KR100397484B1 - Label machine - Google Patents

Abstract

The labeling apparatus according to the present invention is provided with a reel winder on which a label fabric is wound, a supply driving unit including a roller for unwinding and supplying the label fabric wound from the reel winder, and is provided to be movable up and down on one side of the supply driving unit. A cut portion for cutting the supplied label fabric into a predetermined length, a half folded plate disposed at the rear of the cut portion to fold the cut label in half, and a half folded label installed at one side of the half folded plate A half-fold drive unit to be moved, a heating iron unit disposed at the rear of the half-fold drive unit, and pressing a label folded in half using a roller equipped with a heater, and a discharge unit for discharging the heated ironed label; And a control unit for controlling the driving of the motor installed in the supply driving unit, the cutting unit, and the contact plate driving unit. Automatically ensures uniform high quality, improves productivity by 2 ~ 3 times compared to the existing manual work, and requires only one operator of the machine per 24 hours a day. Costs can be reduced, and productivity and quality can be improved to be competitive not only in Korea but also abroad.

Description

Label Device {LABEL MACHINE}

The present invention relates to a labeling device, and more particularly, to a labeling device capable of automatically producing a label to standardize a product and reducing productivity and improving productivity.

In general, the label (LABEL) is a state in which the name and description of the product are written, and is attached to the product so that the user can know the characteristics of the product. All the clothes and accessories such as men's and women's clothes, suits, It is widely used in sports, leisure clothing, hats, handbags and dolls.

Most of these labels are printed in large quantities, and the printed labels are provided in a rolled form so as to be easy for a user to use.

Looking at the general process of manufacturing a label provided to be wound on the roller form to be attached to the product as follows.

First, a cutting process is performed in which a label wound in a roller form is cut to a predetermined length. At this time, the label is attached to the guide conveying unit for guiding the label fabric is transported, the cutting unit for cutting the conveyed label fabric, and the control unit for controlling the cutting operation of the cutting unit in accordance with the transfer distance of the pre-set label fabric When the conveying distance of the label fabric conveyed through the guide conveying unit is transferred as much as the conveying distance of the label fabric stored in the controller, the cutting unit is operated by the control of the controller to cut the label fabric.

Then, after performing a folding process of folding the label fabric cut in a certain length in half as described above, and then ironing by applying heat to the label fabric folded in half the product (IRONING) process Complete with a label that can be attached to the

However, in this conventional technique, the cutting process of cutting the label fabric is automatically performed by the cutting device, but the subsequent half-folding process and the ironing process are performed by hand, thus increasing the manufacturing cost and thereby causing a loss of work. There is this. For example, when manual work is performed by two shifts a day and a pair of two people, a lot of expenses for the annual labor cost are expended, resulting in a decrease in productivity.

In addition, despite the fact that the half-handling process and the ironing process are very laborious, the work efficiency decreases as the workforce gradually ages and feminizes. There is a problem that is lowered.

Therefore, the object of the present invention is to solve the above problems, the entire process of producing a label automatically performed by the machine to ensure a uniform high quality, about two to three times than the existing manual work It can improve productivity and reduce the cost of personnel savings because only one machine operator is needed on a 24-hour basis, and can be competitive not only in Korea but also abroad by improving productivity and quality. One label device is provided.

The object of the present invention is a reel winder on which a label fabric is wound, a supply driving unit including a roller for unwinding and supplying the label fabric wound from the reel winder, and a vertically movable movement on one side of the supply driving unit. A cut portion for cutting the supplied label fabric into a predetermined length, a half folded plate disposed at the rear of the cut portion to fold the cut label in half, and a half folded label installed at one side of the half folded plate A half-fold drive unit to be moved, a heating iron unit disposed at the rear of the half-fold drive unit, and pressing a label folded in half using a roller equipped with a heater, and a discharge unit for discharging the heated ironed label; The supply drive unit, the cutting unit and the contact are achieved by a control unit for controlling the driving of the motor installed in the drive unit.

1 is a perspective view schematically showing a label device according to the present invention.

2 is a front view showing an internal configuration of a labeling apparatus according to the present invention.

3 is a side sectional view showing a supply driving unit of a labeling apparatus according to the present invention;

Figure 4 is an operating state diagram showing the drive of the upper feed roller of the supply drive unit according to the present invention.

Fig. 5 is a side sectional view showing a cut portion of the labeling apparatus according to the present invention.

Fig. 6 is a side sectional view showing a heating iron portion of the labeling apparatus according to the present invention.

7 is a front view showing a half-fold plate of the labeling apparatus according to the present invention.

Figure 8 is a side view showing a half-fold plate of the labeling apparatus according to the present invention.

(Explanation of symbols for the main parts of the drawing)

10; Reel winder 20; Detector

30; Supply drive section 31; Label supply motor

32; Drive gear 33; Driven gear

34; Roller shaft 35; Lower feed roller

36; Upper feed roller 37; Hinge pin

40; Cutting part 41; Label cutting motor

42; Flange 43; Drive lever

44; Driven lever 45; LM Guide

46; Heating cutter 50; Folio

51; Plate 52; Rolling pin

53; Spring 60; Half-fold drive part

61; Insert bunch 62; Lamination

63; Drive lever 64; Driven lever

65; Pivoting lever 66; Sliding lever rotary shaft

67; Sliding lever 68; Cam Floor

69; Fixed bar 70; Heating iron

71; Label heating motor 72; Drive gear

73; Driven gear 74; Heating roller rotating shaft

75; Bottom heating roller 76; Upper heating roller

77; Heater 80; Discharge

90; Control unit P; Support panel

L; Label fabric

These objects, features and advantages of the present invention will be more readily understood by reference to the accompanying drawings and the following detailed description. In addition, this embodiment is only illustrative for the purpose of understanding and is not intended to limit the present invention.

1 is a perspective view schematically showing a label device according to the present invention, as shown in the label device according to the present invention is a reel winder 10 is rotatably installed so that the label fabric is wound, and Supply drive unit 30 for releasing and supplying the label fabric (L) wound from the reel winder 10, and a cutting portion for cutting the label fabric (L) is installed on one side of the supply drive unit 30 supplied to a predetermined length 40 and a half folding plate 50 disposed at the rear of the cutting unit 40 when viewed in the advancing direction of the label fabric and installed to fold the cut label in half, and the half to move the label folded in half. A folding drive unit 60, a heating iron unit 70 installed at the rear of the half folding unit 60 and pressing a label folded in half, and a discharge unit 80 for discharging the heated and pressed label; , The supply driving unit 30, the cutting unit 40 ), And a control unit 90 for controlling the motor drive of the half-fold drive unit 60 and the heating iron unit 70.

Looking at the detailed configuration of the label device configured as described above are as follows.

Figure 2 is a front view showing the internal configuration of the labeling apparatus according to the present invention, Figure 3 is a side cross-sectional view showing a supply driving unit of the labeling apparatus according to the present invention, as shown therein, the supply driving unit 30 of the labeling apparatus ) Is a label supply motor 31 disposed inside the support panel P, a drive gear 32 connected to the rotation shaft of the label supply motor 31, and a driven gear that rotates in engagement with the drive gear 32. (33), a roller rotating shaft (34) formed extending from the inside of the driven gear (33) to the outside of the support panel (P), a lower feed roller (35) provided at an end of the roller rotating shaft (34), The upper feed roller 36 is disposed above the lower feed roller 35 and is in contact with the upper surface of the roller of the lower feed roller 35.

Figure 4 shows an operation state diagram showing the drive of the upper feed roller of the supply drive unit according to the present invention, as shown in this, the hinge pin 37 is fixedly coupled to one end of the upper feed roller 36, When the label fabric (L) is inserted into the machine, the label fabric (L) can be inserted by lifting the upper feed roller (36) around the hinge pin (37).

Figure 5 shows a side cross-sectional view showing a cut portion of the label device according to the present invention, as shown in the cut portion 40 is a label cutting motor 41 disposed inside the support panel (P), and the support A flange 42 which is disposed outside the panel P and coupled to the rotation axis of the label cutting motor 41, and is eccentrically mounted to one side of the flange 42 by a predetermined distance from the rotation center to move up and down. A driving lever 43 connected to the driving lever 43 and a driven lever 44 which transfers the movement of the driving lever 43 in the vertical direction in the vertical direction, and on an outer surface of the support panel P. The LM guide 45 is attached and fixed, and a cutter connected to the driven lever 44 to move up and down along the LM guide 45.

The cutter may be heated with a heater inside the cutter, and a heating cutter 46 may be applied to cut the label fabric. In addition, a high frequency oscillator may be installed on the bottom contacting the cutter to generate a high frequency. High-frequency cutter (not shown) to cut the label fabric, ultrasonic cutter (not shown) to install the ultrasonic vibrator on the bottom surface in contact with the cutter to cut the label fabric using ultrasonic waves when cutting, cutter By installing a lower cutter on the bottom surface in contact with the blade can be variously applied, such as a two-blade cutter (not shown) to cut the label fabric by engaging the blade.

Figure 6 shows a side cross-sectional view showing a heating iron portion of the labeling device according to the present invention, as shown in this, the heating iron portion 70 of the labeling device is a label heating motor disposed inside the support panel (P) (71), a drive gear (72) connected to the rotating shaft of the label heating motor (71), a driven gear (73) rotating in engagement with the drive gear (72), and supported from the inside of the driven gear (73). A heating roller rotating shaft 74 extending outward of the panel P, a lower heating roller 75 provided at an end of the heating roller rotating shaft 74, and a heater mounted inside the lower heating roller 75; And an upper heating roller 76 disposed above the lower heating roller 75 and in contact with the roller upper surface of the lower heating roller 75.

The half-fold drive unit 60 of the label device is eccentrically mounted at a side of the drive gear 72 coupled to the rotating shaft of the label heating motor 71 (refer to FIG. 6) by a predetermined distance to move up and down. A driving lever 63 connected to the driving lever 63 and a driven lever 64 which transfers the movement of the driving lever 63 in a vertical direction to be transmitted, and is connected to the driven lever 64 to a vertical direction. A rotation lever 65 for converting and transferring a vertical motion to a rotational motion of a predetermined angle; a sliding lever rotation shaft 66 connected to a central axis of the rotation lever 65 and extending outward of the support pannel; The sliding lever 67 (refer to FIGS. 2 and 6) fixed to an end of the sliding lever rotary shaft 66 and rotated to the left and right, and the 'c'-shaped groove 67a formed at the upper end of the sliding lever 67 (FIG. 2) the cam floor 68 and the cam flow (68) of the inserting bundle (61) connected and installed above, fixing bars (69) (see FIGS. 1 and 2) fixed to both upper portions of the inserting bundle (61), and of the fixing bar (69). It consists of a thin plate 62 (see FIG. 1) that connects both ends to each other to pull the half folded label to the heating iron 70.

7 is a front view showing a half folded plate according to the present invention, Figure 8 is a side view showing a half folded plate according to the present invention, respectively, as shown in the half folded plate 50 is the label supplied Ascending and moving along the side, the raised label is concave inwardly plate 51 formed to be folded in the upper half by its own weight, the rotary pin 52 formed on the rear end of the plate 51, and the rotary pin It is composed of a spring 53 interposed around the 52 to provide a restoring force to the plate 51.

Referring to the operation and effects of the labeling device according to the present invention configured as described above are as follows.

The label fabric (L) provided to be wound to a predetermined size is inserted into the reel winder (10). Then, one end of the label raw material (L) is pulled, and sandwiched between the upper feed roller 36 and the lower feed roller 35 of the supply drive unit 30. In this case, as shown in FIG. 4, one end of the upper feed roller 36 is lifted around the hinge pin 37 (see FIGS. 3 and 4) installed at one end of the upper feed roller 36, and then the label fabric Insert and lower the upper feed roller (36) again.

Then, when power is applied to the label device, the label supply motor 31 (see FIG. 3) is driven. When the label drive motor 31 is driven, the drive gear 32 connected to the rotating shaft of the label drive motor 31 is driven. ) Rotates, and when the drive gear 32 is rotated, the driven gear 33 engaged therewith is rotated, and when the driven gear 33 is rotated, the roller rotating shaft 34 fixed to the driven gear 33 is rotated. When the roller rotating shaft 34 is rotated, the lower feed roller 35 formed around the roller rotating shaft 34 is rotated.

Subsequently, when the lower feed roller 35 is rotated, the label fabric placed on the upper surface of the lower feed roller 35 moves with the rotation of the lower feed roller 35, and at the same time, the upper surface of the label fabric is moved. The upper feed roller 36 that is pressed rotates along the label fabric and supports the label fabric.

When the label fabric is supplied by a predetermined length, the sensing unit 20 detects the mark 21 (see FIG. 1) formed at one side of the label fabric, and transmits a signal to the controller 90, to the controller 90. The transmitted signal again transmits a command to the label supply motor 31 to stop the driving of the label supply motor 31.

When the driving of the label supply motor 31 is stopped, the signal is transferred from the control unit 90 to the label cutting motor 41 (see FIG. 5) to drive the label cutting motor 41, and the label cutting motor 41. Is driven, the flange 42 connected to the axis of rotation of the label cutting motor 41 is rotated. When the flange 42 is rotated, the driving lever 43 eccentrically mounted to one side of the flange 42 is turned and lowered. When the driving lever 43 is lowered, the driven lever 43 is connected to the driving lever 43. When the lever 44 is moved downward and the driven lever 44 is moved downward, the heating cutter 46 connected to the driven lever 44 moves downward along the LM guide 45. Cut the fabric. At this time, the heater is mounted inside the heating cutter 46 to apply heat when cutting the label fabric.

Subsequently, when the label cutting motor 41 is driven, the flange 42 connected to the rotating shaft of the label cutting motor 41 is rotated, and when the flange 42 is rotated, the flange 42 is eccentrically mounted on the flange 42. When the driving lever 43 turns and rises, when the driving lever 43 is raised, the driven lever 44 connected to the driving lever 43 is moved upward, and the driven lever 44 is moved upward. The heating cutter 46 connected to the driven lever 44 moves upward along the LM guide 45 to complete the cutting process.

In addition to the heating cutter 46, various other cutters may be used in the cutting process.

In the case of the high frequency cutter, a cutter having a blade moves up and down along the LM guide, and a high frequency vibrator (not shown) is installed on the bottom to generate a high frequency at the moment the cutter is engaged to cut the label fabric. In the case of the ultrasonic cutter, a cutter having a blade moves up and down along the LM guide, and an ultrasonic vibrator (not shown) is installed on the bottom to cut the label fabric using ultrasonic waves when the cutter is engaged. In the case of a double-blade cutter, the upper cutter with a blade moves up and down along the LM guide, and a lower cutter (not shown) is installed on the bottom surface so that the upper cutter and the lower cutter are engaged with the label. Allow the fabric to be cut.

While the heating cutter and the double blade cutter are inexpensive, there is a disadvantage in that the cut portion is not clean. The high frequency cutter and the ultrasonic cutter have a disadvantage in that the cutting surface is clean while the initial facility cost is high.

When the cutting process is completed as described above, the control unit 90 transmits a command to the label supply motor 31 to drive the label supply motor 31 again. When the label supply motor 31 is driven, the cut label The silver is moved to the half folding plate 50 by the upper feed roller 36 and the lower feed roller 35.

The label moved to the half-fold plate 50 (see FIG. 1) moves up along the inner surface of the plate 51 (see FIG. 8) of the half-fold plate, and the raised label is lifted by its own weight. It will be folded in half.

When the label is folded in half as described above, a command is transmitted from the control unit 90 to the label heating motor 71 (see FIG. 6) to drive the label heating motor 71, and the label heating motor 71 is driven. When the drive gear 72 is connected to the rotation axis of the label heating motor 71 is rotated, and when the drive gear 72 is rotated and the drive lever 63 is mounted eccentrically to one side of the drive gear 72 and When the driving lever 63 is lowered, the driven lever 64 connected to the driving lever 63 is moved downward, and when the driven lever 64 is moved downward, the driven lever 64 is connected to the driven lever 64. The rotation lever 65 is rotated in one direction.

Subsequently, when the rotation lever 65 is rotated in one direction, the sliding lever rotation shaft 66 connected to the rotation lever 65 is rotated, and when the sliding lever rotation shaft 66 is rotated, the sliding lever rotation shaft 66 is rotated. Sliding lever 67 provided at the end of the () is rotated in the same direction as the sliding lever rotary shaft 66.

Referring to FIG. 2, when the sliding lever 67 is rotated to the right by the sliding lever rotation shaft 66, the cam floor 68 disposed at the upper end of the sliding lever 67 is moved to the right. When the cam floor 68 is moved, the inserting bundle 61 coupled to the cam floor 68 is moved to the right, and when the inserting bundle 61 is moved, the inserting bundle 61 is moved. Fixing bar 69 formed on both sides is moved to move the thin plate 62 (see FIG. 1) connected to both ends of the fixing bar 69 to the right.

When the thin plate 62 is moved to the right side, the label folded in half with the thin plate is moved to the right side and positioned between the upper heating roller 76 and the lower heating roller 75 of the heating iron 70. When the label folded in half with the thin plate 62 is moved, the moving label is moved by pushing the anti-fold plate 50 in a counterclockwise direction on the drawing, when the label is moved the half plate It is restored to the original position by the spring 53 provided in the rotation pin 52 (refer FIG. 8) of the 50.

Subsequently, when the label heating motor 71 (see FIG. 6) is driven, the drive gear 72 connected to the rotation axis of the label heating motor 71 is rotated. When the drive gear 72 is rotated, the drive gear 72 is rotated. The driving lever 63 mounted eccentrically toward one side is turned and rises. When the driving lever 63 is raised, the driven lever 64 connected to the driving lever 63 is moved upward, and the driven When the lever 64 is moved upward, the pivot lever 65 connected to the driven lever 64 is rotated in the other direction.

When the rotation lever 65 is rotated in the other direction, the sliding lever rotation shaft 66 connected to the rotation lever 65 is rotated, and when the sliding lever rotation shaft 66 is rotated, an end of the sliding lever rotation shaft 66 is rotated. The sliding lever 67 installed in the rotating shaft rotates in the same direction as the sliding lever rotating shaft 66, and the sliding lever 67 rotates to the left side (see FIGS. 2 and 6) by the rotation of the sliding lever rotating shaft 66. When the cam floor 68 disposed on the upper end of the sliding lever 67 is moved to the left side, when the cam floor 68 is moved, the inserting bundle 61 coupled to the cam floor 68 is moved. When moved to the left and the inserting bundle 61 is moved, the fixing bar 69 formed on both sides of the inserting bundle 61 is moved to the thin plate 62 connected to both ends of the fixing bar 69 (Fig. 1).

At this time, the thin plate 62 is moved to the left while the label is positioned between the upper heating roller 76 and the lower heating roller 75, the plate of the half folding plate 50 as shown when moving to the right The plate is pushed in a clockwise direction to move, and when the movement of the thin plate 62 is completed, the plate is restored to its original position by a spring 53 installed on the rotary pin 52 (see FIG. 8).

Subsequently, when a label is disposed between the upper heating roller 76 and the lower heating roller 75, the label heating motor 71 (see FIG. 6) is driven, and when the label heating motor 71 is driven, The drive gear 72 connected to the rotation axis of the label heating motor 71 is rotated, and when the drive gear 72 is rotated, the driven gear 73 engaged therewith is rotated, and when the driven gear 73 is rotated, the driven gear 73 is rotated. The heating roller rotating shaft 74 fixed to the gear 73 is rotated, and when the heating roller rotating shaft 74 is rotated, the lower heating roller 75 formed around the heating roller rotating shaft 74 is rotated.

When the lower heating roller 75 is rotated, the label placed on the upper surface of the lower heating roller 75 moves with the rotation of the lower heating roller 75, and at the same time, the upper heating roller pressing the upper surface of the label. 76 is rotated along the label to squeeze the folded label. At this time, the heater 77 is mounted inside the lower heating roller 75 so that the folded label can be pressed together with heat.

The label folded and folded in half is discharged out of the label apparatus through the discharge part 80 (see FIG. 1) to complete the operation.

The present invention is not limited to the embodiments described above, and various modifications and changes can be made by those skilled in the art, which are included in the spirit and scope of the present invention as defined in the appended claims.

As described above, the labeling apparatus according to the present invention automatically performs the entire process of producing a label by a machine, thereby ensuring uniform high quality, and improving productivity by about two to three times as compared to conventional manual work. Since only one machine operator is needed on a daily basis, 24 hours a day, it is possible to reduce the cost required for personnel reduction, and to improve competitiveness in domestic as well as overseas by improving productivity and quality.

Claims (11)

The reel winder with the label fabric wound up, A supply driving unit having a roller for releasing and supplying the label fabric from the reel winder; A cut part installed at one side of the supply driving part to cut a label fabric to be supplied to a predetermined length; A half folding plate disposed at the rear of the cutting unit and configured to fold the cut label in half; A half-fold drive unit installed at one side of the half-fold plate to move the label folded in half; A heating iron disposed at the rear side of the driving unit and pressing a label folded in half using a roller equipped with a heater to heat the heated iron; A discharge part for discharging the heated and ironed label; And a control unit for controlling the driving of the motor installed in the supply driving unit, the cutting unit, the half-fold drive unit, and the heating iron unit. The method of claim 1, wherein the supply drive unit A label feed motor disposed inside the vertically supported support panel, A drive gear connected to the rotating shaft of the label feed motor; A driven gear rotating in engagement with the drive gear; A roller rotating shaft formed extending from the inside of the driven gear to the outside of the support panel; A lower feed roller installed at an end of the roller rotating shaft, And an upper feed roller disposed above the lower feed roller and in rolling contact with the upper surface of the roller of the lower feed roller. The label device according to claim 2, wherein a hinge pin is installed at one end of the upper feed roller to rotate the upper feed roller. The method of claim 1, wherein the cutting portion A label cutting motor disposed inside the vertically supported support panel, A flange disposed outside the support panel and coupled to a rotation axis of the label cutting motor; A driving lever mounted on one side of the flange eccentrically by a predetermined distance from the rotation center and pivoting; A driven lever connected to the driving lever and converting a turning movement of the driving lever into a vertical movement; An LM guide attached to and fixed to an outer surface of the support panel; And a cutter connected to the driven lever and configured to move up and down along the LM guide through vertical movement of the driven lever. The method of claim 4, wherein the cutter A labeling device, characterized in that the heating cutter is provided with a heater inside the cutter to heat cut the label fabric. The method of claim 4, wherein the cutter A label device, characterized in that the label is a high frequency cutter provided with a high frequency vibrator on the bottom surface to cut the label fabric by high frequency. The method of claim 4, wherein the cutter Labeling apparatus characterized in that the ultrasonic cutter provided on the bottom surface of the ultrasonic cutter to cut the labeling material by the ultrasonic wave. The method of claim 4, wherein the cutter A label device, characterized in that the lower cutter is provided on the bottom surface to cut the labeling fabric by engaging the cutter. The method of claim 1, wherein the heating iron portion A label heating motor disposed inside the vertically supported support panel, A drive gear connected to the rotating shaft of the label heating motor, A driven gear rotating in engagement with the drive gear; A heating roller rotating shaft formed extending from the inside of the driven gear to the outside of the support panel; A lower heating roller installed at an end of the heating roller rotating shaft; A heater mounted inside the lower heating roller, And an upper heating roller disposed on the lower heating roller and in rolling contact with the roller upper surface of the lower heating roller. The method of claim 9, wherein the half-fold drive unit A drive lever pivotally mounted on one side of the drive gear coupled to the rotation shaft of the label heating motor by a predetermined distance from the rotation center; A driven lever connected to the driving lever and converting a turning movement of the driving lever into a vertical movement; A rotation lever connected to the driven lever to convert a vertical motion into a rotation motion of a predetermined angle; A sliding lever rotating shaft connected to a central axis of the pivot lever and extending outward of the support panel; A sliding lever fixed to an end of the sliding lever rotation shaft to rotate left and right; A cam floor seated in a groove formed at an upper end of the sliding lever; An inserting bundle installed at an upper portion of the cam floor, Fixed bars formed on both sides of the inserting bundle extending in the advancing direction of the label, Labeling device comprising a thin plate for connecting the both ends of the fixing bar to each other to move the label folded in half to the heating iron. According to claim 1, wherein the half folding plate A label device comprising a semi-circular plate concave inward, a rotary pin formed at the rear end of the plate, and a spring interposed around the rotary pin to provide a restoring force to the plate.