding operation is completed in the body molding apparatus 600, the fishing needle H having completed the body molding operation as a pusher 29 as a feeding arm ( The fishing needle H, which is pushed toward the 21) side and pushed to the feeding arm 21 by the pusher 29, is placed on the settled jaw 22 of the feeding arm 21.

   When the fishing needle H is placed on the settling 22 of the feeding arm 21, the slider 25 connected to the eccentric lever 23a and the connecting bar 24 is moved up and down by the driving cam 27. As a result, as shown in FIG. 5, the eccentric lever 23a of the feeding arm 21 connected by the connecting bar 24 is rotated to angularly move the feeding arm 21 toward the forming dies 51 and 52, thereby feeding the feeding. The fishing needle H placed on the settling jaw 22 of the arm 21 is in a laid state.

   As described above, when the feeding arm 21 on which the fishing needle H is placed on the settled jaw 22 is angularly moved and lies on the forming dies 51 and 52, the tongs 40 of the tongs feeder 30 are moved to the bar 46. ) To move to the feeding arm 21 side to pick up the fishing needle (H) raised on the settling 22 of the feeding arm 21 to transfer to the forming die (51, 52) side and tongs (40) fishing needles When the (H) is picked up and moved, the feeding arm 21 returns to the body shaping device 600 by the eccentric lever 23a while the slider 25 connected to the drive cam 27 is lowered again and is pushed (29). ) Is provided with the next fishing hook (H) to repeat the above-described process.

    Looking at the action of the forceps 40, as follows.

    Figure 6a, 6b is a configuration diagram of the forceps conveying portion of the present invention, Figure 7a, 7b is a main portion configuration diagram showing the action of the forceps conveying portion of the present invention.

   The tongs 40 are positioned on the feeding arm 21 on the moving bar 46 to pick up and move the fishing needles H on the feeding arm 21. In this case, the guide 32 is provided by the return spring 36. Is pulled toward the feeding arm 21 and positioned on the right side of the elevating block 34, the tong 40 of the fishing needle H raised on the settling 22 of the feeding arm 21 Shank. Will be picked up.

   That is, as the tongs 40 moved to the feeding arm 21 side, as shown in FIGS. 8A and 8B, the operation bar 48 which is interlocked with the drive cam 49 of the rotating shaft 3 pushes the moving bar 46 to the forefinger hand ( 41, 42 As the circular block 47 on the moving bar 46 sliding with the inclined surfaces 41a and 42a at the rear side is pushed and moved to the inclined surfaces 41a and 42a, the upper forefinger 41 is moved to the shaft pin 44. By angular movement toward the lower forefinger 42, the tip of the upper and lower forefingers 41, 42 is retracted while the fishing needle H is pinched.

   And, when the tongs 40 pick up the fishing needle (H) raised on the settling 22 of the feeding arm 21, it is interlocked with the moving plate 31 coupled to the bracket 43 of the tongs 40 The tongs 40 on the moving bar 46 are moved to the forming dies 51 and 52 by the guide 32.

  At this time, the circular block 47 on the moving bar 46 coupled to the rear inclined surfaces 41a and 42a of each forefinger 41 and 42 is also moved together.

    As the lifting block 34, which is connected to the operation bar 37 connected to the drive cam 38 of the rotating shaft 3, moves up, the sliding block 34 is slid as the guide roller 33 on the inclined surface 35 of the lifting block 34. The guide 32 moves toward the forming dies 51 and 52 while tensioning the return spring 36 so that the tongs 40 connected to the guide 32 and the moving plate 31 are forged from the feeding arm 21. It moves to the molding die 51 and 52 side of the shaping | molding part 50. FIG.

    When the tongs 40 picking up the fishing needle H are moved to the forming dies 51 and 52, the fishing needles H are held by the tongs 40, and the forging molding surface 51a of the lower forming die 51 is held. The position is fixed on the upper side and in the state in which the tongs 40 are fixed to the forging molding surface 51a of the lower forming die 51 by the tongs 40, the upper forming die 52 strikes downward and moves up and down. Forging molding operation is performed in which the forging molding surface H is formed on the body of the fishing needle H by the forging molding surfaces 51a and 52a of the forming dies 51 and 52.

   When the forging molding operation is completed as described above, the tongs 40 are inclined surfaces of the rear of the tongs 41 and 42 on the connecting bar 46 by the operation bar 48 which is interlocked with the drive cam 49 of the rotating shaft 3. As the circular block 47 holding the 41a and 42a retreats backward, the forefinger holding the fishing needle H is returned to the shaft pin 44 by the spring 45 upward. ) Is opened to place the fishing needle (H).

   Then, when the tongs 40 release the fishing needle H held by the lower molding die 51, the tongs 40 are connected to the guide 32 interlocked with the moving plate 31 coupled to the bracket 43. The tongs 40 are moved toward the feeding arm 21 by the return spring 36.

   That is, as the lifting block 34 connected to the operation bar 37 connected to the drive cam 38 of the rotating shaft 3 descends by the rotation operation of the rotating shaft 3 and the driving cam 38, the lifting block 34 The guide 32 guided and supported by the guide roller 33 on the inclined surface 35 is moved back to the feeding arm 21 by the restoring force of the return spring 36, and the tongs are repeatedly subjected to the above-described operation. 40 repeats the operation of picking up the fishing needle H from the feeding arm 21 and moving it to the forming dies 51 and 52 of the forging part 50.

    Looking at the operation of the forging molding section 50 as follows.

   9A and 9B, the upper forming die 52 is installed on the platform 53 coupled to the eccentric cam shaft 54 of the drive shaft 4, and is rotated up and down on the base 2 by the rotational drive of the eccentric cam shaft 54. While the slide reciprocating operation is hitting the lower forming die 52, the fishing needle (H) raised on the lower forming die 51 by the forceps 40 between the upper and lower forging molding surface (51a, 52a) between the fishing needle (H) Forging molding operation to form the forging molding surface (F) in the body is to be performed.

   After the forging molding operation is performed as described above, the tongs 40 open the tongs 41 and 42 and the fishing needle H is placed on the lower forming die 51 for feeding the arm 21 for the next operation. If the discharge plate 55 is discharged by pushing the fishing needle (H) on the upper surface of the lower molding die 51 to the discharge hopper 56 side, and a series of operations are completed,

   The forging molding apparatus 1 according to the present invention is to perform forging molding continuously and repeatedly for the fishing hook H completed in the body forming part 600 while repeatedly performing the above-described series of processes.

  In the above, the present invention has been described as an embodiment in which the forging molding apparatus 1 is installed in the conventional fishing needle maker illustrated in FIG. 1 for convenience, but the present invention is not necessarily limited to the fishing needle maker of the illustrated example. It can be installed and installed in a number of common fishing needle manufacturers to perform a fishing needle manufacturing process, such a case is also the same as the present invention.

   As described above, the present invention provides a forging molding process of the fishing needle body immediately after the body forming operation of the fishing needle by installing the forging molding apparatus for the forging molding operation of the fishing needle in a conventional fishing needle manufacturing process. It can maximize productivity and reduce manufacturing cost by minimizing time and manpower, and can achieve various economic benefits such as not requiring a separate forging facility for forging the fishing needle.

Claims (5)

   A cutting device that cuts the material of the fishing needle into a certain length and puts it into the transfer device, a transfer device that intermittently transfers the material introduced from the cutting device, and is installed to one side of the expected transfer device to flatten the head of the fishing needle. Or in the fishing needle maker consisting of a head shaping device for molding into a ring, a barb shaping device for shaping a barb, a body shaping device for forming a body of a fishing needle installed at the end of the base,    Install the forging molding device (1) to be installed in the next process of the body molding apparatus 600 to perform the forging molding of the fishing needle (H), the body molding work is completed,    The forging molding device (1) is a feeding part 20 for transferring the fishing needle (H) from the body forming apparatus 600 to the forging molding unit 50 for the forging molding operation in the body forming apparatus 600 for the forging molding operation ) And forging molding device of the fishing needle maker, characterized in that consisting of the forging molding unit 50, the forging molding operation of the fishing hook (H) transferred to the forceps (30).     The method of claim 1,    Feeding unit 20, the pusher 29 for feeding the fishing needle (H) from the body forming apparatus 600 to the feeding arm 21 side, and is installed on one side adjacent to the body forming apparatus 600, the body shaping Feeding arm 21 formed with a settled jaw 22 for transferring the fishing hook H completed in the device 600 from the pusher 29, and an eccentric lever coupled to the shaft 23 of the feeding arm 21. Fishing, characterized in that it is connected to the connection bar (24a) to the 23a) and the operating bar (26) consisting of a slider (25) connected in conjunction with a drive cam (eccentric cam) 27 on the rotating shaft (3) to move up and down Forging molding apparatus of needle maker.    The method of claim 1,    The tongs feeder 30 includes a tongs 40 for picking up the fishing needle H, a guide 32 formed at one end of the moving plate 31 to which the tongs 40 are coupled, and a return spring 36 connected thereto. The guide roller 33 of the guide 32 is slid along the inclined surface 35 and made of a lifting block 34 which is connected to the driving cam 38 of the rotating shaft 3 as an operation bar 37 to move up and down. Forging molding apparatus of fishing needle making machine.    The method of claim 3, wherein   The tongs 40 are composed of upper and lower forefingers 41 and 42, the lower forefinger 42 is fixedly coupled to the bracket 43, and the upper forefinger 41 is the shaft pin 44 on the bracket 43. With the spring 45 is supported upward bullet in the state capable of angular movement,    Inclined surfaces 41a and 42a are formed at the rear side of each of the forefingers 41 and 42 so that the circular blocks 47 on the movable bars 46 are slidably coupled, and the circular blocks 47 are moved to the left and right on the movable bars 46. The operating bar 48 coupled to the slide bar and connected to the moving bar 46 is interlocked with the driving cam 49 of the rotating shaft 3 to slide with the inclined surfaces 41a and 42a at the rear of the forefinger 41 and 42. As the upper and lower forefingers 41 are angularly moved toward the lower forefinger 42 around the shaft pin 44 as the block 47 is moved back and forth, the upper and lower forefingers 41 and 42 are configured to perform the picking operation. Forging molding apparatus of a fishing needle maker characterized in that.    The method of claim 1,   The forging molding part 50 is installed on the lower forming die 51 on which the fishing needle H is placed, and on a lift table 53 coupled to the eccentric cam shaft 54 of the drive shaft 4, and the upper surface of the lower forming die 51. The forging molding operation of the upper forming die 52, the forging forming surfaces 51a and 52a of the upper forming die 52 and the lower forming die 51, and the rear forming die 51, the fishing for which the forging forming operation is completed Forging molding apparatus of the fishing needle maker, characterized in that consisting of a discharge plate 55 for discharging the needle (H).

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