TWM595584U - Double-layer printed sticker manufacturing system and sticker thereof - Google Patents

Abstract

This creation provides a double-layer printed sticker manufacturing system and its sticker. The system includes an upper-layer paper printing unit, a lower-layer paper printing unit, a gluing machine and a knife mold. The upper paper printing unit has a first paper feeding device, a guide wheel, a first meandering control device, a first printing machine, and a varnisher. The upper paper is transferred from the first paper feeding device to the meandering control device, the first printing machine through the guide wheel And bright oil machine. The lower paper printing unit has a second paper feeding device, a guide wheel, a second meandering control device, a second printing machine, a glazing base, and a scraper, and the lower paper is transferred from the second paper feeding device to the meandering control device through the guide wheel 、Second printing machine, coating base and scraping ink machine. In addition, the upper and lower papers are laminated with each other by a gluing machine, and the laminated paper is cut with a knife die, and a cut line is rolled on the upper paper to form a double-layer printed sticker.

Description

Double-layer printed sticker manufacturing system and its sticker

This creation is about a double-layer printed sticker manufacturing system and its stickers, especially about a double-layer printed scratch sticker that cannot be stuck back after tearing to form a safety mechanism, which can prevent unscrupulous customers from stealing from unpurchased goods Double-layer printed sticker manufacturing system and its stickers.

When purchasing goods at a general convenience store, a scratch sticker will be attached to the goods. After the purchase, customers can scrape the cover of the scratch area, and then receive the award online or obtain points according to the displayed serial number. The conventional scratch stickers can be divided into single-sided scratch stickers or double-sided scratch stickers. The single-sided scratch stickers are printed on the front of the sticker at the same time to print product advertisements, instructions and scratch area, when the goods are placed on the shelf At the time of arrival, unscrupulous customers will take advantage of the opportunity to secretly scratch the scratch area on the product, and then return the product after obtaining the serial number, causing loss to the merchant.

Secondly, the double-sided scratch sticker is printed on the front of the product advertisement and description, and printed on the back of the scratch area, the double-sided scratch sticker can prevent theft. However, after the customer purchases the product, the scratch sticker can be removed from the product to remove the cover of the scratch area, so the scratch sticker may be damaged due to careless tearing process. Furthermore, the traditional manufacturing process of the double-sided scratch sticker is front printing, back printing, printing awards or serial numbers, upper protective film, forming a scratch area, local adhesive and cutting molding. A total of at least 4 to 6 processes are required, and the procedures are cumbersome and time-consuming, which makes the cost relatively high

In view of this, the creator has invested a lot of research and development energy and spirit, constantly breaking through and innovating in this field, hoping to solve the shortcomings of practice with novel technical means, in addition to bringing better products to the society and promoting industrial development.

The main purpose of this creation is to provide a double-layer printed sticker manufacturing system and its sticker, so that the double-layer printed scratch sticker cannot be stuck back after tearing to form a safety mechanism, thereby preventing unscrupulous customers from stealing unpurchased goods . In addition, when consumers tear the creative double-layer printed stickers along the cut-off line, they can quickly know the promotional offers, awards and serial numbers of the products are garbled, and they can also use the stickers in the inner layer as decorations to have a collection value.

In order to achieve the above purpose, the present invention can provide a double-layer printed sticker manufacturing system, which can include: an upper paper printing unit, a lower paper printing unit, a gluing machine and a knife mold. First, the upper-layer paper printing unit includes: a first paper feeding device, a plurality of guide wheels, a first meandering control device, at least a first printing machine, and a varnishing machine; Paper input device input; the guide wheels are connected to the first paper input device; the first meandering control device is connected to the first paper input device through the guide wheels, the upper paper passes through the guide wheels The first paper feeding device is transferred to the meandering control device; the at least one first printing machine is connected to the meandering control device through the guide wheels, and the upper layers of paper are sent from the meandering control device to the at least one through the guide wheels A first printing machine; and the varnishing machine is connected to the at least one first printing machine through the guide wheels, the upper papers are transferred from the at least one first printing machine to the varnishing machine through the guide wheels . Secondly, the lower paper printing unit includes: a second paper feeding device, a plurality of guide wheels, a second meandering control device, at least a second printing machine, a glazing seat, and a scraping ink machine; wherein, the plural The lower paper is input by the second paper feeding device; the guide wheels are connected to the second paper feeding device; the second meandering control device is connected to the second paper feeding device through the guide wheels, and the lower paper The second paper feeding device transmits the second meandering control device through the guide wheels; the at least one second printing machine is connected to the meandering control device through the guide wheels, and the lower paper passes through the guide wheels The second meandering control device transmits to the at least one first Two printing machines; the glazing base is connected to the at least one second printing machine through the guide wheels, and the lower papers are transferred from the at least one second printing machine to the glazing base through the guide wheels; and the The scraping ink machine is connected to the glazing base through the guide wheels, and the lower layers of paper are transmitted from the glazing base to the scraping ink machine through the guide wheels. Then, the gluing machine transfers the upper layer papers and the lower layer papers to the gluing machine through the guide wheels, and the back side of the upper layer papers and the front side of the lower layer papers are applied by a glue The edge and the lower edge fit together. Furthermore, the knife mold transmits the combined upper paper and the lower paper to the knife mold through the guide wheels, and cuts the combined upper paper and the lower paper into a specific shape , And rolled a cut-off line on the upper paper to form a plurality of double-layer printed scratch stickers.

The double-layer printed sticker manufacturing system of the present invention further includes a scrap reeling machine, which is connected with the knife mold through the guide wheels, and transmits the cut and formed scrap to the scrap roll through the guide wheels Remove the machine and remove the scrap.

The double-layer printed sticker manufacturing system of the present invention further includes a winding machine, which is connected with the cutter die through the guide wheels, and passes the formed double-layer printed scratch stickers through the guide wheels Transfer to the winder to wind up the double-layer printed scratch stickers.

The double-layer printed sticker manufacturing system of the present invention further includes a discharge device, which is disposed between the first serpentine control device and the at least one printing machine, is connected to the first serpentine device through the guide wheels, and passes through The guide wheels transfer the upper sheets of paper from the first snake control device to the discharge device.

The double-layer printed sticker manufacturing system of the present invention further includes a cold stamping machine, which is connected to the varnishing machine through the guide wheels, and the upper papers are transmitted from the varnishing machine to the cold stamping machine through the guide wheels.

In order to achieve the above-mentioned other purpose, the present invention can provide a double-layer printed scratch sticker, including an upper layer paper and a lower layer paper. The upper paper has a cut Wire break and a 3D security layer. The lower layer paper has an upper bonding section and a lower bonding section, the cut line of the upper layer paper is set above the lower bonding section, forming an appropriate distance from the lower bonding section, and a scraper is provided on the front of the lower layer paper Scraping area and a variable serial number garbled or a serial number garbled; wherein, the upper adhesive section and the lower adhesive section are coated with an adhesive to combine the upper and lower edges of the upper paper and the lower paper, and the The back of the lower layer paper is pasted with a release paper after the adhesive.

In order to achieve the above-mentioned other object, the present invention can provide a double-layer printed sticker manufacturing system, including an upper paper printing unit, a lower paper printing unit, a gluing machine and a knife mold. First, the upper paper printing unit includes: a first paper feeding device, a plurality of guide wheels, a first meandering control device, at least a first printing machine, a varnishing machine, and at least a second printing machine; wherein, the plural The upper paper is input by the first paper feeding device; the guide wheels are connected to the first paper feeding device; the first meandering control device is connected to the first paper feeding device through the guide wheels, and the upper paper The first paper feeding device is transmitted to the meandering control device through the guide wheels; the at least one first printing machine is connected to the meandering control device through the guide wheels, and the upper paper passes through the guide wheels from the meandering The control device is transmitted to the at least one first printing machine; the varnishing machine is connected to the at least one first printing machine through the guide wheels, and the upper papers are transmitted from the at least one first printing machine through the guide wheels To the varnishing machine; and the at least one second printing machine connected to the varnishing machine through the guide wheels, the upper papers are transferred from the varnishing machine to the at least one second printing through the guide wheels machine. Secondly, the lower paper printing unit includes: a second paper feeding device, a second meandering control device and at least a third printing machine; wherein a plurality of lower papers are input by the second paper feeding device; the guide wheels and the The second paper feeding device is connected; the second meandering control device is connected to the second paper feeding device through the guide wheels, and the lower layers of paper are transmitted from the second paper feeding device to the second meandering through the guide wheels Control device; and the at least one third printing machine, connected to the meandering control device through the guide wheels, the lower papers pass through the The guide wheels are transmitted to the at least one third printing machine by the second meandering control device. Then, the gluing machine transfers the upper layer papers and the lower layer papers to the gluing machine through the guide wheels, and the back side of the upper layer papers and the front side of the lower layer papers are applied by a glue The edge and the lower edge fit together. Furthermore, the knife mold transmits the combined upper paper and the lower paper to the knife mold through the guide wheels, and cuts the combined upper paper and the lower paper into a specific shape , And rolled a cut-off line on the upper paper to form a plurality of double-layer printed scratch stickers.

The double-layer printed sticker manufacturing system of the present invention further includes a scrap reeling machine, which is connected with the knife mold through the guide wheels, and transmits the cut and formed scrap to the scrap roll through the guide wheels Remove the machine and remove the scrap.

The double-layer printed sticker manufacturing system of the present invention further includes a winding machine, passing the guide wheels and the die, and transmitting the formed double-layer printed scratch stickers to the roll through the guide wheels Wind the machine to wind up the double-layer printed scratch stickers.

The double-layer printed sticker manufacturing system of the present invention further includes a discharge device, which is disposed between the first serpentine control device and the at least one printing machine, is connected to the first serpentine device through the guide wheels, and passes through The guide wheels transfer the upper sheets of paper from the first snake control device to the discharge device.

The created double-layer printed sticker manufacturing system further includes a cold stamping machine, which is disposed between the varnishing machine and the at least one second printing machine, and passes through the guide wheels to the varnishing machine and the at least one second printing machine. The printing machines are connected, and the upper layers of paper are transferred from the varnishing machine to the cold ironing machine through the guide wheels, and then the upper layers are transferred from the cold ironing machine to the at least one second printing machine through the guide wheels.

In order to achieve the above-mentioned other purpose, the present invention can provide a double-layer printed scratch sticker, including an upper layer paper and a lower layer paper. The upper paper has a cut-off line and a 3D security layer. The lower layer paper has an upper bonding section and a lower bonding section, and the cut line of the upper layer paper is set above the lower bonding section and is connected to the lower bonding section Form the proper distance. Secondly, the back side of the upper layer paper has a first bottom layer, the first bottom layer has a front side and a back side, the front side of the first bottom layer and the back side of the upper layer paper are attached to each other, and the back side of the first bottom layer is printed with different patterns The pattern, and a cutting line is provided at the periphery of the pattern to form a plurality of removable stickers. Furthermore, the front side of the lower paper has a second bottom layer, the second bottom layer has a front surface and a back surface, the back surface of the second bottom layer and the front surface of the lower paper are attached to each other, and the front surface of the second bottom layer is printed differently A pattern of shape, and a cutting line is provided on the periphery of the pattern to form a plurality of stickers that can be torn off. Next, the upper and lower bonding sections are coated with an adhesive to bond the upper and lower edges of the upper and lower sheets of paper to each other, and the back of the lower layer of paper is pasted with a release paper after adhesive .

1: Double-layer printed sticker manufacturing system

10: upper paper printing unit

10’: upper paper

101: Cut off line

1011: the first bottom

1012: Sticker

102: 3D security layer

11: The first paper feeding device

12: Guide wheel

13: The first meandering control device

14: Discharge device

15: The first printing press

16: bright oil machine

17: Cold ironing machine

18: Second printing machine

2: Double-layer printed stickers

20: Lower paper printing unit

20’: Lower paper

201: upper bonding section

2011: second floor

2012: stickers

202: Lower bonding section

203: Scratch area

204: Variable serial number garbled

21: Second paper feeding device

22: Guide wheel

23: The second meandering control device

24: Second printing machine

25: glazed seat

26: Scraping ink machine

27: Third printing press

30: Glue machine

31: knife mold

32: waste coiler

33: Winding machine

Fig. 1 is a schematic diagram of the double-layer printed sticker manufacturing system of the creative example 1; Fig. 2 is an exploded view of the double-layer printed sticker of the creative example 1; Fig. 3 is a double-layer printed sticker of the creative example 2 Schematic diagram of the manufacturing system; FIG. 4 is an exploded view of the double-layer printed sticker of the second embodiment.

The following describes the implementation of the creation by specific examples. Those skilled in the art can easily understand other advantages and effects of the creation by the contents disclosed in this specification. In addition, this creation can also be implemented or applied by other specific embodiments, and various modifications and changes can be made without departing from the spirit of this creation.

Please refer to FIG. 1 and FIG. 2, FIG. 1 is a schematic diagram of the double-layer printed sticker manufacturing system of the first embodiment of creation; and FIG. 2 is an exploded view of the double-layer printed sticker of the first embodiment of creation.

As shown in FIG. 1, a double-layer printed sticker manufacturing system 1 includes: an upper-layer paper printing unit 10, a lower-layer paper printing unit 20, a gluing machine 30, and a knife mold 31. A waste coiler 32 and a winder 33. First, the upper paper printing unit 10 includes a first paper feeding device 11, a plurality of guide wheels 12, a first meandering control device 13, a discharge device 14, at least a first printing machine 15, a bright oil machine 16 and A cold ironing machine 17; wherein, a plurality of upper papers 10' are input by the first paper feeding device 11, each of the upper papers 10' has a front and a back; the guide wheels 12 and the first paper feeding device 11 In connection, the guide wheels 12 can control the tension of the upper paper 10'. The first meandering control device 13 is connected to the first paper feeding device 11 through the guide wheels 12, and the upper sheets 10 ′ are transmitted from the first paper feeding device to the first meandering control device through the guide wheels 12. 13. Through the first meandering control device 13, the upper papers 10 ′ can be stably transported between the guide wheels 12, so that the upper papers 10 ′ will not run randomly. The discharge device 14 is connected to the first meandering device 13 through the guide wheels 12, and the upper layers of paper 10' are transferred from the first meander device 13 to the discharge device 14 through the guide wheels 12 through The discharge device 14 destroys the surface of the upper paper 10 to facilitate ink or bright oil application. The at least one printing machine 15 is connected to the discharge device 14 through the guide wheels 12, and the upper layers of paper 10' are transferred from the discharge device 14 to the at least one printing machine 15 through the guide wheels 12. The first printing machine 15 prints a first color printing layer on the back surface. The first color printing layer may be a single color or a plurality of colors. In FIG. 1, there are a plurality of first printing machines 15 indicating that one color can be printed. Two colors, three colors, etc. can be printed in different colors according to the needs of the user. This creation is not limited to this, and a second color printing layer is printed on the front surface by the first printing machine 15. The varnishing machine 16 is connected to the at least one first printing machine 15 through the guide wheels 12, and the upper paper 10 ′ is transferred from the at least one first printing machine 15 to the varnishing machine through the guide wheels 12. 16; through the bright oil machine 16 to cover the bright oil on the second color printing layer. The cold ironing machine 17 is connected to the bright oil machine 16 through the guide wheels 12, and the upper papers 10' are transferred from the bright oil machine 16 to the cold iron machine 17 through the guide wheels 12; by a cold ironing method and A cold ironing machine 17 performs cold ironing on the front side of the upper papers 10' to form a 3D The anti-counterfeiting layer is on the front side.

As shown in FIGS. 1 and 2, the lower paper printing unit 20 includes: a second paper feeding device 21, a plurality of guide wheels 22, a second meandering control device 23, at least one second printing machine 24, and a glazing A base 25 and a scraper ink machine 26; wherein, a plurality of lower papers 20' are input by the second paper feeding device 21, each of the lower papers 20' has a front and a back; the guide wheels 22 and the first The two paper feeding devices 21 are connected to convey the lower paper 20' through a plurality of guide wheels 22, and the guide wheels 22 can control the tension of the lower paper 20'. The second meandering control device 23 is connected to the second paper feeding device 21 through the guide wheels 22, and the lower sheets 20' are transmitted from the second paper feeding device 21 to the second meandering control through the guide wheels 22 Device 23; through the second meandering control device 23, the lower paper 20' can be stably transported between the guide wheels 22, so that the lower paper 20 will not run around. The at least one second printing machine 24 is connected to the second meandering control device 23 through the guide wheels 22, and the lower sheets 20' are sent from the second meandering control device 23 to the at least one through the guide wheels 22 Second printing machine 24; printing a third color printing layer and a lower printing layer on the front surface through the at least one second printing machine 24, and printing a fourth color printing layer on the front surface through the at least one second printing machine 24 The cover; wherein, the third color printing layer can be a single color or a plurality of colors, the third color printing layer can be a product pattern and explanatory text, the lower printing layer can be a serial number garbled, a variable The serial number is garbled or a QR Code. The coating base 25 is connected to the at least one second printing machine 24 through the guide wheels 22, and the lower papers 20' are transferred from the at least one second printing machine 24 to the coating base through the guide wheels 22 25; a light film is covered on the third color printing layer and the lower printing layer through the upper light seat 25. The squeegee 26 is connected to the glazing base 25 through the guide wheels 22, and the lower papers 20' are transmitted from the glaze base 25 to the squeegee 26 through the guide wheels 22; through the The printing ink scraper 26 prints a scratch area on the optical film. Then, the gluing machine 30 transfers the upper papers 10' and the lower papers 20' to the gluing machine 30 through the guide wheels 12, and The upper edges and lower edges of the upper layers of paper and the front sides of the lower layers of paper are attached to each other by an adhesive. Furthermore, the knife mold 31 transmits the combined upper paper 10 ′ and the lower paper 20 ′ to the knife mold 31 through the guide wheels 12, and transfers the combined upper paper 10 ′ and the paper The lower papers 20' are cut into a specific shape, and a cut line is rolled on the upper papers 10' to form a plurality of double-layer printed scratch stickers 2. Furthermore, the scrap coiler 32 is connected to the cutter mold 31 through the guide wheels 12, and the cut and formed scrap material is transferred to the scrap coiler 32 through the guide wheels 12 and the scrap roll except. In addition, the winder 33 is connected to the knife mold 31 through the guide wheels 12 and transmits the formed double-layer printed scratch stickers 2 to the winder 33 through the guide wheels 12 to Take up these double-layer printed scratch stickers 2.

As shown in FIG. 2, the double-layer printed scratch sticker 2 is manufactured by the above-mentioned double-layer printed sticker manufacturing system, wherein the double-layer printed sticker 2 includes an upper layer paper 10' and a lower layer paper 20'. The upper paper 10' has a cut line 101 and a 3D security layer 102; the lower paper 20' has an upper bonding section 201 and a lower bonding section 202, the cut line 101 of the upper paper 10' is set on the lower bonding Above the segment 202, an appropriate distance is formed from the lower adhesive segment 202. Secondly, the lower paper 20' has a scraping area 203 and a variable serial number garbled 204 or a serial number garbled, the scraping area 203 and the variable serial number garbled 204 are provided on the lower paper 20; wherein, the upper paper Print different product patterns and explanatory text on the front and back sides of 10' and part of the area of the lower layer paper 20, and coat the upper bonding section 201 and the lower bonding section 202 with a glue to make the upper layer paper 10' And the upper and lower edges of the lower paper 20' are combined with each other, and the back of the lower paper 20' is pasted with a release paper after the adhesive; the double-layer three-sided printing scratch sticker is attached to the product, and the upper layer The paper 10' tears along the cutting line 101 and lifts the upper paper 10, and then scrapes the lower paper 20'. The scraping area 203 displays the serial number garbled or awards for awards. After the upper paper 10 is torn Features that cannot be glued back to form a security mechanism.

Please refer to FIG. 3 and FIG. 4, FIG. 3 is a schematic diagram of the double-layer printed sticker manufacturing system of the creative embodiment 2; and FIG. 4 is an exploded view of the double-layer printed sticker of the creative embodiment 2.

As shown in FIG. 3, a double-layer printed sticker manufacturing system 1 includes an upper-layer paper printing unit 10, a lower-layer paper printing unit 20, a gluing machine 30, and a knife mold 31. First, the upper-layer paper printing unit 10 includes: a first paper feeding device 11, a plurality of guide wheels 12, a first meandering control device 13, a discharge device 14, at least a first printing machine 15, and a bright oil machine 16 , A cold ironing machine 17 and at least one second printing machine 18; wherein, a plurality of upper paper 10' is input by the first paper feeding device 11, each of the lower paper 20' has a front and a back, the guide wheels 12 is connected to the first paper feeding device 11. The first meandering control device 13 is connected to the first paper feeding device 11 through the guide wheels 12, and the upper layers of paper 10 ′ are transmitted from the first paper feeding device 11 to the first meandering control through the guide wheels 12. Device 13; through the meandering control device 13, the upper papers 10' can be stably transported between the guide wheels 12, so that the upper papers 10' will not run randomly. The discharge device 14 is disposed between the first meandering device 13 and the at least one printing machine 15, is connected to the first meandering device 13 through the guide wheels 12, and connects the upper layers through the guide wheels 12 The paper 10' is transferred from the first snake control device 13 to the discharge device 14. The at least one first printing machine 15 is connected to the discharge device 14 through the guide wheels 12, and the upper paper 10 ′ is transferred from the discharge device 14 to the at least one first printing machine 15 through the guide wheels 12; An upper first color printing layer is printed on the front surface through the at least one first printing machine 15. The varnishing machine 16 is connected to the at least one first printing machine 15 through the guide wheels 12, and the upper paper 10 ′ is transferred from the at least one first printing machine 15 to the varnishing machine through the guide wheels 12. 16; through the bright oil machine 16 to cover the bright oil on the first color printing layer. In addition, the cold ironing machine 17 is connected to the polisher 16 through the guide wheels 12, and the upper papers 10 ′ are transferred from the polisher 16 to the cold ironing machine 17 through the guide wheels 12; by a cold ironing Method and the cold ironing machine 17 in the The front side of the upper paper 10' is cold-rolled to form a 3D anti-counterfeiting layer 102 on the front side. The at least one second printing machine 18 is connected to the cold ironing machine 17 through the guide wheels 12, and the upper papers 10 ′ are transferred from the cold ironing machine 17 to the at least one second printing machine 18 through the guide wheels 12. Printing different types of patterns on the first bottom layer 1011 through the at least one second printing machine 18, and setting cutting lines at the periphery of the patterns to form a plurality of stickers 1012.

As shown in FIGS. 3 and 4, the lower paper printing unit 20 includes: a second paper feeding device 21, a plurality of guide wheels 22, a second meandering control device 23, and at least a third printing machine 27; The lower paper 20' is input by the second paper feeding device 21; the guide wheels 22 are connected to the second paper feeding device 21. The second meandering control device 23 is connected to the second paper feeding device 21 through the guide wheels 22, and the lower sheets 20' are transmitted from the second paper feeding device 21 to the second meandering control through the guide wheels 22 Device 23; through the meandering control device 23, the lower papers 20' can be stably transported between the guide wheels 22, so that the lower papers 20' will not run randomly. At least one third printing machine 27 is connected to the second meandering control device 23 through the guide wheels 23, and the lower sheets 20' are sent from the second meandering control device 23 to the at least one first through the guide wheels 23 Three printing machines 27; printing different patterns of patterns on the second bottom layer 2011 through the at least one third printing machine 27, and setting cutting lines at the periphery of the patterns to form a plurality of stickers 2012. Then, the gluing machine 30 transfers the upper papers 10 ′ and the lower papers 20 ′ to the gluing machine 30 through the guide wheels 12, and the back of the upper papers 10 ′ is applied by a glue And the upper edge and the lower edge of the front surface of the lower sheets 20' are attached to each other. Furthermore, the knife mold 31 transmits the combined upper paper 10 ′ and the lower paper 20 ′ to the knife mold 31 through the guide wheels 12, and transfers the combined upper paper 10 ′ and the paper The lower papers 20' are cut into a specific shape, and a cut line is rolled on the upper papers 10' to form a plurality of double-layer printed scratch stickers 2. Next, the scrap coiler 32 is connected to the knife mold 31 through the guide wheels 12 and transmits the cut and formed scrap through The guide wheels 12 are transferred to the waste material unwinding machine 32 to remove the waste material. Furthermore, the winder 33 is connected to the knife mold 31 through the guide wheels 12 and transmits the formed double-layer printed scratch stickers to the winder through the guide wheels to rewind The two-layer printed scratch sticker 2.

As shown in FIG. 4, the double-layer printed scratch sticker 2 is manufactured by the above-mentioned double-layer printed sticker manufacturing system, wherein the double-layer printed scratch sticker 1 includes an upper layer paper 10 ′ and a lower layer paper 20 '. The upper paper 10 has a cut-off line 101 and a 3D anti-counterfeiting layer 102; the lower paper 20' has an upper bonding section 201 and a lower bonding section 202, and the cut-off line 101 of the upper paper 101 is located at the lower bonding section 202 Above, and form an appropriate distance with the lower bonding section 202. Secondly, the back side of the upper paper 10' has a first bottom layer 1011, the first bottom layer 1011 has a front side and a back side, the front side of the first bottom layer 1011 and the back side of the upper paper 10' are attached to each other, and the first Different types of patterns are printed on the back of the bottom layer 1011, and a cutting line is provided on the periphery of the pattern to form a plurality of stickers 1012 that can be peeled off. The front surface of the lower paper 20 has a second bottom layer 2011, the second bottom layer 2011 has a front surface and a back surface, the back surface of the second bottom layer 2011 and the front surface of the lower paper 20 are attached to each other, and the second bottom layer 2011 Print different types of patterns on the front, and set cutting lines around the edges of the patterns to form multiple stickers 2012 that can be peeled off. In addition, different product patterns and explanatory text are printed on the front and back sides of the upper paper 10' and part of the area of the lower paper 20, and the upper adhesive section 201 and the lower adhesive section 202 are coated with a glue to make the The upper and lower edges of the upper layer paper 10 and the lower layer paper 20 are combined with each other. The back of the lower layer paper 20' is pasted with a release paper after the adhesive; the double-layer printed sticker is attached 2 to the commodity, and the upper layer paper Tear along the cutting line 101 to lift up the upper paper 10, and tear off various stickers 1012, 2012 from the second bottom layer 2021 for use as a decoration, which also has the additional function of stickers.

However, the above is only the preferred embodiment of this creation, not intended to be limited The scope of patent protection for this creation, therefore, any equivalent changes in the use of this creation description and the content of the drawings are all included in the scope of protection of the rights of this creation, and Chen Ming.

1: Double-layer printed sticker manufacturing system

10: upper paper printing unit

10’: upper paper

11: The first paper feeding device

12: Guide wheel

13: The first meandering control device

14: Discharge device

15: The first printing press

16: bright oil machine

17: Cold ironing machine

20: Lower paper printing unit

20’: Lower paper

21: Second paper feeding device

22: Guide wheel

23: The second meandering control device

24: Second printing machine

25: glazed seat

26: Scraping ink machine

30: Glue machine

31: knife mold

32: waste coiler

33: Winding machine

Claims (10)

A double-layer printed sticker manufacturing system, comprising: an upper paper printing unit, including: a first paper feeding device, a plurality of upper papers are input by the first paper feeding device; a plurality of guide wheels, corresponding to the first paper feeding device Connection; a first meandering control device, connected to the first paper feeding device through the guide wheels, the upper layers of paper are transferred from the first paper feeding device to the meandering control device through the guide wheels; at least one first The printing machine is connected to the meandering control device through the guide wheels, and the upper papers are transferred from the meandering control device to the at least one first printing machine through the guide wheels; and a lighter through the guides The wheel is connected to the at least one first printing machine, the upper papers are transferred from the at least one first printing machine to the varnishing machine through the guide wheels; the lower paper printing unit includes: a second paper feeding device , A plurality of lower papers are input by the second paper feeding device; a plurality of guide wheels are connected to the second paper feeding device; a second meandering control device is connected to the second paper feeding device through the guide wheels, The lower papers are transferred from the second paper feeding device to the second meandering control device through the guide wheels; at least one second printing machine is connected to the meandering control device through the guide wheels, and the lower papers pass through the The guide wheels are transmitted to the at least one second printing machine by the second meandering control device; a polishing base is connected to the at least one second printing machine through the guide wheels, and the lower paper passes through the guide wheels Conveyed to the coating base by the at least one second printing machine; and An ink scraping machine is connected to the glazing base through the guide wheels, and the lower layers of paper are transferred from the glazing base to the ink scraping machine through the guide wheels; a gluing machine passes through the guides The wheel conveys the upper papers and the lower papers to the gluing machine, and the upper and lower edges of the backs of the upper papers and the fronts of the lower papers are attached to each other by an adhesive; a knife mold , The combined upper papers and the lower papers are transferred to the knife mold through the guide wheels, and the combined upper papers and the lower papers are cut into a specific shape, and the A cutting line is rolled out on the upper paper to form a plurality of double-layer printed stickers; and a winding machine is connected to the knife mold through the guide wheels, and the formed double-layer printed scratch stickers are passed through the The guide wheels are transferred to the winding machine to wind up the double-layer printed scratch stickers. For example, the double-layer printed sticker manufacturing system of patent application scope item 1 also includes a waste material unwinding machine, which is connected with the knife mold through the guide wheels, and transmits the cut and formed waste material through the guide wheels To the waste coiler and remove the waste coil. For example, the double-layer printed sticker manufacturing system according to item 1 of the patent scope further includes a discharge device, which is disposed between the first serpentine control device and the at least one printing machine, and communicates with the first serpentine device through the guide wheels Connect and transfer the upper papers from the first snake control device to the discharge device through the guide wheels. For example, the double-layer printed sticker manufacturing system of patent application scope item 1 further includes a cold ironing machine, which is connected to the varnishing machine through the guide wheels, and the upper-layer paper is transmitted from the varnishing machine to the varnish machine through the guide wheels The cold ironing machine. A double-layer printed scratch sticker, comprising: an upper paper with a cut-off line and a 3D anti-counterfeiting layer; and a lower paper with an upper adhesive section and a lower adhesive section, the cut-off line of the upper paper is located on the An appropriate distance is formed above the lower bonding section, and a scraping area and a variable serial number garbled or A serial number is garbled; wherein, the upper adhesive section and the lower adhesive section are coated with an adhesive, so that the upper and lower edges of the upper paper and the lower paper are combined with each other, and the back of the lower paper is pasted after the adhesive In one release paper. A double-layer printed sticker manufacturing system, comprising: an upper paper printing unit, including: a first paper feeding device, a plurality of upper papers are input by the first paper feeding device; a plurality of guide wheels, corresponding to the first paper feeding device Connection; a first meandering control device, which is connected to the first paper feeding device through the guide wheels, and the upper layers of paper are transferred from the first paper feeding device to the meandering control device through the guide wheels; at least one first The printing machine is connected to the first meandering control device through the guide wheels, and the upper papers are transferred from the meandering control device to the at least one first printing machine through the guide wheels; an oiling machine passes through the The guide wheel is connected to the at least one first printing machine, the upper papers are transferred from the at least one first printing machine to the varnisher through the guide wheels; and at least a second printing machine passes through the guide wheels It is connected with the varnishing machine, and the upper papers are transferred from the varnishing machine to the at least one second printing machine through the guide wheels; the lower paper printing unit includes: a second paper feeding device, a plurality of lower papers Input by the second paper feeding device; a plurality of guide wheels are connected to the second paper feeding device; a second meandering control device is connected to the second paper feeding device through the guide wheels, and the lower layers of paper Transmitted from the second paper feeding device to the second meandering control device through the guide wheels; and at least a third printing machine, and the meandering control device through the guide wheels Connected, the lower layers of paper are transferred from the second meandering control device to the at least one third printing machine through the guide wheels; a gluing machine transfers the upper layers of paper and the lower layers of paper through the guide wheels to The gluing machine, and the back surface of the upper papers and the upper and lower edges of the front surface of the lower papers are attached to each other by a glue; The paper and the lower papers are transferred to the die, and the combined upper papers and the lower papers are cut into a specific shape, and a cut line is rolled on the upper papers to form a plurality of double Layer printing scratch stickers; and a winding machine, connected with the cutter die through the guide wheels, and the formed double-layer printed scratch stickers are transmitted to the winding machine through the guide wheels, Rewind the double-layer printed scratch stickers. For example, the double-layer printed sticker manufacturing system in the sixth scope of the patent application, further includes a scrap reeling machine, which is connected with the knife mold through the guide wheels, and transmits the cut and formed scrap through the guide wheels To the waste coiler and remove the waste coil. For example, the double-layer printed sticker manufacturing system of claim 6 of the patent scope further includes a discharge device, which is disposed between the first serpentine control device and the at least one printing machine, and communicates with the first serpentine device through the guide wheels Connect and transfer the upper papers from the first snake control device to the discharge device through the guide wheels. For example, the double-layer printed sticker manufacturing system of claim 6 of the patent scope further includes a cold stamping machine, which is arranged between the varnishing machine and the at least one second printing machine, through the guide wheels and the varnishing machine and the At least one second printing machine is connected, the upper layers of paper are transferred from the varnishing machine to the cold ironing machine through the guide wheels, and then the upper layers are transferred from the cold ironing machine to the at least one second through the guide wheels Printing machine. A double-layer printed scratch sticker, comprising: an upper paper with a cut-off line and a 3D anti-counterfeiting layer; and a lower paper with an upper adhesive section and a lower adhesive section, the upper paper The cut-off line is provided above the lower bonding section, forming an appropriate distance from the lower bonding section; wherein, the back side of the upper paper has a first bottom layer, the first bottom layer has a front side and a back side, and the first bottom layer The front side and the back side of the upper layer paper are attached to each other, and different types of patterns are printed on the back side of the first bottom layer, and a cutting line is provided on the periphery of the pattern to form a plurality of stickers that can be torn off; wherein, the front side of the lower layer paper has a A second bottom layer, the second bottom layer has a front surface and a back surface, the back surface of the second bottom layer and the front surface of the lower paper are attached to each other, and the front surface of the second bottom layer is printed with different patterns of patterns and arranged on the periphery of the pattern Cutting lines to form a plurality of stickers that can be peeled off; wherein, the upper and lower bonding sections are coated with an adhesive to combine the upper and lower edges of the upper and lower sheets of paper, and the A sticker is attached to the back after the adhesive is applied.

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