KR20210023105A - Coil Binding Machine - Google Patents

Abstract

The present invention relates to an automatic cutting and bundling device for coil wires, which is designed to reduce the time and labor required for cutting and bundling the coil wires, done manually in the prior art, by cutting a ring-shaped coil wire continuously manufactured and produced in a coil wire manufacturing apparatus by a cutting means by distinguishing a certain amount of length and weight, seating the front, rear and left sides of the cut coil wire on a wire cutting molding and lifting means, respectively, automatically bundling both ends of the cut wire, which is seated in this way and of which upper both ends are formed in a U-shape, by means of a wire gripping and bundling means, selecting and discriminating a certain amount of length and weight of continuously produced coil wires, and continuously cutting the coil wires in bulk and bundling them automatically.

Description

Automatic cutting and bundling device of coil wire{Coil Binding Machine}

The present invention relates to an automatic cutting and bundling device of a coil wire, and more particularly, a coil wire continuously manufactured and produced in a coil wire manufacturing apparatus is cut into a "U" shape by cutting a ring-shaped coil wire into a certain length and weight. The present invention relates to an automatic cutting and bundling device for coil wires to save time and labor for cutting and bundling coil wires that have been manually performed by automatically bundling the formed cut wires by wire grips and bundling means.

In general, the coil wire is serially produced in the shape of a wire continuously connected in a ring shape in a coil wire manufacturing apparatus.

In order to store or deliver coil wires manufactured and produced in this way, the operator selects a certain weight and cuts the stacked coil wires.

As described above, the front, rear and left or right sides of the coil wires stacked with a certain amount of length and weight are bound and tied with wire. The worker puts the coil wire manufactured and produced in the scale on the scale, measures the weight, cuts it with a cutting means according to the predetermined measured weight, and then the worker puts the cut coil wire on the bundling by hand and the worker puts it on the bundling stand. The front and left or right sides of the cut coil wire stacked on top of each other are directly tied with wire to prevent the coil wire from falling forward and left and right to ensure mobility and storage. There are many problems in that the process of cutting and bundling the mass-produced coil wire cannot be performed continuously because the operator has to do the process.

In addition, the operator moves the coil wire, measures the weight, cuts the measured coil wire, moves the cut coil wire to the bundle, and moves the coil wire placed in the bundle to the storage rack. Since it has to be moved and stored, labor costs are high, and there is a risk of safety accidents in the process of working.

In order to solve the above problems, the present invention measures the length and weight of a ring-shaped coil wire that is continuously manufactured and produced in a coil wire manufacturing apparatus, and cuts the coil wire by a cutting means to a wire grip and a bundle wire. A new coil that saves time and labor for cutting and bundling coil wires, which were previously made by hand, by automatically bundling by bundling means and cutting the coil wires produced continuously by cutting a predetermined length and weight, and automatically bundling the cut coil wires. Its purpose is to provide an automatic cutting and bundling device for wires.

In order to achieve such an object, the present invention provides a discharge unit 21 for discharging the coil wires (a) continuously produced in a ring shape with a known coil wire manufacturing apparatus 20, and the discharge unit 21 A guide unit 10 installed to continuously discharge the coil wire;

A cutting means (40) installed on the upper surface of the guide rail (30) to recognize and cut the coil wire by a predetermined amount;

A plurality of guide rails 30 installed below the guide part 10 for discharging the coil wires a, and guiding the cut coil wires a1 discharged from the guide part 10 to the lower seating surface and;

A coil wire transfer means (40a) installed in the lower center of the guide rail (30) to transfer the cut coil wire (a1);

The coil wire (a1) that is installed above the guide rail (30) cuts the bundle wire (a2) supplied from the wire guide part (50a) and cuts the coil on the upper surface of the cut bundle wire (a3) A wire cutting and lifting means 60 in which the bundled wire a3 is seated on the wire a1 and cut into a "U" shape;

A coil wire (a1) installed facing the upper surface of the wire cutting and lifting means (60) and cut by gripping the upper ends of the cut bundle wire (a3) formed in the wire cutting and lifting means (60) It characterized in that it consists of a wire grip and bundling means (70) for binding the front of the).

In addition, the coil wire transfer means (40a) includes a central guide rail pipe (30a) installed in the lower center of the guide rail (30), and a moving pipe ( 41a), and a locking hole 41b that is caught on the inner surface of the cut coil wire a1 on the upper surface of the moving tube 41a, and the moving tube is moved forward and backward by the cylinder s. do.

In addition, the wire cutting molding and lifting means includes first, second, and third wire cutting molding and lifting means on the guide rail 30, and the first, second, and third wire cutting molding and lifting means (60a, 60b, 60c) The first, second, and third wire guides (50a, 50b, 50c) have a cutting part (b) that is raised and lowered on one side to cut the bundled wire (a2) guided by the first, second, and third wire guide parts (50a, 50b, 50c), and the lower part of the cut part (b) is fixed. A steel plate (c) and a wire seating guide groove (d1) installed on the left side of the cut portion (b) and in which the cut bundle wire (a3) is seated is formed, and the wire seating guide groove (d1) is formed on the upper side. A molding seat (f1) is installed, a plurality of support portions (d) are installed under the molding seat (f1), a plurality of fixing rods (e) installed on the upper part of the elevator plate (c), and the It is provided with a spring (g) connecting the lower portion of the support portion (d) and the upper portion of the fixing rod (e), and the lifting plate (c) is configured to be connected to the rod (r) provided in the cylinder (s). It is characterized.

In addition, the wire grip and bundling means 70 is a cut bundling wire formed in a "U" shape by the load of the coil wire a1 cut in the forming seat f1 of the wire cutting and lifting means 60 ( a fixing part (i) installed at the lower part of the rotating body (h1) to grip both ends of a3), and a grip part (j) having a plurality of upper portions connected to the fixing part (i) by hinges (h), respectively, Springs (l) installed on the lower fixing portions (k) installed on both upper and outer sides of the grip portion (j) and the lower sides of the rotating body (h1), and an inclined surface (j1) formed on the inner surface of the grip portion (j), respectively , An elevating bar (m) having an inclined protrusion (m1) at the bottom to enter and exit the inclined surface (j1) is inserted into the coupling hole (h2) formed in the rotating body (h1), the upper portion of the rotating body (h1) The upper part of the lifting bar (m) connected to the rod (r) of the cylinder (s) installed in the, the fixing body (n) installed outside the rotating body (h1), and the upper left of the fixing body (n) It is connected to the installed motor (m2), the first gear part (v1) installed on the drive shaft (m3) of the motor (m2), and the second gear part (v2) formed on the outer circumference of the upper portion of the rotating body (h1). It is characterized by that.

In addition, the lower portion of the grip (j) is characterized in that it is composed of an auxiliary pressing grip (j3) fixed with a plurality of bolts (j2), and a fixed pressing protrusion (j4) formed inside the auxiliary pressing grip (j3). .

In addition, the wire guide portion 50 includes a horizontal plate 51, an upper guide roller 52a fixed to the upper portion of the horizontal plate 51 by a hinge (h) and installed in a plurality to rotate, and the horizontal plate 51 ) Is fixed with a hinge (h) to the bottom of the lower guide roller (52b), which is installed in plural to rotate, and a bundle wire (a2) guided between the upper and lower guide rollers (52a, 52b). It is done.

In addition, the cylinder (s) configured in the wire cutting and lifting means 60, and the wire grip and bundling means 70 is characterized in that it is composed of any one selected from a pneumatic cylinder, a hydraulic cylinder, and an electric cylinder.

In addition, in order to prevent rotation of the guide portion 10, it is characterized in that it is composed of a fixed cylinder (s1) that controls the guide portion 10.

In addition, the coil wire (a) is caught in the locking hole (41b) of the coil wire transfer means (40a), and the first, second, and third wire cutting and lifting means (60a, 60b.60c), and the first, the first, second, and third wire cutting and lifting means (60a, 60b. After the front, rear and left sides of the cut coil wire (a1) by the 2, 3 wire grip and bundling means (70a, 70b, 70c) are tied by the cut bundling wire (a3), the coil wire It is characterized in that it is transferred to the loading unit (80).

In addition, the coil wire loading portion 80 includes a main body 82 having a space 81 formed therein by closing the left, right and lower surfaces thereof, and an entry/exit portion 83 formed on the upper portion of the main body 82 , A lift plate 84 installed inside the space part 81, a spring 85 installed on a bottom surface of the space part 81 and a lower surface of the lift plate 84, and the entry/exit part 83 ) Through the upper surface of the elevator plate 84, the cut coil wires (a1) whose front, rear and left surfaces are tied with the cut bundle wire (a3) are sequentially stacked, and the elevator plate 84 ), the cut coil wire (a1) stacked on the upper part is drawn out from the inside of the space 81 by means of a grip withdrawal means (90).

In the present invention, a plurality of ring-shaped coil wires continuously manufactured and produced in a coil wire manufacturing apparatus are cut with a cutting means by distinguishing a certain amount of length and weight, and the front, rear, and left sides of the cut coil wire are first and second. ,Three-wire cutting and lifting means, respectively, and are seated in this way, and both ends of the cut wire molded in a "U" shape at both ends of the upper end are automatically tied together by the first, second, and third wire grips and bundling means to be continuously produced. It has the advantage of saving the time and labor of cutting and tying the coil wire, which was done manually by selecting and discriminating a certain amount of length and weight of the coil wire, continuously cutting the coil wire in large quantities and tying it automatically.

1 and 2 are schematic views according to the present invention.
Figure 3 is a schematic diagram showing the first, second, third wire cutting and lifting means according to the present invention.
Figure 4 is a schematic view showing the first, second, and third wire grip and bundling means according to the present invention.
Figures 5 to 7 is a first, second, third wire cutting and lifting means according to the present invention and the action of the first, second, third wire grip and binding means.
Figure 8 is a schematic side view of the coil wire conveying means according to the present invention.
9 is a schematic view showing a coil wire loading portion and a grip withdrawal means according to the present invention.

In order to fully understand the present invention, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

The embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the embodiments described in detail below. This embodiment is provided to more safely explain the present invention to those of ordinary skill in the art.

Accordingly, the shape of the element in the drawings may be exaggerated to emphasize a clearer description. It should be noted that in each drawing, the same member may be indicated by the same reference numeral.

1 and 2 are schematic diagrams according to the present invention, FIG. 3 is a schematic diagram showing first, second, and third wire cutting and lifting means according to the present invention, and FIG. 4 is a first, second, and third according to the present invention. A schematic diagram showing a wire grip and a bundling means, and FIGS. 5 to 7 are diagrams illustrating the operation of the first, second, and third wire cutting and lifting means and the first, second, and third wire grips and bundling means according to the present invention. 8 is a schematic side view of a coil wire transfer means according to the present invention, and FIG. 9 is a schematic view showing a coil wire loading unit and a grip withdrawal means according to the present invention.

The automatic cutting and bundling device of a coil wire according to the present invention will be described in detail with reference to those shown in FIGS. 1 to 9 as follows.

The automatic cutting and bundling device of a coil wire according to the present invention includes a guide unit 10, a coil wire manufacturing apparatus 20, a guide rail 30, a cutting unit 40, a coil wire transfer unit 40a, and , 1st, 2nd, 3rd wire guide part (50a, 50b, 50c), 1st, 2nd, 3rd wire cutting and lifting means (60a, 60b, 60c), 1st, 2nd, 3rd wire grip and bundle It consists of means (70a, 70b, 70c).

The guide unit 10 is configured in communication with the discharge unit 21 installed in the coil wire manufacturing apparatus 20 so that the coil wire manufactured and discharged by the coil wire manufacturing apparatus 20 to be described later is discharged.

That is, the coil wires (a) connected in a plurality of ring shapes are continuously discharged from the discharge part 21 in the outer circumference of the guide part 10 connected to the discharge part 21. The inner circumference of (a) is configured to be guided and discharged.

The guide part 10 is formed of a cylindrical body, and the inner circumference of the coil wire a is inserted into the outer circumference of the cylindrical body to be guided from left to right of the guide part 10.

On the other hand, in order to prevent the rotation of the guide portion 10, it is composed of a fixed cylinder (s1) that controls the guide portion (10).

As described above, in order to prevent rotation of the guide part 10, the guide part 10 is configured with a fixed cylinder s1 that controls the guide part 10 to be connected and installed to the discharge part 21. When possible, the guide portion 10 prevents rotation or flow with the fixed cylinder s1, so that the coil wire (a) stably in the guide portion 10 is the upper surface of the guide rail 30 to be described later. This is to guide you.

The coil wire manufacturing apparatus 20 is known, and is configured to continuously produce and manufacture the coil wire a in the shape of a plurality of rings.

The coil wire (a) is discharged from the discharge unit 21 installed on the left side of the coil wire manufacturing apparatus 20, and the coil guided through the guide unit 10 connected to the discharge unit 21 The coil wire (a1) cut by cutting the wire (a) in the guide portion 10 is configured to be moved to the upper surface of the plurality of guide rails 30 installed under the guide portion 10.

The cutting means 40 is installed on the upper part of the guide rail 30 and is configured to recognize and cut a certain amount of coil wires (a).

The guide rail 30 is installed on the lower left side of the guide part 10 and includes a plurality of guide rails for guiding the lower seating surface of the coil wire a that is guided and discharged from the guide part 10.

The coil wire transfer means (40a) is installed in the lower center of the guide rail (30), cuts the coil wire (a) to a predetermined length, and connects the cut coil wire (a1) placed in the guide rail (30). It is configured to transfer to the position of the cutting and lifting means 60, and the wire grip and bundling means (70).

The coil wire transfer means (40a) is composed of a central guide rail pipe (30a) installed in the lower center of the guide rail (30).

As described above, the inner circumference is inserted into the outer circumference of the central guide rail pipe (30a) and consists of a moving pipe (41a) that is coupled.

A locking hole 41b is installed on the upper surface of the moving pipe 41a, which is caught on the inner surface of the cut coil wire a1, and the moving pipe 41a is configured to be moved forward and backward by the cylinder s.

A rod (r) of the cylinder (s) is connected to a connector (41c) installed under the moving pipe (41a).

The cylinder (s) is composed of air, hydraulic, and electric cylinders.

Therefore, the coil wire transfer means (40a) of the first, second, third wire cutting and lifting means (60a, 60b, 60c) to be described later by cutting the cut coil wire (a1) cut by the cutting means (40). The upper part and the upper part of the first, second and third wire grips and the lower part of the bundling means (70a, 70b, 70c), and the upper part of the first, second, and third wire cutting and lifting means (60a, 60b, 60c) , The first, second, and third wire grips and bundling means (70a, 70b, 70c) will be described later after the bundling process is completed with bundling wires (a3) whose front, rear and left sides of the cut coil wire (a1) are cut. It is configured to transfer to the coil wire loading unit (80).

The guide rail 30 includes a plurality of wire guides 50, a wire cutting and lifting means 60 for a plurality of bundled wires corresponding to the wire guide 50, and the cutting and lifting means ( It is provided with a plurality of wire grips and bundling means 70 corresponding to 60).

In front of the guide rail 30, the first wire guide part 50a, which will be described later, the first wire cutting and lifting means 60a, and the first wire grip and binding means 70a are installed. It is composed.

At one side of the guide rail 30, the second wire guide portion 50b, the second wire cutting and lifting means 60b, and the second wire grip and binding means 70b, which will be described later, are installed. It is composed.

And the third wire guide portion (50c), the third wire cutting and lifting means (60c), and the third wire grip and bundling means (70c) to be described later are installed on the other side of the guide rail (30). Is composed.

The first wire guide part 50a is installed in front of the guide rail 30 and is configured to supply a bundled wire a2.

The first wire guide portion 50a is constituted by a horizontal plate 51.

It consists of a plurality of upper guide rollers 52a which are fixed to the upper portion of the horizontal plate 51 as described above with a hinge (h) so as to be rotated.

In addition, a plurality of lower guide rollers 52b are installed to be rotated by being fixed with a hinge h under the horizontal plate 51.

It consists of a bundle wire (a2) guided between the upper and lower guide rollers (52a, 52b).

The first wire cutting and lifting means (60a) is installed in front of the guide rail (30) and the cut coil wire (a1) is supplied from the first wire guide unit (50a) provided in the front ( It is configured to cut a2).

As described above, the front of the cut coil wire (a1) is seated on the upper surface of the bundle wire (a3) cut by the first wire cutting and lifting means (60a) and the cut bundle wire (a3) is " It is configured to be molded in a U" shape.

On the other hand, the first wire cutting and lifting means (60a) is composed of a cutting portion (b) that is elevated to one side to cut the bundle wire (a2) guided by the first wire guide portion (50a).

The lifting plate (c) to which the lower part of the cut part (b) is fixed, and the wire seating guide groove (d1) installed on the left side of the cut part (b) and on which the cut bundle wire (a3) is seated are formed. Is composed.

The wire seating guide groove (d1) is configured by installing a molded seating portion (f1) on the upper portion.

A plurality of support portions (d) are installed and configured under the molding seating portion (f1).

In addition, it is composed of a plurality of fixing rods (e) installed on the upper part of the elevator plate (c).

It consists of a spring (g) connecting the lower portion of the support portion (d) and the upper portion of the fixing rod (e).

On the other hand, when the front part of the cut coil wire (a1) is seated on the upper part of the molding seating part (f1) having the cut bundle wire (a3) cut in the cut part (b), the cut coil wire (a1) ), when the molding seating portion (f1) descends into the wire seating guide groove (d1), the cut bundle located at the lower portion of the cut coil wire (a1) and the upper portion of the molded seating portion (f1) Both ends of the wire a3 are formed in a "U" shape.

The cut bundle wire (a3) thus formed is rotated by gripping both ends of the cut bundle wire (a3) with the first wire grip and bundle means (70a) to be described later, and rotates the cut bundle wire ( It is automatically tied using a machine as a3).

The cylinder (s) is preferably composed of a pneumatic cylinder, but may be composed of a hydraulic cylinder, an electric cylinder.

The first wire grip and bundling means (70a) is configured to face the upper surface of the first wire cutting and lifting means (60a).

In addition, the first wire grip and bundling means (70a) grip the upper both ends of the cut bundling wire (a3) molded in the first wire cutting and lifting means (60a) to the front of the cut coil wire (a1). Is configured to bind.

The first wire grip and bundling means (70a) as described above is in a "U" shape by the load of the coil wire (a1) cut in the molding seat (f1) of the first wire cutting and lifting means (60a). It consists of a fixing part (i) installed in the lower portion of the rotating body (h1) to grip both ends of the formed cut bundle wire (a3).

Each upper portion is connected to the fixing portion (i) by a hinge (h) and consists of a plurality of grip portions (j) provided.

It consists of a spring (l) installed on the upper outer side of the grip portion (j) and the lower fixing portion (k) installed on both sides of the lower side of the rotating body (h1).

In addition, it is composed of an inclined surface (j1) each formed on the inner surface of the grip portion (j).

A lifting bar (m) having an inclined protrusion (m1) at a lower portion so as to enter and exit the inclined surface (j1) is inserted and installed in the coupling hole (h2) formed in the rotating body (h1).

It consists of an upper portion of the lifting bar (m) connected to the rod (r) of the cylinder (s) installed on the upper portion of the rotating body (h1), and a fixture (n) installed outside the rotating body (h1).

The cylinder (s) is preferably composed of a pneumatic cylinder, but may be composed of a hydraulic cylinder, an electric cylinder.

On the other hand, it is composed of a motor (m2) installed on the upper left of the fixture (n) and a first gear portion (v1) installed on the drive shaft (m3) of the motor (m2).

In addition, it is configured to be connected to the second gear portion (v2) formed on the outer circumference of the upper portion of the rotating body (h1).

In addition, the lower portion of the grip portion (j) is composed of an auxiliary pressing grip portion (j3) fixed with a plurality of bolts (j2), and a fixed pressing projection (j4) formed inside the auxiliary pressing grip portion (j3).

As described above, the lower portion of the grip portion (j) is composed of an auxiliary pressing grip portion (j3) fixed with a plurality of bolts (j2), and a fixed pressing projection (j4) formed inside the auxiliary pressing grip portion (j3) , The auxiliary pressing grip part (j3) and the bundle wire (a3) cut by the fixed pressing protrusion (j4) are the upper both ends of the cut bundle wire (a3) formed in a "U" shape in the molding seating part (f1). It is to be able to stably bind the outer circumference of the cut coil wire (a1) seated inside the cut bundle wire (a3) molded in a "U" shape by stably gripping and rotating.

The second wire guide part 50b has the same configuration and operation as the first wire guide part 50a, and is installed on one side of the guide rail 30 behind the first wire guide part 50a to provide a bundled wire. It is configured to supply (a2).

The second wire cutting and lifting means (60b) is installed on one side of the guide rail (30) behind the first wire guide (50a) to provide a second wire guide provided with the cut coil wire (a1) in the front. It is configured to cut the bundle wire (a2) supplied from the portion (50b).

As described above, the front of the cut coil wire (a1) is seated on the upper surface of the bundle wire (a3) cut by the second wire cutting and lifting means (60b) and the cut bundle wire (a3) is " It is configured to be molded in a U" shape.

On the other hand, the second wire cutting and lifting means (60b) is composed of a cutting portion (b) that is lifted to one side to cut the bundle wire (a2) guided by the second wire guide portion (50b).

The outer circumference of the cut coil wire (a1) is automatically rotated by gripping both ends of the cut bundle wire (a3) with the second wire grip and bundle means (70b) to be described later into the cut bundle wire (a3). Tie it together.

The second wire grip and bundling means (70b) is configured to face the upper surface of the second wire cutting and lifting means (60b).

In addition, the second wire grip and bundling means (70b) grip the upper both ends of the cut bundling wire (a3) molded in the second wire cutting and lifting means (60b) to the rear of the cut coil wire (a1). Is configured to bind.

The third wire guide part 50c has the same configuration and operation as the first wire guide part 50a, and is installed on the other side of the guide rail 30 behind the first wire guide part 50a to provide a bundled wire. It is configured to supply (a2).

The third wire cutting and lifting means (60c) is installed on the other side of the guide rail (30) behind the guide rail (30) and a third wire guide portion ( It is configured to cut the bundle wire (a2) supplied from 50c).

As described above, the front of the cut coil wire (a1) is seated on the upper surface of the bundle wire (a3) cut by the third wire cutting and lifting means (60c) and the cut bundle wire (a3) is " It is configured to be molded in a U" shape.

On the other hand, the third wire cutting and lifting means (60c) is composed of a cutting portion (b) that is lifted to one side to cut the bundle wire (a2) guided by the third wire guide portion (50c).

On the other hand, when the left side of the cut coil wire (a1) is seated on the upper part of the molding seating part (f1) having the cut bundle wire (a3) cut in the cut part (b), the cut coil wire (a1) ), when the molding seating portion (f1) descends into the wire seating guide groove (d1), the cut bundle located at the lower portion of the cut coil wire (a1) and the upper portion of the molded seating portion (f1) Both ends of the wire (a3) are formed in a "U" shape.

The cut bundle wire (a3) thus formed is rotated by gripping both ends of the cut bundle wire (a3) with the first wire grip and bundle means (70a) to be described later, and rotates the cut bundle wire ( Mechanically tie with a3).

The third wire grip and bundling means (70c) is configured to face the upper surface of the third wire cutting and lifting means (60c).

In addition, the third wire grip and bundling means (70c) grip the upper both ends of the cut bundling wire (a3) molded in the third wire cutting and lifting means (60c) to bind the cut coil wire (a1). It is configured to be.

The third wire grip and bundling means (70c) as described above is in a "U" shape with the load of the coil wire (a1) cut in the molding seat (f1) of the third wire cutting and lifting means (60c). It consists of a fixing part (i) installed in the lower portion of the rotating body (h1) to grip both ends of the formed cut bundle wire (a3).

Each upper portion is connected to the fixing portion (i) by a hinge (h) and consists of a plurality of grip portions (j) provided.

On the other hand, the coil wire (a) is caught in the locking hole (41b) of the coil wire transfer means (40a), the first, second, third wire cutting and lifting means (60a, 60b. After the front, rear and left sides of the cut coil wire (a1) are tied by the cut bundling wire (a3) by the 1,2,3 wire grip and bundling means (70a, 70b, 70c), the coil wire It is configured to be transferred to the loading unit 80.

The coil wire loading part 80 as described above is composed of a main body 82 in which the left, right and lower surfaces are closed and a space 81 is formed therein.

It is composed of the entry and exit portion 83 formed on the upper portion of the main body 82.

It consists of a lift plate 84 installed in the interior of the space (81).

It consists of a spring 85 installed on a bottom surface of the space 81 and a lower surface of the elevator plate 84.

The cut coil wires (a1) whose front, rear, and left surfaces are bound by the cut bundle wire (a3) on the upper surface of the elevator plate 84 through the entry/exit part 83 are sequentially stacked. It is composed.

In addition, the cut coil wire (a1) stacked on the elevator plate (84) is gripped with a grip member (91) provided at the lower portion of the space part (81) by a grip withdrawal means (90). It is configured to be withdrawn to the outside.

The present invention described above is a coil wire (a1) cut by the cutting means 40 by measuring the length and weight of a certain amount of the ring-shaped coil wire (a) continuously manufactured and produced by the coil wire manufacturing apparatus (20). The first, second, and third wire cutting and lifting means (60a, 60b, 60c) are respectively seated and seated in this way, and both ends of the cut bundle wire (a3) formed in a "U" shape with upper ends By automatically bundling multiple points of the coil wire (a1) cut by the 1,2,3 wire grip and bundling means (70a, 70b, 70c), the length and weight of the coil wire (a) in a large amount continuously It is to reduce the time and labor of cutting and tying the cut coil wires, which were performed by hand, because the coil wires (a) are continuously cut in large quantities and stored automatically.

The embodiments according to the present invention described above are merely exemplary, and those of ordinary skill in the art to which the present invention pertains will appreciate that various modifications and other equivalent embodiments are possible. . Therefore, it will be appreciated that the present invention is not limited to the form mentioned in the detailed description above.

Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the appended claims. In addition, the present invention is to be understood as including the spirit of the present invention as defined by the appended claims and all modifications, equivalents and substitutes within the scope thereof.

10: guide unit 20: coil wire manufacturing device
21: discharge unit 30: guide rail
30a: Central guide rail hall 31a: Information gate
40: cutting means 40a: coil wire transfer means
41a: moving pipe 41b: locking hole
50: wire guide unit 60: wire cutting molding and lifting means
70: wire grip and bundling means 80: coil wire loading portion
81: space part 82: main body
85, g, l: spring 90: grip withdrawal means
a: coil wire a1: cut coil wire
a2: bundle wire a3: cut bundle wire

Claims (10)

A discharge unit 21 for discharging the coil wire (a) continuously produced in a ring shape with a known coil wire manufacturing apparatus 20, and a guide unit installed in the discharge unit 21 to continuously discharge the coil wire ( 10) and;
A cutting means (40) installed on the upper surface of the guide rail (30) to recognize and cut the coil wire by a certain amount;
A plurality of guide rails 30 installed below the guide part 10 for discharging the coil wires a, and guiding the cut coil wires a1 discharged from the guide part 10 to the lower seating surface and;
A coil wire transfer means (40a) installed in the lower center of the guide rail (30) to transfer the cut coil wire (a1);
The coil wire (a1) installed above the guide rail (30) cuts the bundle wire (a2) supplied from the wire guide unit (50a) and cuts the upper surface of the cut bundle wire (a3) A wire cutting and lifting means 60 in which the bundled wire a3 is seated on the wire a1 and cut into a "U"shape;
A coil wire (a1) installed facing the upper surface of the wire cutting and lifting means (60) and cut by gripping the upper ends of the cut bundle wire (a3) formed in the wire cutting and lifting means (60) ) Automatic cutting and bundling device of a coil wire, characterized in that consisting of a wire grip and bundling means (70) tying the front side . The method of claim 1,
The coil wire transfer means (40a) includes a central guide rail pipe (30a) installed in the lower center of the guide rail (30), and a moving pipe (41a) configured by inserting an outer circumference into the inner circumference of the central guide rail pipe (30a) And, on the upper surface of the moving pipe (41a), a locking hole (41b) is installed on the inner surface of the cut coil wire (a1), and the moving pipe is moved forward and backward by a cylinder (s). Automatic wire cutting and bundling device. The method of claim 1,
Wire cutting molding and lifting means (60) is provided with first, second, third wire cutting and lifting means on the guide rail (30), and the first, second, third wire cutting and lifting means (60a, 60b, 60c) The first, second, and third wire guides (50a, 50b, 50c) have a cutting part (b) that is raised and lowered on one side to cut the bundled wire (a2) guided by the first, second, and third wire guide parts (50a, 50b, 50c), and the lower part of the cut part (b) is fixed. A steel plate (c) and a wire seating guide groove (d1) installed on the left side of the cut portion (b) and in which the cut bundle wire (a3) is seated is formed, and the wire seating guide groove (d1) is formed on the upper side. A molding seat (f1) is installed, a plurality of support portions (d) are installed under the molding seat (f1), a plurality of fixing rods (e) installed on the upper part of the elevator plate (c), and the It is provided with a spring (g) connecting the lower portion of the support portion (d) and the upper portion of the fixing rod (e), and the lifting plate (c) is configured to be connected to the rod (r) provided in the cylinder (s). Automatic cutting and bundling device for coil wires characterized by. The method of claim 1,
Wire grip and bundling means (70) is a cut bundling wire (a3) formed in a "U" shape by the load of the coil wire (a1) cut in the forming seat (f1) of the wire cutting and lifting means (60) The fixing part (i) installed at the lower part of the rotating body (h1) to grip both ends of the, and the grip part (j) having a plurality of upper parts connected to the fixing part (i) by hinges (h), and the grip part a spring (l) installed on the lower fixing part (k) installed on both the upper and outer sides of (j) and the lower side of the rotating body (h1), and an inclined surface (j1) respectively formed on the inner surface of the grip part (j), and the An elevating bar (m) having an inclined protrusion (m1) at the bottom so as to enter and exit from the inclined surface (j1) is inserted into the coupling hole (h2) formed in the rotating body (h1), and installed on the upper part of the rotating body (h1). The upper part of the lifting bar (m) connected to the rod (r) of the cylinder (s), the fixing body (n) installed outside the rotating body (h1), and a motor installed in the upper left of the fixing body (n) (m2) and a first gear part (v1) installed on the drive shaft (m3) of the motor (m2), and a second gear part (v2) formed on the outer circumference of the upper portion of the rotating body (h1). Automatic cutting and bundling device for coil wires. The method of claim 4,
A coil, characterized in that the lower portion of the grip portion (j) is composed of an auxiliary pressing grip (j3) fixed with a plurality of bolts (j2) and a fixed pressing protrusion (j4) formed inside the auxiliary pressing grip (j3) Automatic wire cutting and bundling device. The method of claim 1,
The wire guide part 50 includes a horizontal plate 51, an upper guide roller 52a fixed to an upper portion of the horizontal plate 51 and rotated by a hinge (h), and the horizontal plate 51 It characterized in that it is composed of a lower guide roller (52b) that is fixed by a hinge (h) at the bottom and installed in a plurality to rotate, and a bundled wire (a2) guided between the upper and lower guide rollers (52a, 52b). Automatic cutting and bundling device of coil wire. The method of claim 1,
The cylinder (s) composed of the wire cutting and lifting means 60 and the wire grip and bundling means 70 is composed of any one selected from a pneumatic cylinder, a hydraulic cylinder, and an electric cylinder. . The method of claim 1
An automatic cutting and bundling device for coil wires, comprising a fixed cylinder (s1) that controls the guide portion (10) to prevent rotation of the guide portion (10). The method of claim 1,
The first, second, and third wire cutting and lifting means (60a, 60b.60c) and the first, second wire cutting and lifting means (60a, 60b.60c) are hooked by the coil wire (a) being hooked to the locking hole (41b) of the coil wire conveying means (40a). ,After the front, rear and left sides of the cut coil wire (a1) by the three-wire grip and bundling means (70a, 70b, 70c) are tied by the cut bundling wire (a3), the coil wire loading portion ( 80), characterized in that the coil wire automatic cutting and bundling device. The method of claim 9,
The coil wire loading unit 80 includes a body 82 having a space 81 formed therein by closing the left and right and lower surfaces thereof, an entry/exit part 83 formed on the upper part of the body 82, and the space part. Passing through the elevating plate 84 installed in the interior of 81, the spring 85 installed on the bottom surface of the space portion 81 and the lower surface of the elevating plate 84, and the entry/exit portion 83 The cut coil wires (a1) in which the front, rear and left surfaces of the elevator plate 84 are bound with the cut bundle wire a3 are sequentially stacked, and the upper part of the elevator plate 84 Of the coil wire, characterized in that the cut coil wire (a1) stacked on is pulled out from the inside of the space 81 by means of a grip withdrawal means Automatic cutting and bundling device.

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