KR102486577B1 - Manufacturing Method of Sticker Tape - Google Patents

Abstract

The present invention relates to a sticker tape provided with stickers of various patterns.
The present invention includes the steps of transferring the sticker base paper; Separating the sticker from the transferred sticker base paper; Including the step of winding the separated sticker on the roll core,
A method of manufacturing a sticker tape may be provided in which the stickers wound on the roll core are continuously attached and connected to each other.

Description

Manufacturing method of sticker tape {Manufacturing Method of Sticker Tape}

The present invention relates to a method for manufacturing a sticker tape in which stickers of various patterns are provided.

In general, a sticker has a plate shape on one plane by attaching a plurality of stickers with an adhesive on the back thereof to a release paper.

The sticker is made in a predetermined size, has a picture or text printed on its front surface, and its material is usually paper. At this time, the sticker is made of paper of the same size as the release paper, and a cutting line is formed in a predetermined area in the middle thereof, and at the same time, a notice or advertisement is printed on the inside where the cutting line is formed.

Since the release paper to which the sticker is attached is manufactured in a plate shape, there is a problem in that handling is inconvenient because the area of the product is large. In addition, since a separate release paper to which the sticker is attached is required, and an unnecessary space is created outside the cut line of the sticker, there is a problem in that paper is excessively wasted.

Accordingly, the present invention was invented to solve the above problems, and the problem to be solved by the present invention is to provide a method for manufacturing a roll-type sticker tape.

The solution of the present invention is the step of transferring the sticker base paper; Separating the sticker from the transferred sticker base paper; Including the step of winding the separated sticker on the roll core,

A method of manufacturing a sticker tape may be provided in which the stickers wound on the roll core are continuously attached and connected to each other.

In this way, since the present invention can configure the sticker tape in a roll type, the sticker can be easily separated and used.

In the present invention, since the stickers are continuously attached and wound around the roll core in a connected state, the user can easily separate and use each sticker.

The present invention separates the sticker from the sticker base paper conveyed by the separation unit, winds the sticker on the roll core by the winding unit, and reduces the rotational speed for winding the sticker in the winding unit than the conveyance speed of the sticker conveyed in the separation unit. The stickers may be attached continuously in succession.

The sticker tape according to the present invention is arranged on a straight line in which the position of the outermost part of the first direction and the second direction of the orthogonal direction coincide with a first direction in which a portion of a plurality of stickers provided on the sticker sheet is overlapped and attached, and a plurality of stickers It can be implemented as a structure in which the spacing between the spaces is arranged regularly.

In the sticker tape according to the present invention, the position of the outermost part of the first direction and the second direction of the orthogonal direction in which some of the plurality of stickers provided on the sticker sheet are overlapped are different from each other, so they are not arranged in a straight line, and a plurality of The spacing between stickers can also be implemented in a structure that is arranged differently, and in this way, it can be used to create a more improved aesthetic sense by preparing various patterns.

1 is a perspective view of a sticker tape according to the present invention.
Figure 2 is a view showing a part of the sticker base paper provided on the sticker tape according to the present invention.
3 is a schematic configuration diagram of an apparatus for manufacturing a sticker tape according to the present invention.
4 is a schematic configuration diagram of a separation unit and a winding unit provided to separate and roll stickers from sticker base paper according to the present invention.
5 is a front view of the lifting unit of the present invention.
6 is a plan view of the lifting unit of the present invention.
Figure 7 is a schematic diagram for explaining the sticker attached state provided on the sticker tape according to the present invention.
8 is a view for explaining the attachment angle when the sticker of the present invention is continuously attached and connected.
Figure 9 is a schematic plan view of the base paper to which the sticker of the present invention is attached.
10 is a schematic plan view showing a state in which a sticker is attached to a roll interlining of the present invention.
11 is a schematic plan view showing a state in which stickers are arranged on paper according to another embodiment of the present invention.
12 is a schematic plan view showing a state in which the sticker paper according to FIG. 11 is wound around a reel.
13 is a plan view schematically showing a state in which stickers are arranged on a sticker sheet according to another embodiment according to the present invention.

Hereinafter, specific details for carrying out the present invention will be described in detail based on the accompanying exemplary drawings.

1 is a perspective view of a sticker tape according to the present invention. Referring to FIG. 1 , the sticker tape 100 according to the present invention may include a roll wick 110 and a sticker 120 wound around an outer circumferential surface of the roll wick 110 .

The sticker 120 may have a structure in which portions of the plurality of unit stickers 121 are wound around the roll wick 110 a plurality of times in a state in which portions are overlapped and connected.

The sticker 120 may be formed in various patterns and colors, various character shapes, and the like.

The manufacturing apparatus of the sticker tape 100 according to the present invention will be described as follows.

Referring to FIG. 3 , the manufacturing apparatus 200 according to the present invention includes a transfer unit 210 for transporting the sticker base paper P and separating the sticker from the sticker base paper P transported by the transfer unit 210. It may be composed of a separation unit 220 and a winding unit 230 on which the sticker separated from the separation unit 220 is wound.

The transfer unit 210 may include a driving roll 211 , a transfer roll 212 , and a tension roll 213 .

The separation unit 220 includes a support plate 221 that supports the sticker base paper P being transferred, a reverse transfer roll 222 that moves in the reverse direction from the end of the support plate 221 to be transferred, and a reverse transfer roll 222 It may include a pair of conveying rolls 223 for conveying the sticker base paper (P) from which the sticker (S) passing through is separated.

Referring to FIG. 4, the support plate 221 may be formed to a length that may include the entire length of the sticker base paper P in the width direction (transverse direction in FIG. 2), and the bottom surface of one end side of the support plate 221. Inclined surface (221a) may be formed.

The winding unit 230 has a winding roll 231 on which the sticker S separated from the sticker base paper P passing through the support plate 221 is wound, and the sticker S fixed to and separated from the top of the winding roll 231. It may include a pressure roll 232 that presses so as to be attached to the roll wick 110 provided on the winding roll 231 .

The pressure roll 232 may be made of a rubber material having a cushion so that the sticker S separated from the sticker base paper P is securely attached to the winding roll 231 .

A plurality of roll wicks 110 are pre-inserted into the winding roll 231, and separated stickers S may be successively attached to each roll wick 110.

The winding roll 231 may be formed in the form of a cylindrical rod having a predetermined length, and a predetermined number of roll wicks 110 are inserted into the winding roll 231. First, a support having the same structure as the roll wick 110 By first inserting the roll into the winding roll 231, inserting a plurality of roll wicks 110 for attaching the stickers (S), and then inserting a support roll again to support both ends of the plurality of roll wicks 110 can be temporarily fixed.

Therefore, the winding roll 231 is close to the pressure roll 232, and when the sticker S separated from the sticker base paper P is moved into the gap between the winding roll 231 and the pressure roll 232, the pressure is applied. When the roll 232 rotates, the take-up roll 231 can automatically rotate while facing the pressure roll 232 . As the winding roll 231 rotates, the separated stickers (S) may be wound around each roll wick 110 inserted in the winding roll 231 .

Figure 2 is a view showing a portion of the sticker base paper provided on the sticker tape according to the present invention. Referring to Figure 2, the sticker base paper (P) has a plurality of stickers (S) attached, the same type of sticker (S ) may be arranged in a line along the width direction of the sticker base paper (P), and various types of stickers (S) may be arranged at intervals along the length direction of the sticker base paper (P).

Accordingly, the stickers S may be attached to the sticker base paper P in a state in which the stickers S are aligned along the width direction and the length direction.

The sticker base paper (P) is attached to the winding roll 231 by overlapping a portion of the sticker separated from the sticker base paper (P) through the transfer roll 212 along the transfer direction (ⓐ), which is the longitudinal direction of the sticker base paper (P). can be rolled up

The sticker base paper (P) is separated from the sticker base paper (P) on the roll core 110 of the winding roll 231 via the transfer roll 212 along the transfer direction (ⓐ), which is the longitudinal direction of the sticker base paper (P). A portion of may be wound while overlapping and attaching.

In other words, the stickers S arranged in a row along the conveying direction ⓐ, which is the lengthwise direction of the sticker base paper P, are partially overlapped and attached to the roll core 110 inserted in the winding roll 231, and thus, Stickers (S) provided in a plurality of rows (parts arranged in the longitudinal direction) arranged at intervals in the width direction of the sticker base paper (P) may be attached to each of the plurality of roll cores 110 while partially overlapping. That is, a roll core 110 may be provided on the winding roll 231 for each of a plurality of rows of stickers S provided at intervals in the width direction of the sticker base paper P, and the stickers S may be attached.

The winding roll 231 may be disposed differently from the position where the sticker (S) separated from the sticker base paper (P) is transported. That is, the winding roll 231 may be disposed at a low height (H) from the support plate 221 at which the sticker (S) is transported.

If the height of the winding roll 231 is higher than the transferred sticker S, the sticker S separated from the sticker sheet P may not be attached to the winding roll 231.

In addition, when the height of the winding roll 231 and the transfer position of the sticker S are the same, since the sticker S separated from the transferred sticker base paper P by the support plate 221 has a thin thickness, tension It can be transported in a flexible state without it, and then it reaches the winding roll 231 and is not wound and folded or sags downward, so there is a possibility that a defect that is not properly attached to the roll wick 110 may occur.

As the sticker base paper P passes through the separation unit 220, the sticker S is separated, and the sticker S may be wound around the roll wick 110 inserted into the winding roll 231.

Here, in the present invention, when the sticker (S) is attached to the roll wick 110, the end of the next second sticker (S2) is attached to the end of the first sticker (S1), and in this way, the sticker (S) may be wound in succession.

That is, when the sticker base paper (P) passes through the support plate 221 of the separation unit 220, it is transferred to the lower part of the support plate 221 while receiving tension in the reverse direction at the end of the support plate 221, so in this process The sticker (S) starts to be separated from the sticker base paper (P), and the sticker (S) that starts to be separated is wound around the roll core 110 while passing between the winding roll 231 and the pressure roll 232 and can be attached

At this time, when the transfer speed of the sticker base paper (P) passing through the support plate 221 of the separation unit 220 is referred to as a first speed and the rotational speed of the winding roll 231 is referred to as a second speed, the first speed and The second speed may not be the same and may be operated with a speed difference.

In other words, the second speed may cause operation to be slower than the first speed. Therefore, when the separated sticker (S) is wound on the roll wick 110 of the winding roll 231, the winding speed is slower than the transfer speed of the sticker (S), so the first sticker (S1) is wound around the roll wick 110, and then a subsequent second sticker (S2) having a relatively faster conveying speed is attached before the first sticker (S1) is wound and reaches the spaced position, so that the first sticker ( The front part of the second sticker (S2) may be attached to the end of S1).

While repeating this method, the sticker (S) can be continuously wound and attached to the roll wick (110).

After the stickers (S) are wound around a plurality of roll wicks 110 at a predetermined number of times, the operation of the manufacturing apparatus 200 is temporarily stopped, and the winding roll 231 is separated from the pressure roll 232, and then , A plurality of roll wicks 110 may be separated.

Referring to FIGS. 5 and 6 , the winding roll 231 may be moved up and down by a lift unit. The lifting unit is provided on the rear surface of the connecting member 233 on which the winding roll 231 is provided, the fixing plate 234 on which the connecting member 233 is provided to be elevated, and the connecting member 233, and is moved along the moving rail 234. It may be made of a lifting plate 236 to.

A plurality of movable rails 234a may be formed on the fixing plate 234 at intervals, and the lifting plate 236 may be coupled to be moved up and down along the movable rails 234a.

Since the connecting member 233 is connected to the lifting plate 236, when the lifting plate 236 is moved up and down, the connecting member 233 can also be moved up and down simultaneously.

The lifting plate 236 may be moved up and down by a separately provided lifting and driving means (hydraulic or pneumatic actuator, etc.).

The connecting member 233 may be provided with a pair of winding rolls 231 spaced apart from each other to freely rotate.

In addition, the connecting member 233 can be rotated 360 degrees by providing a rotating part 235 at the center. Accordingly, the connecting member 233 can be rotated 360 degrees through the rotating part 235 on the lifting plate 236 . Therefore, the position of one winding roll 231 and the other winding roll 231 may be changed, and accordingly, when the sticker attachment process is completed on the plurality of roll cores 110 provided on the one winding roll 231, A process of attaching a sticker to the roll wick 110 provided on the other winding roll 231 may be completed.

When the process of attaching the sticker to the roll core 110 of the winding roll 231 is completed, the connecting member 233 is lowered by the lowering operation of the lifting plate 236, and the connecting member 233 is moved through the rotating part 235. The winding roll 231 provided with the roll wick 110 to be subjected to the sticker attaching process is positioned through a rotational motion (rotation of 180 degrees), and the connecting member 233 is raised again by the lifting motion of the lifting plate 236, and then , the sticker attachment process can be completed.

The rotation unit 235 may be formed of an actuator, and when the winding operation of the sticker on the roll wick 110 of the first winding roll 231 is completed by rotating the connecting member 233 by 360 degrees, the second winding roll 231 It is positioned forward, and the sticker may be wound and attached to the roll wick 110 again.

The manufacturing method of the sticker tape 100 according to the present invention will be described as follows.

The manufacturing method according to the present invention includes the steps of transferring the sticker base paper (P), separating the sticker (S) from the transferred sticker base paper (P), and winding the separated sticker (S) around the roll core (110). can include

In the step of separating the sticker (S) from the sticker base paper (P), the sticker base paper (P) is transferred in the reverse direction at the end of the support plate 221 provided while being transferred in the direction of the winding roll 231. Can be separated.

In the step of winding the separated sticker (S) on the roll wick 110, the rotational speed of the winding roll 231 is operated smaller than the transfer speed of the sticker (S) to be transferred, so that the sticker (S) can be continuously attached. can

7 to 11 are schematic diagrams illustrating various attachment states of stickers (S) provided on the roll wick 110 of the sticker tape according to the present invention.

Referring to FIG. 7, a plurality of stickers (S) are continuously attached based on the tangent (TL) of the roll wick 110, and the attachment range of the stickers (S) is the length of the first sticker (S1) ( d) can be less than 1/2.

When the attachment range between the stickers (S) is equal to or more than 1/2 of the length (d) of the first sticker (S1), it may be inconvenient to separate the stickers (S).

Also, referring to FIG. 8 , when the stickers S are arranged along the tangent line TL, they may be arranged at a predetermined angle α. The angle α may be less than 45 degrees.

When the angle α is 45 degrees or more when arranging the stickers S, the sticker S may be too thick compared to the number of windings when winding the roll wick 110.

Referring to FIG. 9 , a plurality of stickers (S) detachably attached to and arranged on a sticker base paper (P) may be provided at intervals (G) from each other. That is, between the first sticker (S1) and the second sticker (S2), between the second sticker (S2) and the third sticker (S3) may be arranged at a constant interval (G).

For convenience of description, the stickers have been described as the first sticker (S1), the second sticker (S2), and the third sticker (S3), but are not limited thereto, and a larger number of stickers are continuously connected at regular intervals (G) Parts may be overlapped and attached.

In addition, when defining a first direction (①) in which a plurality of stickers are arranged while overlapping each other and a direction orthogonal to the first direction as a second direction (②), the outermost position of the second direction (②) is a straight line ( L) can be aligned.

Referring to FIG. 10, for example, the first sticker (S1), the second sticker (S2), and the third sticker (S3) arranged at regular intervals (G) on the sticker base paper (P) in FIG. When wound on the roll wick 110 by the manufacturing apparatus of the present invention, it can be continuously wound while being aligned on a straight line (L) at the outermost position in the second direction (②) and attached to overlapping regularly.

Referring to FIG. 11, unlike the arrangement of the stickers shown in FIGS. 9 and 10, when a plurality of stickers S are arranged on a sticker sheet P, the outermost position in the second direction ② is on a straight line. , and the intervals G1 and G2 between the plurality of stickers S may also be arranged non-uniformly.

That is, when the first sticker S1, the second sticker S2, and the third sticker S3, which are a plurality of stickers attached on the sticker sheet P, are arranged, the second direction of the first sticker S1 ( The first straight line L1 at the outermost position in ②), the second straight line L2 at the outermost position in the second direction (②) of the second sticker S2, and the second straight line L2 of the third sticker S3 The third straight line L3 at the outermost position in the direction ② may all be formed differently.

In addition, the distance G1 between the first sticker S1 and the second sticker S2 and the distance G2 between the second sticker S2 and the third sticker S3 may be formed differently.

FIG. 12 is a plan view schematically illustrating an arrangement state of stickers wound around the roll wick 110 through the sticker sheet of FIG. 11 .

Referring to FIG. 12 , since a part of each sticker is continuously attached while the width between the stickers is not constantly aligned and the spacing is not constant, more diverse shapes can be created.

In the sticker tape of the type shown in FIG. 12, the attached portion of the first pattern part and the second pattern part formed by overlapping unit stickers can be separated by hand by the user.

In an embodiment of the present invention, the first pattern part is a unit of the first sticker S1, the second sticker S2, and the third sticker S3 as shown in FIG. 12, and the first pattern part A second pattern of the same or different pattern may be formed repeatedly.

Therefore, since the first pattern part can be separated from the roll interlining 110 at once, there is no need to separate the stickers to express various patterns.

13 shows that among a plurality of stickers attached to the sticker sheet P, the stickers arranged facing each other in the second direction and the stickers arranged singly without facing each other are provided as one unit pattern, and this unit pattern is It can be repeated at intervals on the sticker sheet.

That is, a first sticker (S1), a second sticker (S2), a third sticker (S3), a fourth sticker (S4), a fifth sticker (S5), which are a plurality of stickers attached on the sticker base paper (P), and When arranging the sixth sticker S6, it may be arranged on the sticker sheet P more differently than the pattern of FIG. 12.

That is, the intervals between the first sticker (S1), the second sticker (S2), the third sticker (S3), the fourth sticker (S4), the fifth sticker (S5), and the sixth sticker (S6) are all different, It can be arranged so that it is not on the same straight line at the outermost position in the second direction (②).

In addition, the second sticker (S2) and the sixth sticker (S6) may be arranged to face each other with a gap therebetween.

In addition, the third sticker (S3) and the fifth sticker (S5) may be arranged to face each other with a gap therebetween.

The first sticker S1 and the fourth sticker S4 may be configured and arranged as a single unit.

Then, as shown on the right side of the sticker sheet P, it is possible to implement a sticker attachment state of a pattern having more various patterns on the roll wick 110.

For example, each sticker corresponding to the petal shape may be combined on the roll wick 110 to be provided in various forms such as a flower pattern, and such a flower pattern is formed as a unit and continuously repeated on the roll wick 110. Thus, the same or different pattern shapes can be prepared, and the floral pattern of one unit can be separated and used.

In the manufacturing apparatus of the present invention, the winding speed of the winding roll 231 is smaller than the conveying speed of the sticker base paper P conveyed from the conveying roll 212 so that a certain portion of the sticker is overlapped and attached, but the shape as shown in FIG. When implemented as a pattern, the shape of the pattern can be transformed and implemented by adjusting the spacing of each sticker on the sticker base paper (P) without adjusting the transfer speed of the sticker base paper (P) and the winding speed of the winding roll 231. can

100... sticky tape 110... roll interlining
120... sticker 121... unit sticker
200 ... manufacturing unit 210 ... transfer unit
211... drive roll 212... transfer roll
213... Tension roll 220... Separation unit
221... support plate 222... reverse feed roll
223... transport roll 230... take-up unit
231 ... winding roll 232 ... pressure roll
233... connecting member 234... fixing plate
234a... moving rail 235... rotating part
236... lift plate
G,G1,G2... spacing L... straight
L1... 1st straight line L2... 2nd straight line
L3... 3rd straight line P... sticker sheet
S... sticker
S1... first sticker S2... second sticker
S3... 3rd sticker TL... tangential

Claims (9)

Transferring sticker base paper;
Separating the sticker from the transferred sticker base paper;
Winding the separated sticker on a roll wick;
including,
The stickers wound on the roll core are continuously attached and connected to each other,

A plurality of stickers detachably attached to the sticker sheet are provided at irregular intervals that are not constant from each other,
When the separated sticker is wound on the roll core, a direction in which the plurality of stickers are partially overlapped and laminated is called a first direction, and a direction orthogonal to the first direction is defined as a second direction,
Among the plurality of stickers, stickers arranged facing each other in the second direction and stickers arranged singly without facing each other are provided as one unit pattern, and this unit pattern is repeated at intervals on the sticker sheet,
The outermost positions of the stickers of the unit pattern in the second direction are not aligned on a straight line and are all aligned differently,
The unit pattern is a sticker tape manufacturing method in which the unit pattern is changed by adjusting the spacing of each sticker on the sticker base paper without adjusting the conveying speed of the sticker base paper or the rotational speed of the winding roll equipped with the roll core.
According to claim 1,
The step of separating the sticker from the sticker base paper,
A method of manufacturing a sticker tape in which the sticker base paper is transferred in a reverse direction from an end of a support plate provided while being transferred in the direction of a winding roll provided with the roll core, and is separated.
According to claim 1,
The step of winding the separated sticker on the roll wick,
A method of manufacturing a sticker tape in which stickers are continuously attached by operating a rotational speed of the winding roll equipped with the roll core smaller than the conveying speed of the sticker to be conveyed.
delete delete delete delete According to claim 1,
A method of manufacturing a sticker tape in which the stickers wound on the roll wick can be attached to each other at an angle obliquely with respect to the tangent of the roll wick.
delete

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