CN101987521A - Thin paper winding gluing mechanism and gluing method with slotting scraper - Google Patents

Abstract

The invention discloses a thin paper winding gluing mechanism with a grooving scraper and a gluing method, which are used for enabling a thin paper to adhere to a gluing wheel surface of the gluing wheel from a gluing groove by a gluing wheel arranged at a position adjacent to a thin paper passing path when the thin paper passes through the thin paper passing path, then extending from a direction parallel to the axial direction of the gluing wheel and corresponding to a grooving scraper of the gluing wheel surface, scraping glue of a notch groove which is not positioned at the scraping end of the grooving scraper when the adhering glue passes through the scraping end of the grooving scraper, and forming a coated glue layer on the gluing wheel surface of the gluing wheel when the adhering glue of the notch groove corresponding to the grooving scraper passes through the notch groove of the grooving scraper so as to adhere to the gluing surface of the thin paper.

Description

Thin paper winding gluing mechanism and gluing method with slotting scraper

technical field

The invention relates to the design of a thin paper winding gluing mechanism, in particular to a thin paper winding gluing mechanism with a slotting scraper and a gluing method.

Background technique

The paper tube of the existing thin paper winding mechanism is delivered to the side of an upper winding wheel by a conveyor, and then pushed into an arc-shaped guide plate channel by a push rod to reach a winding area. The paper tube winds the thin paper in the winding area to form a paper roll, just like a roll of toilet paper. During the winding process, some use the transfer printing method to apply one end or one end of glue on the thin paper, and some use the rotating rod to apply glue, and then transfer the glue attached to the rotating rod to the thin paper.

Technical problem to be solved by the present invention

However, when using the transfer printing method, the amount of glue applied is generally insufficient and the glue is unevenly applied. However, using a rotating rod to dip glue is easy to throw out the glue due to the centrifugal force generated by high-speed rotation, and the glue thrown out is difficult to effectively recycle and reuse.

Contents of the invention

Therefore, an object of the present invention is to provide a gluing mechanism and a gluing method of a tissue winding device, which can control the amount of glue and the position of the glue coating during gluing, so that the amount of gluing on the tissue is sufficient and uniform.

Another object of the present invention is to provide a gluing mechanism of a thin paper winding device, so that the excess glue used after gluing can be recovered and reused in real time.

Technical means for solving problems of the present invention

A thin paper winding gluing mechanism with a slotting scraper, comprising a cloth rubber wheel, arranged at a position adjacent to a thin paper passing path, and facing the gluing surface of the thin paper, rotating in a predetermined direction of rotation, the cloth rubber wheel The rubber wheel has a glue attached to the wheel surface; a glue groove is arranged on one side of the cloth rubber wheel, and glue is accommodated in the glue groove; the groove cutting scraper extends in a direction parallel to the axial direction of the cloth rubber wheel, and Corresponding to the glue attachment wheel surface of the cloth rubber wheel, the grooving scraper has a scraping end close to the glue attachment wheel surface lightly touching the cloth rubber wheel, and at least one notch groove is provided at the scraping end of the grooving scraper; A glue recovery tank is arranged at a predetermined distance below the cloth rubber wheel. In addition, the glue tank can also be set under the cloth rubber wheel instead, and the glue recovery tank is not provided, and the glue tank doubles as the glue recovery tank.

When the cloth rubber wheel rotates, the glue attached wheel surface of the cloth rubber wheel is attached with glue from the glue groove. When the attached glue passes through the scraping end of the grooving scraper, it is scraped by the scraping end of the grooving scraper unless it is located The glue of the notch groove, but the adhesive glue corresponding to the notch groove of the grooving scraper, when passing through the notch groove of the grooving scraper, forms a coated glue layer on the glue attachment wheel surface of the cloth rubber wheel, for Adheres to the glued side of tissue paper.

In the embodiment of the present invention, it also includes a gluing lever, which is arranged on the pushed surface opposite to the gluing surface of the thin paper. The gluing lever is driven to rotate by a driving mechanism to make the thin paper be glued. The driving lever pushes and contacts with the coated glue layer of the glue attached wheel surface of the cloth rubber wheel to adhere to the glue.

The present invention contrasts the effect of prior art

Through the technical means adopted in the present invention, before the glue adheres to the thin paper, the scraping end of the grooving scraper will first scrape off the coated glue layer formed on the glue attachment wheel surface of the cloth rubber wheel, which is not located in the glue passing area. The glue in the section can only pass through the coating glue layer located in the section where the glue passes through, so that the position of the glue will be evenly distributed in the desired position according to the design of the section where the glue passes through. The size and shape of the section where the glue passes determines the amount of the covered glue layer that can pass through and the thickness distribution after passing through, so that the amount of glue can be adjusted. The size and shape of the glue passing section can not only make the amount of glue applied evenly, but also meet the needs of various thin paper glue, and strengthen or change the adhesive strength of specific positions.

In the second embodiment of the present invention, the grooving scraper is not only used to control the distribution position of the coated glue layer, but also used to scrape off excess glue on the glue attachment wheel surface of the cloth rubber wheel. In addition, since the position of the glue tank is changed to be set under the cloth rubber wheel, the excess glue will flow back directly into the glue tank, replacing the function of the glue recovery tank. In this way, not only the overall structure is more streamlined due to the reduction of the glue recovery tank, but also the time and manpower required to input the recycled glue from the glue recovery tank to the glue tank are saved. Furthermore, because the glue in the glue tank can be continuously recycled and supplemented, it is not easy to be scarce, which can save costs.

The specific embodiments adopted by the present invention will be further described through the following embodiments and attached drawings.

Description of drawings

Fig. 1 shows the schematic side view of the first embodiment of the present invention;

Fig. 2 shows the flow chart of steps of the first embodiment of the present invention;

Figures 3 to 6 show side views of the shapes of the scraping ends of various grooving blades;

Figure 7 to Figure 10 show the top schematic diagrams of the shape of the glue passage section of various grooving scrapers; wherein Figure 7 also shows the top schematic diagrams of the partial assembly of the grooving scraper and the cloth rubber wheel;

Figure 11 shows the top view of the cloth rubber wheel after the cloth is glued;

Figure 12 shows the top view of the gluing lever;

Figure 13 shows a schematic side view of the gluing lever at the pushing position;

Figure 14 shows a schematic side view of the gluing lever after dispensing is completed;

Figure 15 shows a schematic bottom view of a partial assembly of a flat scraper and a cloth rubber wheel;

Figure 16 shows a schematic side view of the paper tube entering the winding area and being wound with thin paper;

Figure 17 shows a schematic side view of the paper tube and the thin paper being continuously wound in the winding area to form a paper roll and the thin paper being pulled off;

Figure 18 shows a perspective view of the finished paper roll;

Figure 19 shows a perspective view of the cut paper roll;

Figure 20 shows a side view of the cut paper roll;

Figure 21 shows a schematic side view of the second embodiment of the present invention;

Fig. 22 shows a flowchart of the steps of the second embodiment of the present invention.

[Description of main component symbols]

100, 100’ Tissue paper winding device

1 pinch wheel

2 Punching device

3. 3' Gluing Mechanism

31 Cloth rubber wheel

311 Glue attached to the wheel surface

32, 32' glue tank

33, 33a, 33b, 33c, 33d, 33e, grooving scraper

33f

331, 331a, 331b, 331c, 331d, scraper end

331e, 331f

332, 332a, 332b, 332c Notched Groove

34 Gluing lever

341 Axis of glued lever

342 Driving mechanism

35 Flat scraper

351 Squeegee end

36 Glue recycling tank

37 Baffle

41 Conveyor belt carrier

42 Putter

43 Paper tube conveying channel

44 Curved guide plate

45 Extension arm

451 Protrusions

46 Press wheel

5 winding area

51 winding wheel

52 Down Roller

53 riding a wheel

61 Compressing the conveyor belt

62 Inclined channel

A Push position

g1 glue

g2 Coating adhesive layer

g21, g21’ tail glue

g22 head glue

g3 Excess Glue

I Direction of rotation

P1 Thin paper

P11 glued surface

P12 Pushed side

P2 paper tube

P2’ paper tube with tissue paper attached

P3 paper roll

P4 Short paper roll

R Conveying direction

R1 Thin paper passing path

W Width

Detailed ways

Referring to FIG. 1 and FIG. 2 , it shows a schematic side view and a flow chart of the steps of the first embodiment of the present invention. Shown in Fig. 1 is the thin paper winding device 100, a thin paper P1 is first transported into the thin paper winding device 100 by a pair of pinch wheels 1 in a conveying direction R, and then passed through a punching device 2 on the thin paper A series of dotted cutting lines are marked on the paper P1 every predetermined distance, and then pass through a thin paper path R1 (step 101 ), and the area gluing action is performed in the gluing mechanism 3 .

The gluing mechanism 3 is used to attach glue to the gluing surface P11 of the thin paper P1 when passing the thin paper P1 through the thin paper passing path R1 . The gluing mechanism 3 includes a cloth rubber wheel 31 , a glue groove 32 , a grooving scraper 33 , at least one gluing lever 34 , a leveling scraper 35 , a glue recovery groove 36 and a baffle 37 .

The rubber cloth wheel 31 is disposed adjacent to the path R1 of the thin paper, and faces the gluing surface P11 of the thin paper P1, and rotates in a predetermined rotation direction I. The rubber cloth wheel 31 has a glue attachment wheel surface 311; the glue groove 32 It is arranged on the side of the cloth rubber wheel 31 , and the glue g1 is accommodated in the glue tank 32 .

The grooving scraper 33 extends in a direction parallel to the axial direction of the rubber cloth wheel 31 (see also FIG. 7 ), and corresponds to the glue attachment wheel surface 311 of the rubber cloth wheel 31 . The grooving scraper 33 has a scraping end 331 adjacent to the glue attachment wheel surface 311 lightly touching the cloth glue wheel 31 . Also refer to Figures 3 to 6, which show side views of the shapes of the scraping ends of various grooving blades. As shown in the figure, although in the first embodiment of the present invention, the scraping end 331 of the grooving scraper 33 is single-tapered, it can also be in other shapes. For example, the scraping end 331a of the grooving scraper 33a is tapered; the scraping end 331b of the grooving scraper 33b is straight; the scraping end 331c of the grooving scraper 33c is arc-shaped, and the scraping end 331 can also be Other appropriate shapes to meet various needs.

Also refer to FIG. 7 to FIG. 10 , which show schematic top views of the shapes of notches and grooves of various grooving scrapers, and FIG. 7 also shows a schematic top view of a partial assembly of the grooving scraper and the cloth rubber wheel. The scraping end 331 of the slotting scraper 33 is provided with at least one notched groove 332 at a position corresponding to the selected area of the thin paper P1 where the glue g1 is to be adhered. In the first embodiment of the present invention, the notch groove 332 is arc-shaped. But also can be designed as the taper of the notch groove 332a of the scraping end 331d of the grooving scraper 33d, the trapezoid of the notch groove 332b of the scraping end 331e of the grooving scraper 33e, or the shape of the notch groove 332b of the scraping end 331e of the grooving scraper 33d. The notch groove 332c of the scraping end 331f is rectangular, and the notch groove 332 can also be in other appropriate shapes. The size and shape to be used depends on the requirements of different glue amounts.

Also refer to shown in Figure 11, which shows the top view of the cloth rubber wheel after the cloth is glued. When the cloth rubber wheel 31 rotates, the glue attachment wheel surface 311 of the cloth rubber wheel 31 will adhere glue g1 (step 102) in the glue groove 32 (see Fig. 13 at the same time), and the attached glue g1 will pass through the groove scraper 33, the scraping end 331 of the grooving scraper 33 scrapes off the glue g1 that is not located in the notch groove 332 (also refer to FIG. 7 ). But the glue g1 on the notch groove 332 corresponding to the grooving scraper 33 will not be scraped off. Adhesive layer g2 (step 103).

Also refer to Fig. 12, Fig. 13 and Fig. 14, which show the top view of the gluing lever, the side view of the gluing lever in the pushing position, and the side view of the gluing lever after dispensing. The glue applying lever 34 is disposed adjacent to the thin paper passing path R1, and faces the pushed surface P12 opposite to the glue applying surface P11 of the thin paper P1. The gluing lever 34 is connected to a gluing lever axis 341 and is driven by a driving mechanism 342 to rotate around the gluing lever axis 341 . When the gluing lever 34 is rotated to the pushing position A (as shown in FIG. 13 ), the thin paper P1 is pushed by the gluing lever 34 to contact the coated glue layer g2 of the glue attachment wheel surface 311 of the cloth rubber wheel 31 , Make the glued surface P11 of the tissue paper P1 stick a tail of glue g21 (step 104, refer to FIG. 14 at the same time).

After the thin paper P1 is glued, it continues to be transported. If necessary, the gluing lever 34 can be rotated a second time, so that the gluing surface P11 of the thin paper P1 is attached with a glue g22 at a distance from the position where the tail glue g21 is attached. , And this distance can be adjusted by controlling the rotating speed of gluing lever 34. Although in the first embodiment of the present invention, the thin paper P1 is attached with the end glue g21 and the head glue g22, it can also only be attached with the tail glue g21 or only the end of the head glue g22, depending on actual needs. In practical applications, the paper tube P2 can also be coated with glue on the paper tube P2 at a predetermined position during the conveying process of the carrier plate 41 of the conveyor belt.

Also refer to FIG. 15 , which shows a schematic bottom view of a partial assembly of a flat scraper and a cloth rubber wheel. The flat scraper 35 extends in a direction parallel to the axial direction of the rubber cloth wheel 31 corresponding to the glue attachment wheel surface 311 of the rubber cloth wheel 31 . The flat scraper 35 has a squeegee end 351 adjacent to the glue attachment wheel surface 311 that is in contact with the cloth rubber wheel 31. The squeegee end 351 of the flat scraper 35 does not have any gap grooves, and is used to scrape off the thin paper P1 after being glued. The glue adheres to excess glue g3 on the wheel surface 311 (see FIG. 1 ). After the excess glue g3 is scraped off, it will flow to the glue recovery tank 36 arranged at a predetermined distance below the cloth rubber wheel 31 for recycling (step 105).

The baffle plate 37 is set at the adjacent position above the cloth rubber wheel 31, and lightly touches the glued surface P11 of the thin paper P1, so that the thin paper P1 and the glue coating layer g2 of the glue adhesion wheel surface 311 of the cloth rubber wheel 31 maintain a small distance , when the thin paper P1 is pushed and dispensed by the gluing lever 34, the thin paper P1 is supported by the baffle plate 37 and will be separated from the coated rubber layer g2 of the glue attachment wheel surface 311 of the cloth rubber wheel 31, keeping a small spacing.

On the other hand, the paper tube P2 is carried and transported by a conveyor belt supporting plate 41 first, and then the paper tube P2 is pushed into a paper tube conveying channel 43 by a push rod 42 . The paper tube conveying channel 43 is formed between an arc-shaped guide plate 44 and an upper roll 51 . When the paper tube P2 enters the paper tube conveying channel 43 and is wound with the thin paper P1, it will be transported to the winding area 5 .

Also refer to FIG. 16 , which shows a schematic side view of the paper tube entering the winding area and winding with the thin paper. The winding area 5 is located between an upper winding wheel 51, a lower winding wheel 52 and a riding wheel 53. In the winding area 5, the paper tube P2' to which the thin paper has been adhered is continuously wound with the thin paper P1 to gradually form a A paper roll P3 (see also Fig. 17).

When the paper roll P3 is about to finish winding, a new paper tube P2 is sent to the pinch roller 46 of the paper tube conveying channel 43, and the thin paper P1 is clamped by the paper tube P2 and the protrusion 451 of the extension arm 45 , and the thin paper P1 is pulled off, and the winding of the paper roll P3 is successfully completed. After the winding of the paper roll P3 is completed, it is discharged along the inclined passage 62 and the pressing conveyor belt 61.

Referring to FIG. 18 , FIG. 19 and FIG. 20 , they show the perspective view of the wound paper roll, the perspective view of the cut paper roll and the side view of the cut paper roll. As shown in the figure, the paper roll P3 is, for example, a roll of toilet paper, a roll of toilet paper, or a roll of kitchen towel. The attached tail glue g21' in the gluing process seals the tail end of the paper roll P3. When the paper roll P3 is to be supplied to consumers, it will be cut with a width W to form a short paper roll P4.

Referring to Fig. 21 and Fig. 22, which show a schematic side view and a flow chart of the steps of the second embodiment of the present invention, the structural design of the tissue winding device 100' of this embodiment is substantially the same as that of the aforementioned first embodiment , so the same component is marked with the same component number to match.

The gluing mechanism 3' of the second embodiment of the present invention only includes a cloth rubber wheel 31, a glue tank 32', a slotting scraper 33, at least one gluing lever 34 and a baffle plate 37. Glue groove 32 ' is arranged on a predetermined position below cloth rubber wheel 31 instead. The grooving scraper 33 is located on the side of the cloth rubber wheel 31 and can be fixed by common methods. The scraping end 331 of the grooving scraper 33 is provided with at least one notch groove 332 (see also FIG. 7 ). Similar to the aforementioned first embodiment, the thin paper P1 is transferred along the thin paper passing path R1 (step 201), and the cloth rubber wheel 31 rotates so that the glue adhesion wheel surface 311 of the cloth rubber wheel 31 is attached to the glue by the glue groove 32' g1 (step 202 ), excess glue g3 is scraped off by the scraping end 331 of the slotting scraper 33 when passing through the scraping end 331 of the slotting scraper 33 . But corresponding to the glue g1 of the notch groove 332 of the grooving scraper 33, then when passing through the notch groove 332 of the grooving scraper 33, on the glue adhesion wheel surface 311 of the cloth rubber wheel 31, form the coated glue layer g2 (step 203 ), through the push of the gluing lever 34, the glue is adhered to the gluing surface P11 of the tissue paper P1 (step 204).

The biggest difference between the second embodiment of the present invention and the first embodiment is that the glue recovery tank 36 used in the first embodiment is omitted structurally. After the excess glue g3 is scraped off by the scraping end 331 of the grooving scraper 33, it flows back into the glue groove 32' arranged below the cloth rubber wheel 31, instead of the glue recovery groove 36 in the first embodiment. In this way, the glue g1 in the glue tank 32' can be immediately recovered and recycled, and there is no need to replenish it from the glue recovery tank 36.

From the above examples, it can be known that the thin paper winding gluing mechanism and gluing method provided by the present invention are indeed of industrial value, so the present invention already meets the requirements of the patent. The above description is only an illustration of the embodiment of the present invention, and those who are skilled in this art can make other various improvements according to the above description, and these changes still belong to the inventive spirit of the present invention and the patent scope defined below.

Claims (11)

1. tissue rolling gumming mechanism with grooving scraper with so that a thin paper through a thin paper during by the path, attaches glue at the gluing face of this thin paper, is characterized in that this mechanism includes:

One cloth rubber tire is configured in this thin paper by the path adjacent position, and regards to the gluing face of this thin paper, and with preset rotating direction rotation, this cloth rubber tire has a glue and adheres to wheel face;

One glue groove is arranged at a side of this cloth rubber tire, is equipped with glue in this glue groove;

One grooving scraper, extend with a direction that is parallel to the axial direction of this cloth rubber tire, and adhere to wheel face corresponding to the glue of this cloth rubber tire, this grooving scraper has a next-door neighbour and touches the end that strikes off that adheres to wheel face in the glue of this cloth rubber tire, and is provided with at least one breach groove at the end that strikes off of this grooving scraper;

One glue accumulator tank is arranged at this one preset distance place, cloth rubber tire below;

When wherein this cloth rubber tire rotates, the glue of this cloth rubber tire adheres to wheel face by attaching glue in this glue groove, this attaches glue when holding by striking off of this grooving scraper, scraped the glue that is positioned at this breach groove unless be subjected to the end that strikes off of this grooving scraper, but the glue that attaches corresponding to the breach groove of this grooving scraper, then when passing through the breach groove of this grooving scraper, form a lining glue-line and adhere to wheel face, for attaching to the gluing face of this thin paper in the glue of this cloth rubber tire.

2. the tissue rolling gumming mechanism with grooving scraper as claimed in claim 1, it is characterized in that, also include a flat scraper, extend with a direction that is parallel to the axial direction of this cloth rubber tire, and adhere to wheel face corresponding to the glue of this cloth rubber tire, adhere to the unnecessary glue that attaches on the wheel face in order to the glue that strikes off this cloth rubber tire, make this unnecessary glue that attaches flow in this glue accumulator tank recycling.

3. the tissue rolling gumming mechanism with grooving scraper as claimed in claim 1, it is characterized in that, also include at least one gluing driving lever, be configured in contrast to the face that pushed away of the gluing face of this thin paper, when this gluing driving lever is subjected to drive mechanism rotation and position during in the pushing position, this thin paper is contacted with the lining glue-line that the glue of this cloth rubber tire adheres to wheel face by this gluing driving lever pushing, makes the gluing face of this thin paper attach glue.

4. the tissue rolling gumming mechanism with grooving scraper as claimed in claim 3, it is characterized in that, also include a plate washer, be arranged on this cloth rubber tire top close position, this document plate touches in the gluing face of thin paper, and the lining glue-line that makes the glue of this thin paper and this cloth rubber tire adhere to wheel face keeps a little spacing, after this thin paper is subjected to the pushing of this gluing driving lever to attach glue, the lining glue-line that this thin paper can be immediately with the glue of this cloth rubber tire adheres to wheel face separates, and keeps a little spacing.

5. tissue rolling gumming mechanism with grooving scraper with so that a thin paper through a thin paper during by the path, attaches glue at the gluing face of this thin paper, is characterized in that this mechanism includes:

One cloth rubber tire, what be configured in this thin paper passes through the path adjacent position, and regards to the gluing face of this thin paper, and with preset rotating direction rotation, this cloth rubber tire has a glue and adheres to wheel face;

One glue groove is arranged at the below of this cloth rubber tire, is equipped with glue in this glue groove;

One grooving scraper, extend with a direction that is parallel to the axial direction of this cloth rubber tire, and adhere to wheel face corresponding to the glue of this cloth rubber tire, this grooving scraper has a next-door neighbour and touches the end that strikes off that adheres to wheel face in the glue of this cloth rubber tire, and is provided with at least one breach groove at the end that strikes off of this grooving scraper;

When wherein this cloth rubber tire rotates, the glue of this cloth rubber tire adheres to wheel face by attaching glue in this glue groove, this attaches glue when holding by striking off of this grooving scraper, the end that strikes off that is subjected to this grooving scraper is struck off unnecessary glue, this unnecessary glue is back in this glue groove, but the glue that attaches corresponding to the breach groove of this grooving scraper, then when passing through the breach groove of this grooving scraper, form a lining glue-line and adhere to wheel face, for attaching to the gluing face of this thin paper in the glue of this cloth rubber tire.

6. the tissue rolling gumming mechanism with grooving scraper as claimed in claim 5, it is characterized in that, also include at least one gluing driving lever, be configured in contrast to the face that pushed away of the gluing face of this thin paper, when this gluing driving lever is subjected to drive mechanism rotation and position during in the pushing position, this thin paper is contacted with the lining glue-line that the glue of this cloth rubber tire adheres to wheel face by this gluing driving lever pushing, makes the gluing face of this thin paper attach glue.

7. the tissue rolling gumming mechanism with grooving scraper as claimed in claim 6, it is characterized in that, also include a plate washer, be arranged on this cloth rubber tire top close position, this document plate touches in the gluing face of thin paper, and the lining glue-line that makes the glue of this thin paper and this cloth rubber tire adhere to wheel face keeps a little spacing, after thin paper is subjected to the pushing of this gluing driving lever to attach glue, the lining glue-line that this thin paper can be immediately with the glue of this cloth rubber tire adheres to wheel face separates, and keeps a little spacing.

8. tissue rolling coating method with grooving scraper, it is characterized in that, be to dispose a cloth rubber tire with preset rotating direction rotation by the path adjacent position at a thin paper, this cloth rubber tire has a glue and adheres to wheel face, adhere to wheel face corresponding to the glue of this cloth rubber tire and be provided with a grooving scraper, this grooving scraper extends with a direction that is parallel to the axial direction of this cloth rubber tire, and have a next-door neighbour and touch the end that strikes off that adheres to wheel face in the glue of this cloth rubber tire, and the end that strikes off at this grooving scraper is provided with at least one breach groove, and this method comprises the following steps:

(a) thin paper is transferred by the path along this thin paper;

(b) this cloth rubber tire is with the rotation of this direction of rotation, makes the glue of this cloth rubber tire adhere to wheel face and attaches glue by a glue groove that is equipped with glue;

(c) this cloth rubber tire continues rotation, make this attach glue when holding by striking off of this grooving scraper, scraped the glue that is positioned at this breach groove unless be subjected to the end that strikes off of this grooving scraper, but the glue that attaches corresponding to the breach groove of this grooving scraper, then when passing through the breach groove of this grooving scraper, form a lining glue-line and adhere to wheel face in the glue of this cloth rubber tire;

(d) glue of this cloth rubber tire is adhered to the formed lining glue-line of wheel face and attach the gluing face that is intended for this cloth rubber tire to this thin paper.

9. the tissue rolling coating method with grooving scraper as claimed in claim 8, it is characterized in that, step (d) pushes this thin paper with at least one being configured in contrast to the gluing driving lever of the face that pushed away of the gluing face of this thin paper, this thin paper is contacted with the lining glue-line that the glue of this cloth rubber tire adheres to wheel face, make the gluing face of this thin paper attach glue.

10. the tissue rolling coating method with grooving scraper as claimed in claim 8, it is characterized in that, this step (d) also comprises afterwards with the direction of the axial direction that is parallel to this cloth rubber tire extends, and adhere to unnecessary glue on the wheel face corresponding to the glue that the flat scraper that the glue of this cloth rubber tire adheres to wheel face strikes off this cloth rubber tire, this unnecessary glue is back to is arranged in the glue accumulator tank at this one preset distance place, cloth rubber tire below.

11. the tissue rolling coating method with grooving scraper as claimed in claim 8 is characterized in that, in the described step (c), the unnecessary glue that end strikes off that strikes off that is subjected to this grooving scraper is back in this glue groove of the below that is arranged at this cloth rubber tire.

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