KR100441770B1 - Zipper manufacturing device and manufacturing method - Google Patents

Abstract

The present invention relates to a zipper manufacturing apparatus and a manufacturing method, the zipper manufacturing apparatus according to the present invention is installed in the main body housing (2) coupled to the upper end of the support base (1) fixed to the ground and the support base (1) A driving unit 20 that rotates by receiving power from the motor 10 provided in the inner space, and a transfer unit 30 that is installed in association with the driving unit 20 and receives a driving force of the driving unit 20 to reciprocate linearly; A supply part 40 installed at one lower side of the transfer part 30 and driven by a ratchet provided at one end of the driving part 20 to rotate and supply the release wire W upward by a predetermined amount; The element (E) is formed by cutting the release wire (W) supplied from the supply part (40) while being interlocked with the movement of the transfer part (30). ) To the front punching point The key is installed vertically above the cutting part 50, the transfer part 30 and the cutting part 50, and falls in a downward direction in connection with the operation of the link member 23 according to the movement of the transfer part 30. While the punching portion 60 to form the engaging concave and convex (93) to the element (E), and the element (E) formed on the front of the transfer portion 30, the engaging concave and convex (93) is formed on the cloth tape (T) And a feeding portion for being wound by the ratchet provided on the other end of the drive portion 20 while being positioned above the tooth pressing portion 70 to be attached to the tooth pressing portion 70. It consists of (80).

Description

Zipper manufacturing apparatus and manufacturing method

The present invention relates to a zipper manufacturing apparatus and a manufacturing method, and the work of attaching firmly without twisting the elements formed by cutting a certain amount of intermittent wires having a Y-shaped cross-section at a uniform interval to the vertically supplied cloth tape without uniform twisting It relates to a zipper manufacturing apparatus and a manufacturing method to be made continuously.

In general, a zipper is a piece of metal or plastic, which is joined to each other (hereinafter referred to as "elements"), attached to the cloth tape, and then two rows of cloth tapes having elements interlocked with each other are attached to the cloth tape. It is designed to be pushed and pulled by a pull tap attached to a slider.It is widely used in purses, jumpers, and bags, and it is useful because it has a wide range of uses in our real life. .

These zippers are produced in a wide variety of types as the range of use is wide, there are a number of manufacturing methods depending on the material to make the elements forming the zipper. That is, when the elements are separated into pieces and fixedly attached to the cloth tape continuously, the material is usually a metal material, and when a plurality of elements are mold-molded into a continuous one, a plastic material is used a lot.

On the other hand, in manufacturing the zipper as described above, an important factor to be a good zipper is when the element is attached to the cloth tape, how firmly attached to the good bite state and good bite state, the opening and closing by the slider smoothly When forming an element as described above, the element shape is formed on a flat wire having a straight cross section through continuous press working, and then one element is cut by a predetermined amount. It has been commonly used to make a zipper by attaching the element to a cloth tape. In the case of an element formed of a flat wire rod, it may be accompanied by a change in the shape of each element due to the groove forming. It is not only easy to get off the cloth tape because of the weak bite The disadvantage is that the Yangtze River is also poor, of course, there is a problem that increases the machining process and processing equipment in the case of using a flat wire.

In order to improve the above problems, a method of manufacturing a zipper by forming an element from a profile wire having a Y-shaped cross section has been proposed. As shown in FIG. 8, a release wire having a Y-shaped cross section is provided. (W) is a Y-shaped cross section formed by rolling a rounded line of metal material in several stages. When the release wire W is cut to a predetermined pitch, an element as shown in FIG. 9 (A) ( E) will be formed.

That is, the element (E) consists of an occlusal head (91) having a plane and an occlusal recess (92) which is opened in a V shape at the occlusal head (91) and fitted to a cloth tape (T) to be attached by pressure.

In this case, as shown in FIG. 9 (B), the engagement concave and convexity 93 is formed in the occlusal head 91 of the element E, and the engagement convexity and convexity 93 is always stabilized for a long period of time and accurate occlusion. The purpose is to enable performance.

Accordingly, the present invention has been made for a zipper manufacturing apparatus and a manufacturing method using a release wire rod molded in the Y-shaped cross section as described above, the object of the present invention is the Y-shaped is intermittently supplied upward during high-speed rotation (during operation) After cutting by a certain amount from the release wire having a cross-section to form an element, the element is moved horizontally to form a meshing irregularities while continuously attaching firmly to the cloth tape supplied vertically without twisting at regular intervals. It is to provide a zipper manufacturing apparatus.

1 is a perspective view showing a zipper manufacturing apparatus according to the present invention.

Figure 2 is a side view of the zipper manufacturing apparatus according to the present invention.

Figure 3 is a plan sectional view of the zipper manufacturing apparatus according to the present invention.

Figure 4 is a partial cross-sectional view showing the back of the zipper manufacturing apparatus according to the present invention.

5 is a partial side cross-sectional view of the zipper manufacturing apparatus according to the present invention.

Figure 6 is a partial cross-sectional view showing the supply of the zipper manufacturing apparatus according to the present invention.

Figure 7 is a plan sectional view showing the tooth pressing portion of the zipper manufacturing apparatus according to the present invention.

8 is a perspective view of a release wire having a Y-shaped cross section.

Fig. 9A is a perspective view showing an element before punching molding.

(B) is a perspective view which shows the element after punching molding.

Figure 10 each part according to the rotation of the eccentric cam provided in the zipper manufacturing apparatus according to the present invention

Rotational diagram of the eccentric cam showing the operating status.

Detailed description of the main parts of the drawings

1: support base 2: main body housing

10: motor 20: drive part

21: rotating shaft 22: eccentric cam

30: transfer unit 31: main ram

32: auxiliary ram 40: supply unit

50: cutting part 51: cutting blade

52: cutting die 54: molding die

60: punching part 62: forming punch

70: tooth pressing part 80: feeding part

T: Cloth tape W: Release wire

E: Element

The zipper manufacturing apparatus of the present invention made to achieve the above object is installed in the main body housing coupled to the upper end of the support base fixed to the ground and the drive unit to rotate by receiving the power of the motor provided in the inner space of the support base; And a transfer part installed in connection with the driving part to receive the driving force of the driving part and reciprocally linearly moved, and installed at one lower side of the conveying part and driven by a ratchet provided at one end of the driving part to rotate the release wire by a predetermined amount. A cutting part for supplying upwardly and interlocked with the upper part of the conveying part to cut the release wire supplied from the supply part while interlocking with the movement of the conveying part to form an element, and then moving the element to the front punching point. And, vertically installed above the transfer part and the cutting part In addition, the punching portion is interlocked by the operation of the link member in accordance with the movement of the transfer portion to form a concave and convex unevenness to the element moved to the punching point by the cutting portion, and is operated when the transfer portion is moved to the punching portion By means of a tooth pressing portion for attaching an element having an unevenness formed on the cloth tape, and a ratchet provided on the other end of the rotating shaft while being positioned above the tooth pressing portion to wind the cloth tape to which the element is attached. It is characterized by consisting of the sending.

EMBODIMENT OF THE INVENTION Hereinafter, embodiment of this invention is described in detail, referring an accompanying drawing.

1 to 7 is a view showing a perspective view and a main portion showing a zipper manufacturing apparatus according to the present invention, the present invention zipper manufacturing apparatus has a rectangular parallelepiped support base (1) the appearance is fixed to the ground and the The support base 1 is formed of a main body housing 2 which is fastened and coupled with a plurality of screws through a support plate 3 on an upper surface thereof.

In addition, the zipper manufacturing apparatus includes a driving unit 20 rotating by receiving power of the motor 10 provided in the inner space of the support base 1, and a transfer unit driven by the driving unit 20 to reciprocate linearly ( 30 and a supply unit 40 intermittently upwardly supplying the release wire W by a predetermined amount while being driven and rotated by a ratchet provided at one end of the driving unit 20, and simultaneously with the movement of the transfer unit 30. The cutting unit 50 moves the element E to the front punching point after forming the element E by cutting the release wire W supplied from the supply unit 40 to a predetermined pitch while being interlocked. Punching part 60 and the conveying part to form the engaging concave and convex (93) to the element (E) moved to the punching point by the cutting part 50 while interlocking with the movement of the conveying part 30, It is operated at the advance of the 30 and is engaged by the punching part 60 The element (E) formed with iron (93) is attached to the cloth tape (T) by the tooth pressing portion 70 and the ratchet arm (28) provided at the other end of the drive unit 20 is driven by the element ( E) consists of a feeding portion (80) for winding the cloth tape (T) attached.

Here, the drive unit 20 is connected to the motor 20 installed in the inner space of the support base 1 via the belt 25 is installed in the main body housing 2, the drive unit 20 A rotation shaft 21 supported by the bearing 21a across the main body housing 2, and an eccentric cam 22 installed to rotate with the rotation of the rotation shaft 21 at the center of the rotation shaft 21, At one end of the rotating shaft 21 provided with both ends protruding to the outside of the main body housing 2, a pulley 24 fastened by the motor 10 and the belt 25 is formed, the pulley 24 Two ratchet arms 27 and 28 are provided at the inner end of the rotary shaft 21 and the other end of the rotary shaft 21 to respectively ratchet the supply unit 40 and the feeding unit 80 according to the rotation of the rotary shaft 21. .

The transfer unit 30 is driven in accordance with the eccentric rotation of the eccentric cam 22 provided on the rotating shaft 21 to allow the cutting unit 50 to cut the release wire (W) to a certain size while reciprocating linear movement. By actuating and pushing the link 23d of the link member 23 so that the link member 23 is operated, the punching part 60 falls so as to form an unevenness 93 to be engaged with the element. In this case, the transfer part 30 is attached to the two contact tips 33 and 34 positioned on the front and rear rotation diagram of the eccentric cam 22 as well as the eccentric cam 22 and two contact tips 33. The main ram 31 moves forward and backward from the center of the upper end surface of the main body housing 2 as the 34 contacts, and is mounted on the upper inner side of the main ram 31. A sub-ram 32 interlocked with the main ram 31 is provided.

At this time, the both sides of the main ram 31 and the auxiliary ram 32 is screwed to the upper surface of the main housing 2, a plurality of guide rollers to guide while supporting the movement of the main ram 31 and the auxiliary ram 32 Is provided with a guide frame 35, and the step surface 31b for fastening the cutting die 52 is formed on the front upper surface of the main ram 31.

In addition, after the main ram 31 moves forward and backward of the main ram 31, the main ram 31 and the auxiliary ram 32 move in a predetermined distance in association with each other. The stopper block 37 is assembled to control the stopper, and the stopper knob 38 stops on the rear upper surface of the auxiliary ram 32 after the auxiliary ram 32 moves forward a predetermined section together with the main ram 31. The stopper block 39 provided with the assembly is assembled.

The rear stopper block 36 is provided as a stopper when the main ram 31 moves backward.

Configuring the two rams (main ram 31 and the auxiliary ram 32) in the transfer section 30 as described above, when trying to cut molding the release wire (W) in the cutting section 50, continuous operation This is because the stopping moment (section) is required at a certain position in the middle of the vehicle. In other words, the machine operation must be stopped to give the stopping moment (section), but when the two opposing rams are installed and moved, respectively, the stopping moment is required. This is because when two rams move together (in one body), the two rams move together to form a stop section.

In addition, the link member 23 has two links connected to and interlocked with each other based on a vertical fixing stand 23a connected to the auxiliary ram 32 and a fixed shaft 23b fixed to the main body housing 2. 23c and 23d and the horizontal pressing unit 23e is connected horizontally at the upper end of the vertical fixing unit 23a and is operated by pressing the upper end of the punching unit 60 to be described later.

At this time, one link (23c) is fixed to the fixed shaft (23b) and the vertical fixture 23a, the other link (23d) is connected to the link (23c) on the fixed shaft (23b) and vertical fixture (23a) In contact with the lower side of the main ram 31 is in contact with the fixing tip 31a attached to the main ram 31 to transfer the driving force of the main ram 31 to the vertical fixture 23a.

The supply part 40 is a lower portion of the front lower portion of the main body housing 2 (lower portion of the conveying portion 30) to supply the release wire (W) intermittently upwards (cutting portion 50 side) by a predetermined amount while rotating a plurality of gears are engaged. Installed in the case 41 that can be disassembled and assembled, and the ratchet arm provided at one end of the rotating shaft 21 is assembled to the end of the drive shaft protruding outside the case 41. 27, the gear 43a provided on the sprocket wheel 42 which is driven and restrained by the 27, the drive shaft 45 which rotates with the sprocket wheel 42 inward of the sprocket wheel 42, and this gear 43a. Gears 43b and 43c provided on the two driven shafts 46 engaged with and interlocked with the upper and lower sides of the < RTI ID = 0.0 >), < / RTI > and the other two gears 43d and 43e engaged with and rotated by the two gears 43b and 43c, respectively. And, so that the gears are interlocked with each other to push up the release wire (W) by a certain amount intermittently to the cutting unit (50) The adjusting lever 44 for adjusting the degree of adhesion of the mold wire (W) is provided.

The cutting unit 50 is assembled to the front of the auxiliary ram 32 and the release wire (W) supplied from the supply unit 40 in accordance with the backward movement of the main ram 31 of the transfer unit 30 to a constant pitch. After cutting and forming one element (E), and then moving the element (E) to a predetermined point (punching point) of the front, the cutting portion 50 is a release wire that is supplied upward from the supply unit 40 ( The cutting die 52 is provided with a supply hole 53 through which the W is protruded to a predetermined pitch, and the release wire W protruding from the supply hole 53 of the cutting die 52 is cut and the element ( The cutting blade 51 formed by E) is provided.

At this time, the cutting blade 51 is screwed to the front end surface of the auxiliary ram (32).

In addition, a molding die 54 is provided on the front main ram 31 of the cutting die 52, which is a punching point, which is assembled in series to form an engaging recess 93 in the element (E).

The punching part 60 is vertically installed above the transfer part 30 and the cutting part 50, and is interlocked by the link member 23 in accordance with the movement of the transfer part 30 and falls downward while being cut. Forming the engaging concave and convex (93) to the element (E) moved to a certain point by (50), the punching portion 60 by applying punching to the element (E) placed on the molding die 54 A forming punch 62 forming a 93, a pressing pad 63 which is integrally assembled and slides on the front surface of the forming punch 62, and secures an element E, a forming punch 62 and a pressing pad ( 63 and a punching holder 61 is assembled to the auxiliary ram 32 and moves a predetermined section like the auxiliary ram 32.

At this time, the cutting blade 51, the cutting die 52, and the forming die 54 are arranged in series on one plane.

The tooth pressing portion 70 is operated when the conveying portion 30 is reversed to compress the elements (E) formed by the punching portion (60) to be engaged with the concave-convex (93) on both sides and attach them to the cloth tape (T). In the tooth pressing portion 70, the element E is engaged with the occlusal head 91 in the forming die 54, and then the concave-convex 93 is molded, and then the occlusal recesses 92 of both sides of the element E are coated with a cloth tape. A pair of left and right symmetrically assembled side hammers 72 attaching an element E to the cloth tape T by pressing substantially perpendicular to the plane of T), and the element hammers accurately supporting the side hammers 72 A side guide 71 for guiding the occlusal recess portion 92 of E) is provided.

At this time, the side hammer 72 is assembled in two pairs of upper and lower so as to press the occlusal recess 92 of the element (E) more efficiently to cross the interlocking recess (92) of the element (E). It can be configured to be pressurized.

The feeding portion 80 is positioned above the tooth pressing portion 70 and driven by a ratchet arm 28 provided at the other end of the rotation shaft 21 to attach the cloth E to which the element E is attached. ) By winding, the feeding portion 80 is installed on the main body housing 2, one side of the upper side of the installation frame 81, and the connecting shaft 82 on the left and right sides of the installation frame 81 through the medium; A sprocket wheel 83 and a feeding gear 84 are installed to be interlocked.

Then, the cloth tape (T) is supplied from the side of the main body housing (2) is fed to the vertical pincers (85) fixed to the front fixed to the front end of the main body housing (2).

That is, the cloth tape (T) is supplied from the side of the main body housing (2) is bitten by the fixing forceps 85 from the toothing portion 70 to form a vertical plane and extends to the feeding gear 84 again feeding feeding gear ( 84) is rotated to wrap the cloth tape (T) is to discharge.

The manufacturing process of the zipper manufacturing apparatus according to the present invention configured as described above is as follows.

Drive to transmit power by the rotary shaft 21 is rotated by receiving the power of the motor 10 provided in the inner space of the support base 1, and the eccentric cam 22 assembled in the center of the rotary shaft 21 The main ram 31 provided in the inner central portion of the main body housing 2 and the auxiliary ram 32 interlocked with the main ram 31 are formed by the eccentric cam 22 of the rotating shaft 21. The rotating shaft 21 includes a conveying process of driving and reciprocating linearly in the horizontal direction, a driving shaft 45 provided at one lower side of the main body housing 2, and a driven shaft 46 having a plurality of gears engaged with each other. A supply process for intermittently upwardly supplying a release wire W having a Y-shaped cross section while being driven and driven by a ratchet arm 27 provided at one side, and a cut installed in series on the front surface of the main ram 31, respectively. The die 52 and the cutting blade 51 assembled and fixed to the front end surface of the auxiliary ram 32 A cutting process of cutting the release wire W supplied at the rapid process to a predetermined pitch to form an element E, and then moving the element E to a front punching point (molding die 54); A punching holder 61 installed perpendicularly to the upper side of the auxiliary ram 32, and a pressing pad 63 and a forming punch 62 provided to reciprocate linearly downward in the punching holder 61 (vertical direction) are provided. While interlocking with the auxiliary ram 32 and simultaneously actuating by the operation of the link member 23 according to the driving process, while pressing the element E placed on the forming die 54 while reciprocating linearly downward (vertical direction). The main ram 31 is retracted by a punching step of applying punching, a side guide 71 fixed to the front of the main ram 31, and a side hammer 72 provided to guide the side guide 71. When the element (E) in which the engagement irregularities 93 are formed by the punching process Pressing process of attaching both sides of the occlusal recess portion 92 substantially perpendicular to the plane of the cloth tape T, and attaching the element E to the cloth tape T, and assembling on one side of the upper side of the main housing 2. The cloth tape T having the element E attached by the tooth pressing process while the feeding gear 84 provided in the fixed installation frame 81 is driven by the ratchet provided at the other end of the rotating shaft 21. Zipper manufacturing process is made by the feeding process of winding.

That is, the manufacturing process will be described in more detail with reference to the eccentric cam rotation diagram of FIG. 10.

When power is generated in the motor 10 and transmitted to the rotating shaft 21, the main ram 31 and the auxiliary ram 32 are interlocked by the driving of the eccentric cam 22 according to the rotation of the rotating shaft 21. At the same time, the forming punch 62 and the pressing pad 63 provided in the punching holder 61 assembled and fixed perpendicularly to the auxiliary ram 32 are raised, and the auxiliary ram 32 is the main ram. After interlocking with the predetermined section 31, the stop knob 38 and the stopper block 39 are stopped and the rising of the forming punch 62 and the pressing pad 63 is stopped, and the main ram 31 is stopped. Continuously it moves forward to the final feed point.

In addition, the sprocket wheel 42 of the supply unit 40 is driven and restrained by the ratchet arm 27 provided at one end of the rotating shaft 21 while the main ram 31 is transferred to the final transfer point, Intermittent wire W having a Y-shaped cross section intermittently by a predetermined amount by the gears provided on the driving shaft 45 and the driven shaft 46 which rotates together with the sprocket wheel 42 inside the sprocket wheel 42. It is supplied upward (to the supply hole 53 of the cutting die 52), and the side guide 71 provided at the front of the main ram 31 is main until the main ram 31 moves forward to the rear and back. The side hammer 72 is advanced while being pushed by the ram 31 to press the element E to be attached to the cloth tape T. (At this time, the cutting process is performed on the release wire W in the initial process cycle.) Since there is no element E, the side hammer 72 is attached to the cloth tape T. It does not attach to the pressure that is only the forward movement).

At this time, the upward supply of the release wire (W) is continued until the main ram 31 is reversed to pass a certain point.

In addition, after the main ram 31 moves forward to the final transfer point (to the end), the main ram 31 moves backward according to the rotation of the eccentric cam 22. When the main ram 31 moves back a predetermined period, the sputter block 39 Cutting blade 51 attached to the front surface of the auxiliary ram 32, which is fixed and stopped, is cut into the supply hole 53 of the cutting die 52, and the protruding release wire W is cut to a predetermined pitch. The element E is formed, and the element E cut and bited by the cutting blade 51 is moved to the forming die 54 by the cutting blade 51.

At the same time, as the stopper block 37 installed on the main ram 31 pushes the sub ram 32 to the rear side, the main ram 31 and the sub ram 32 interlock together and move backward.

Meanwhile, while the main ram 31 moves backward, the sprocket wheel 83 of the feed section 80 rotates by driving by the ratchet arm 28 provided at the other end of the rotating shaft 21, and the element E is rotated. The cloth tape T is supplied upward so that the cloth tape can be sequentially attached to the cloth tape and is discharged while being pulled by the feeding gear 84.

When the auxiliary ram 32 moves backward, the punching holder assembled and fixed to the auxiliary ram 32 moves together with the auxiliary ram 32, and the vertical of the link member 23 connected to the auxiliary ram 32 is vertical. As the holder 23a is pushed backward, the horizontal presser 23e presses the upper end of the molding punch 62, and the molding punch 62 and the pressing pad 63 fall downward, and the molding die ( Punching is performed to form engagement convexities 93 to the occlusal head 91 of the element E placed on 54).

At this time, the pressing pad 63 is fitted to the occlusal recess 92 of the element E when punching the occlusal head 91 of the element E with the forming punch 62 to prevent the element E from being separated and oscillated. As well as preventing, the forming punch 62 serves as a stripper that prevents the element E from coming up when it rises.

That is, as described above, the zipper manufacturing apparatus according to the present invention is moved together with the main ram 31 and the auxiliary ram 32 to which the element E cut and molded from the release wire W is moved. The forming punch 62, which moves together with the auxiliary ram 32, is punched to engage the element E in a stop section formed by moving the ram (main ram and auxiliary ram) together with one body. The concave-convex (93) is formed, and together with the element (E) having the concave-convex (93) formed thereon, it is pressed by the side hammer (72) at the engagement portion (70) in advance of the main ram (31). Attached to the cloth tape (T) that was supplied vertically, the cloth tape (T) attached to the element (E) is discharged by the operation of the feeding unit 80 to produce a zipper, this operation is a high speed It is repeated continuously.

According to the zipper manufacturing apparatus according to the present invention as described above, the element is formed by cutting a predetermined amount (predetermined pitch) from the release wire having a Y-shaped cross-section supplied intermittently upward during high speed rotation (during operation), and then the element By horizontally moving the forming punch to form the unevenness, and attaching it to the vertically fed cloth tape, thereby producing a high quality element as well as twisting the element at a uniform interval on the cloth tape. There is an effect that can be firmly attached without.

Claims (2)

The drive unit 20 is rotated by receiving the power of the motor 10 provided in the inner space of the support base 10, and the transfer unit is driven by the drive unit 20 to reciprocate linearly horizontally by the main ram 31 30; A supply unit 40 which is driven by a ratchet provided at one side end of the driving unit 20 and intermittently upwardly supplies a release wire (W) by a predetermined amount while rotating; The element (E) is formed by cutting the release wire (W) supplied from the supply unit (40) to a predetermined pitch while interlocking with the movement of the transfer unit (30), and then moving the element (E) to the front punching point. A cutting unit 50 to move; A punching part 60 for interlocking with the movement of the transfer part 30 to form a concave-convex 93 engaged with an element E moved to the punching point by the cutting part 50 while falling downwardly; Tooth compression unit 70 which is operated when the transfer unit 30 is advanced to attach the element E to the cloth tape 7 by the punching unit 60; and a ratchet arm provided at the other end of the driving unit 20. In the zipper manufacturing apparatus consisting of a feeding portion (80) which is driven by (28) to wind the cloth tape (T) attached to the element (E) On the upper side of one side of the main ram 31 to control the movement of the auxiliary ram 32 at regular intervals according to the forward and backward of the main ram 31 to interlock with the auxiliary ram 32 together with the main ram 31. A stopper block 37 is installed, and the auxiliary ram 32 is provided with a stopper knob 38 on the upper end surface of the rear side of the auxiliary ram 32 so that the auxiliary ram 32 stops after advancing a predetermined section together with the main ram 31. A zipper manufacturing apparatus, characterized in that the stopper block (39) is assembled. It is installed inside the main body housing coupled to the upper surface of the support base fixed to the ground and rotates by receiving the power of the motor provided in the inner space of the support base, and the power is driven by an eccentric cam assembled in the center of the rotation shaft. A driving process for transmitting; A conveying process of the main ram installed in the inner center of the main body housing and the auxiliary ram interlocked with the main ram driven by the eccentric cam of the rotating shaft to reciprocate linearly in the horizontal direction; A supply shaft for intermittently upwardly supplying a release wire rod by a predetermined amount while being driven and driven by a ratchet arm provided at one side of the main shaft housing and a driven shaft provided with a plurality of mutually engaged gears; ; The elements are formed by cutting a release wire supplied in the supply process by a predetermined pitch with a cutting die installed in series on the front surface of the main ram and a cutting blade assembled and fixed to the front end surface of the auxiliary ram, and then the element is placed in front of the main ram. A cutting step of moving to a punching point (molding die); The punching holder installed perpendicularly to the upper side of the auxiliary ram, the pressing pad and the forming punch installed to reciprocate linearly downward (vertical direction) to the punching holder are moved backward with the auxiliary ram and at the same time according to the driving process. A punching step of applying punching while pressing the element placed on the forming die while moving downwardly in association with the operation of the link member; When the main ram is advanced by the side guides fixed to the front of the main ram and the side hammers installed to guide the side guides, both occlusal recesses of the elements having the engagement irregularities formed by the punching process are formed on the plane of the cloth tape. A pressing process of attaching the element to the cloth tape by pressing it substantially perpendicularly to the cloth tape; Feeding gear provided on the installation frame fixed to the upper side of the main body housing is driven by a ratchet arm provided on the other end of the rotating shaft while the feeding process of winding the cloth tape attached to the element by the pressing process Zipper manufacturing method comprising a.