An integrated weaving machine and method for producing double-layer imitation brick glue mold

Abstract

An integrated weaving machine and method for producing double-layer imitation brick adhesive molds, belonging to the technical field of imitation brick tape production, the integrated weaving machine includes a machine body, a bottom paper unwinding shaft, a deviation correction mechanism, a bottom paper gluing mechanism, a horizontal strip unwinding shaft, a horizontal strip gluing mechanism, a vertical strip sticking machine, a bottom label sticking machine, a marking and drawing mechanism, a release film unwinding shaft, a release film gluing mechanism, a bottom paper rewinding shaft and a rewinding mechanism. The integrated weaving machine of the present invention is specially designed for the production of double-layer imitation brick adhesive molds. According to the characteristics of the double-layer imitation brick tape, a reasonable mechanical structure is designed, and it has the functions of local gluing, strip weaving, bottom label sticking, marking and drawing, bottom paper recycling, etc. The integrated equipment achieves the purpose of efficient and continuous production of double-layer imitation brick adhesive molds. Compared with the existing single machine operation, the production efficiency can be increased by more than three times, greatly saving labor and equipment costs.

Description

Technical Field

[0001] The invention belongs to the technical field of production of imitation brick adhesive tapes, and in particular relates to an imitation brick adhesive tape integrated braiding machine and a method thereof. Background Art

[0002] In order to improve the aesthetics of the wall, more and more wall decoration construction adopts the method of imitating brick patterns, spraying the wall into a brick surface pattern. Imitation brick tape is a kind of adhesive mold used for wall spray decoration. After pasting the imitation brick tape, spraying is carried out. The shape of the imitation brick tape blocks the paint to form a brick seam pattern. Finally, the imitation brick tape is peeled off to make an imitation brick pattern wall.

[0003] The existing imitation brick tape generally has a three-layer structure, namely a transparent release film layer, a substrate structure layer and a release paper layer. The equipment for producing imitation brick tape includes a cutting machine, a glue coating machine, a strip pasting machine and a winding machine, wherein the glue coating machine is for full-area glue coating, and the winding machine winds the three-layer structure in one piece. However, due to the limitations of its use, the three-layer imitation brick tape can only be used for interior decoration and is not suitable for the exterior wall of the floor. There are currently two ways to decorate the exterior wall of the floor with imitation brick patterns: one is the traditional method, which uses manual positioning, marking and pasting of adhesive strips on the exterior wall of the floor to form an imitation brick pattern. The process is very cumbersome and the quality is not high; the other is to use a two-layer imitation brick tape for direct pasting, which has absolute advantages in terms of work efficiency, construction cost and pattern quality. However, since the two-layer imitation brick tape is a new imitation brick tape product, the production of the two-layer imitation brick tape is currently produced by a single machine, which is troublesome to operate and has low production efficiency in steps. So far, there is no better and efficient production equipment. Therefore, it is necessary to develop a highly efficient and applicable double-layer imitation brick tape production equipment to improve the production efficiency of this new product. Summary of the invention

[0004] In view of the fact that the existing technology has single production equipment, low production efficiency, and a bottleneck of lacking continuous and efficient double-layer imitation brick adhesive tape production equipment, the present invention provides an integrated weaving machine and method for producing double-layer imitation brick adhesive tapes. According to the characteristics of the double-layer imitation brick adhesive tape, a reasonable mechanical structure is designed, which has the functions of gluing, weaving, labeling, drawing alignment lines, recycling base paper, etc. The integrated equipment achieves the purpose of efficiently producing double-layer imitation brick adhesive tapes. The specific technical scheme is as follows:

[0005] An integrated weaving machine for producing double-layer imitation brick glue molds, comprising a machine body 1, a bottom paper unwinding shaft 2, a deviation correction mechanism 3, a bottom paper gluing mechanism 4, a horizontal strip unwinding shaft 5, a horizontal strip gluing mechanism 6, a vertical strip sticking machine 7, a bottom label sticking machine 8, a marking and marking mechanism 9, a release film unwinding shaft 10, a release film gluing mechanism 11, a bottom paper rewinding shaft 12 and a rewinding mechanism 13;

[0006] The machine body 1 is divided into a first section machine, a middle section machine and a tail section machine; the first section machine of the machine body 1 is provided with a bottom paper unwinding shaft 2, a bottom paper gluing mechanism 4 and a horizontal strip gluing mechanism 6 in sequence; the first section machine of the machine body 1 is provided with a deviation correction mechanism 3 and a horizontal strip unwinding shaft 5 in sequence; the middle section machine of the machine body 1 is provided with a vertical strip sticking machine 7, a bottom label sticking machine 8 and a marking and drawing mechanism 9 in sequence; the bottom of the tail section machine of the machine body 1 is provided with a bottom paper rewinding shaft 12, the upper part of the tail section machine of the machine body 1 is provided with a release film unwinding shaft 10 and a release film gluing mechanism 11 in sequence from top to bottom, and the rear part of the tail section machine of the machine body 1 is provided with a rewinding mechanism 13;

[0007] In the above technical solution, the bottom paper unwinding shaft 2 is used to release the bottom paper; the horizontal strip unwinding shaft 5 is used to release the horizontal strips, the number of the horizontal strips is more than 2, and the horizontal strips are arranged in parallel; the release film unwinding shaft 10 is used to release the release film; the bottom paper rewinding shaft 12 is used to rewind the bottom paper;

[0008] In the above technical solution, the deviation correction mechanism 3 is used for positioning the bottom paper so that the bottom paper is aligned with the horizontal strip;

[0009] In the above technical solution, the bottom paper gluing mechanism 4 is used to apply glue to the upper surface of the bottom paper, and the gluing is local gluing, and the gluing area is the area corresponding to the horizontal strip, that is, the gluing on the upper surface of the bottom paper is only used to fit the horizontal strip, and after the bottom paper and the horizontal strip are combined after gluing, the gluing part of the bottom paper fits the lower surface of the horizontal strip; the horizontal strip gluing mechanism 6 is used to apply glue to the upper surface of the horizontal strip;

[0010] In the above technical scheme, the vertical strip sticking machine 7 is used to stick the vertical strips on the horizontal strips, and the vertical strips are double-sided glued in advance and then stuck on the horizontal strips by the vertical strip sticking machine 7, and there are several vertical strips; the bottom label sticking machine 8 is used to stick the bottom label strips on the bottom horizontal strips; the bottom label strips are glued on one side in advance, that is, the lower surface of the bottom label strips is glued, and the upper surface is not glued; the alignment line drawing mechanism 9 is used to print the alignment lines on the upper surface of the bottom label strips, and there are several bottom label strips; the vertical strips and the bottom label strips are stuck on the upper surface of the horizontal strips to form an imitation brick pattern structure layer;

[0011] In the above technical solution, the release film gluing mechanism 11 is used to apply glue to the release film, and the gluing is local gluing, that is, a glue line, and the glue line corresponds to the middle of the upper surface of a plurality of the bottom label strips, which is used to fix the bottom label strips and prevent the free end of the bottom label strips from drifting and sticking;

[0012] In the above technical solution, the winding mechanism 13 is used to wind up the composite layer of the imitation brick pattern structure layer and the release film, and the winding mechanism 13 can automatically change the roll and continuously wind without stopping.

[0013] In the above technical solution, the machine body 1 is provided with a plurality of supporting running rollers for assisting in supporting the positioning and conveying the base paper, the horizontal strips and the release film; the machine body 1 is provided with a plurality of relative running rolling shafts, which have a rolling effect, press the glue and make the glue surface fit tightly;

[0014] In the above technical solution, the bottom label sticking machine 8 and the vertical strip sticking machine 7 are not on the same vertical plane, and the brick layers are staggered for sticking;

[0015] In the above technical solution, the number of the vertical strip pasting machines 7 is N, N≥1; the N vertical strip pasting machines 7 are not on the same vertical plane, and the brick layers are staggered for pasting;

[0016] In the above technical solution, the width of the base paper is ≥ the total width of the imitation brick pattern structure layer;

[0017] In the above technical solution, the release film is made of transparent material, and the bonding position of the release film and the imitation brick pattern structure layer is: the alignment line of the bottom label strip is exposed at the edge of the release film, which is convenient for pasting the alignment label during decoration construction.

[0018] The method for using the above-mentioned integrated knitting machine for producing double-layer imitation brick glue molds comprises the following steps:

[0019] (a) First, the bottom paper unwinding shaft 2 releases the bottom paper, and the horizontal strip unwinding shaft 5 releases the horizontal strip. After the bottom paper is positioned and aligned by the deviation correction mechanism 3 and the bottom paper gluing mechanism 4 is glued, the bottom paper and the horizontal strip are joined and bonded. The bottom paper is used to support and fix the horizontal strip to prevent the horizontal strip from drifting.

[0020] (b) Then, the bottom paper supports the horizontal strips to continue to move forward, and the horizontal strip gluing mechanism 6 applies glue to the upper surface of the horizontal strips, and then the vertical strips are attached by the vertical strip sticking machine 7, the bottom label sticking machine 8 attaches the bottom label strips, and the alignment marking mechanism 9 prints the alignment lines. At this point, the horizontal strips, vertical strips and bottom label strips are woven into an imitation brick pattern structure layer; the width of the bottom paper is ≥ the total width of the imitation brick pattern structure layer;

[0021] (c) The imitation brick pattern structure layer supported by the bottom paper continues to move forward, and at the same time, the release film unwinding shaft 10 releases the release film, and a strip of glue is applied to the release film through the release film gluing mechanism 11; then the imitation brick pattern structure layer supported by the bottom paper merges with the release film, so that the upper surface of the imitation brick pattern structure layer is adhered to the release film (wherein, the upper surfaces of the horizontal strips and the vertical strips are glued to the release film; the glue strip of the release film is glued to the middle part of the bottom label strip, which is used to fix the bottom label strip), and the alignment line of the bottom label strip is exposed at the edge of the release film; after the bottom paper, the imitation brick pattern structure layer and the release film are rolled and reinforced by the relative running rollers, the bottom paper rewinding shaft 12 rewinds the bottom paper to separate the bottom paper from the imitation brick pattern structure layer, and at this time, the glue on the bottom paper is separated from the bottom paper and attached to the lower surface of the imitation brick pattern structure layer;

[0022] (d) Finally, the release film carries the imitation brick pattern structure layer and continues to move forward, and is reeled up by the reeling mechanism 13. The reeling mechanism 13 can automatically change the roll and continuously reel up without stopping the machine, thereby producing a double-layer imitation brick rubber mold roll;

[0023] The double-layer imitation brick glue mold roll can achieve that when the release film is torn off after the decoration construction, the glue on the upper surface of the imitation brick pattern structure layer is peeled off and attached to the release film, that is, after the release film is torn off during construction, the upper surfaces of the horizontal stripes, vertical stripes and bottom label stripes are all in a glue-free state.

[0024] In the above steps (a)-(c), the bottom paper gluing mechanism 1, the horizontal strip gluing mechanism 6 and the release film gluing mechanism 11 all include a gluing gun head, a linear guide rail, a screw and a gluing roller; the gluing gun heads of the bottom paper gluing mechanism 1, the horizontal strip gluing mechanism 6 and the release film gluing mechanism 11 can be adjusted horizontally and vertically, and the positions can be adjusted by sliding the linear guide rails, and they can be moved to a suitable position and locked; when changing the film, the gun head can be disengaged from the gluing roller by loosening the adjusting screw; after changing the film, the distance between the gun head and the gluing roller can be adjusted to be appropriate by using the screw;

[0025] In the above step (d), the winding mechanism 13 includes a push-out cylinder, a winding shaft distributed on three axes, a wheel, a paper pressing cylinder, a sliding cylinder and a blade; the automatic roll changing is a set of integrated actions, firstly, the push-out cylinder of the winding mechanism 1 is pushed out to push the paper roll into the winding shaft of the winding mechanism 1, and the push-out cylinder is retracted; the release film and the imitation brick pattern structure layer are first rolled on the topmost winding shaft distributed on three axes, and the winding shaft starts to work. When the winding reaches the set length, the wheel rotates, the winding shaft rotates 120 degrees clockwise, the paper pressing cylinder extends out to press the winding shaft, the sliding cylinder contracts to make the blade cut the material, the push-out cylinder extends out, the sliding cylinder extends out, and then the push-out cylinder contracts, and the double-layer imitation brick glue mold roll is pushed out; thus, an automatic cycle is formed to realize automatic roll changing.

[0026] The invention discloses an integrated braiding machine and method for producing double-layer imitation brick glue molds, which has the following beneficial effects compared with the prior art:

[0027] 1. The integrated weaving machine of the present invention is specially designed for producing double-layer imitation brick glue molds. The entire equipment is operated in an integrated weaving manner, which greatly improves production efficiency and saves labor and equipment costs compared to the existing single machine operation.

[0028] Second, the gluing of the base paper is designed to be localized. On the one hand, it saves glue. On the other hand, it helps to separate the subsequent base paper from rolling to prevent the base paper from sticking to the release film. In addition, there is no glue on the upper side of the base paper after separation. The base paper without glue can be recycled and used as the base paper on the base paper unwinding reel, which greatly saves material costs.

[0029] 3. Design a horizontal strip gluing mechanism to apply glue to the upper surface of the horizontal strip, combined with partial gluing of the release film, instead of using the release film to fully gluing, which greatly saves the amount of glue and also prevents the release film from sticking to the base paper.

[0030] 4. Design more than one vertical strip pasting machine, which can weave multiple layers of imitation brick patterns at the same time. With each additional layer, the work efficiency of the later decoration construction and pasting will be doubled.

[0031] 5. The upper surface of the bottom label is not coated with glue, which is convenient for subsequent marking and marking mechanism to print lines, and the lines are not easy to fade;

[0032] 6. Since there is no glue on the upper surface of the bottom label strip, a strip of glue is designed on the release film to be pasted to the upper surface of the bottom label strip to prevent the free end of the bottom label strip from drifting, thereby preventing the lower surface glue of multiple bottom label strips from sticking together.

[0033] 7. The machine body is provided with a plurality of relative running rolling shafts for pressing and solidifying the glue so that the glue surface is closely attached, especially when the base paper is separated later, the glue can be separated from the upper surface of the base paper and attached to the lower surface of the horizontal strip, so that the base paper is in a glue-free state when it is rolled up; and when the release film is peeled off during the later decoration construction, the glue on the upper surface of the imitation brick pattern structure layer (horizontal stripes, vertical stripes, bottom label stripes) can be separated from the imitation brick pattern structure layer and attached to the release film, so that the upper surface of the imitation brick pattern structure layer is in a glue-free state, which is convenient for the subsequent spraying of non-stick coating and improves the quality effect of use.

[0034] 8. The integrated braiding machine of the present invention is provided with a marking and drawing mechanism, which runs the marking line in an integrated manner, and the marking lines between each bottom mark strip have good consistency, which is conducive to the subsequent construction and pasting to the standard accurately.

[0035] In summary, the integrated weaving machine of the present invention can well realize the continuous production of double-layer imitation brick glue molds through local gluing, strip weaving, marking lines, recycling base paper, etc. The production efficiency of the equipment is increased by more than three times, and the comprehensive cost of materials, time and labor is reduced by more than half. BRIEF DESCRIPTION OF THE DRAWINGS

[0036] Figure 1 This is a schematic structural diagram of an integrated knitting machine for producing double-layer imitation brick glue molds according to Embodiment 1 of the present invention;

[0037] Figure 2 for Figure 1 An enlarged view of the first section of an integrated knitting machine for producing double-layer imitation brick glue molds;

[0038] Figure 3 for Figure 1 An enlarged view of the middle section of an integrated knitting machine for producing double-layer imitation brick glue molds;

[0039] Figure 4 for Figure 1 An enlarged view of the tail section of an integrated knitting machine for producing double-layer imitation brick glue molds;

[0040] Figure 1-4 Middle: 1-machine body, 2-bottom paper unwinding shaft, 3-correcting mechanism, 4-bottom paper gluing mechanism, 5-horizontal strip unwinding shaft, 6-horizontal strip gluing mechanism, 7-vertical strip sticking machine, 8-bottom label sticking machine, 9-marking and drawing mechanism, 10-release film unwinding shaft, 11-release film gluing mechanism, 12-bottom paper rewinding shaft, 13-rewinding mechanism.

[0041] Figure 5 This is a schematic diagram of the base paper after gluing in Example 1 of the present invention, wherein: 1.1-base paper, 1.2-base paper gluing position;

[0042] Figure 6 Schematic diagram of the imitation brick pattern structure layer of Example 1 of the present invention, wherein: 2.1-horizontal bar, 2.2-vertical bar, 2.3-bottom mark bar, 2.4-alignment line;

[0043] Figure 7 Schematic diagram of the release film after gluing of Example 1 of the present invention, wherein: 3.1-release film, 3.2-gluing portion of the release film;

[0044] Figure 8 This is a schematic diagram of the imitation brick pattern structure layer and the release film after being attached to each other according to Example 1 of the present invention, wherein: 3.1 is the release film, 3.2 is the adhesive coating portion of the release film;

[0045] Fig. 9 This is a schematic structural diagram of an integrated knitting machine for producing double-layer imitation brick glue molds according to Embodiment 2 of the present invention;

[0046] Fig.10 This is a schematic diagram of the imitation brick pattern structure layer and the release film after being attached to each other according to Example 2 of the present invention;

[0047] Fig.11 This is a schematic structural diagram of an integrated knitting machine for producing double-layer imitation brick glue molds according to Embodiment 3 of the present invention;

[0048] Fig.12 This is a schematic diagram of the imitation brick pattern structure layer and the release film after being attached to each other according to Example 3 of the present invention;

[0049] Fig.13 This is a picture of a double-layer imitation brick glue mold product prepared in Example 1 of the present invention; DETAILED DESCRIPTION

[0050] The following is a combination of specific implementation cases and attached Figure 1-12 The present invention is further described below, but the present invention is not limited to these embodiments.

[0051] Example 1

[0052] An integrated weaving machine for producing double-layer imitation brick glue molds, such as Figure 1-4 As shown, it includes a machine body 1, a bottom paper unwinding shaft 2, a deviation correction mechanism 3, a bottom paper gluing mechanism 4, a horizontal strip unwinding shaft 5, a horizontal strip gluing mechanism 6, a vertical strip sticking machine 7, a bottom label sticking machine 8, a marking and marking mechanism 9, a release film unwinding shaft 10, a release film gluing mechanism 11, a bottom paper rewinding shaft 12 and a rewinding mechanism 13;

[0053] The machine body 1 is divided into a first section machine, a middle section machine and a tail section machine; the first section machine of the machine body 1 is provided with a bottom paper unwinding shaft 2, a bottom paper gluing mechanism 4 and a horizontal strip gluing mechanism 6 in sequence; the first section machine of the machine body 1 is provided with a deviation correction mechanism 3 and a horizontal strip unwinding shaft 5 in sequence; the middle section machine of the machine body 1 is provided with a vertical strip sticking machine 7, a bottom label sticking machine 8 and a marking and drawing mechanism 9 in sequence; the bottom of the tail section machine of the machine body 1 is provided with a bottom paper rewinding shaft 12, the upper part of the tail section machine of the machine body 1 is provided with a release film unwinding shaft 10 and a release film gluing mechanism 11 in sequence from top to bottom, and the rear part of the tail section machine of the machine body 1 is provided with a rewinding mechanism 13;

[0054] The bottom paper unwinding shaft 2 is used for releasing the bottom paper; the horizontal strip unwinding shaft 5 is used for releasing the horizontal strips, the number of the horizontal strips is more than 2, and the horizontal strips are arranged in parallel; the release film unwinding shaft 10 is used for releasing the release film; the bottom paper winding shaft 12 is used for winding the bottom paper; the deviation correction mechanism 3 is used for the bottom paper operation positioning so that the bottom paper is aligned with the horizontal strip; the bottom paper gluing mechanism 4 is used for gluing the upper surface of the bottom paper, and the gluing is local gluing, and the gluing area is the area corresponding to the horizontal strip, that is, the gluing on the upper surface of the bottom paper is only used to fit the horizontal strip, and after the glued bottom paper and the horizontal strip are merged, the glued part of the bottom paper is fit with the lower surface of the horizontal strip; the horizontal strip gluing mechanism 6 is used to gluing the upper surface of the horizontal strip; the vertical strip pasting machine 7 is used to paste the vertical strips on the horizontal strips, and the vertical strips are double-sided glued in advance and then pasted on the horizontal strips by the vertical strip pasting machine 7 The bottom label labeling machine 8 is used to stick the bottom label strip on the bottom horizontal strip; the bottom label strip is pre-coated with glue on one side, that is, the lower surface of the bottom label strip is coated with glue, and the upper surface is not coated with glue; the alignment line drawing mechanism 9 is used to print alignment lines on the upper surface of the bottom label strip, and there are several bottom label strips; the vertical strips and the bottom label strip are pasted on the upper surface of the horizontal strip to form an imitation brick pattern structure layer; the release film gluing mechanism 11 is used to glue the release film, and the gluing is local gluing, that is, a glue line, and the glue line corresponds to the middle part of the upper surface of several bottom label strips, which is used to fix the bottom label strip to prevent the free end of the bottom label strip from drifting and sticking; the winding mechanism 13 is used to wind up the composite layer of the imitation brick pattern structure layer and the release film, and the winding mechanism 13 can automatically change the roll and continuously wind without stopping.

[0055] The width of the base paper is ≥ the total width of the imitation brick pattern structure layer; the release film is made of transparent material, and the fitting position of the release film and the imitation brick pattern structure layer is: the marking line of the bottom label strip is exposed at the edge of the release film, which is convenient for pasting the marking during decoration construction.

[0056] The machine body 1 of this embodiment is provided with a plurality of supporting running rollers for assisting in supporting the positioning and conveying the base paper, the horizontal strips and the release film; the machine body 1 is provided with a plurality of relative running rolling shafts, which have a rolling effect, press the glue and make the glue surface fit tightly;

[0057] The number of the vertical strip sticking machine 7 in this embodiment is 1; the bottom label sticking machine 8 and the vertical strip sticking machine 7 are not on the same vertical plane, and the brick layers are staggered for sticking;

[0058] The method for using the above-mentioned integrated knitting machine for producing double-layer imitation brick glue molds comprises the following steps:

[0059] (a) First, the bottom paper unwinding shaft 2 releases the bottom paper, and the horizontal strip unwinding shaft 5 releases the horizontal strip. After the bottom paper is positioned and aligned by the deviation correction mechanism 3 and the bottom paper gluing mechanism 4 is glued, the bottom paper and the horizontal strip are joined and bonded. The bottom paper is used to support and fix the horizontal strip to prevent the horizontal strip from drifting. The schematic diagram after the bottom paper is glued is as follows Figure 5 As shown;

[0060] (b) Then, the bottom paper supports the horizontal strips to continue to move forward, and the horizontal strip gluing mechanism 6 is used to apply glue to the upper surface of the horizontal strips, and then the vertical strips are attached by the vertical strip sticking machine 7, the bottom label sticking machine 8 is used to attach the bottom label strips, and the alignment marking mechanism 9 prints the alignment lines. At this point, the horizontal strips, vertical strips and bottom label strips are woven into an imitation brick pattern structure layer; the width of the bottom paper is ≥ the total width of the imitation brick pattern structure layer; the schematic diagram of the imitation brick pattern structure layer is as shown in Figure 6 As shown;

[0061] (c) The base paper supports the imitation brick pattern structure layer and continues to move forward. At the same time, the release film unwinding shaft 10 releases the release film and is coated with a strip of glue by the release film coating mechanism 11. The schematic diagram of the release film after the coating is shown in FIG. Figure 7 As shown; then the base paper supports the imitation brick pattern structure layer and merges with the release film, so that the upper surface of the imitation brick pattern structure layer is adhered to the release film (wherein, the upper surfaces of the horizontal strips and the vertical strips are glued to the release film; the glue strip of the release film is glued to the middle part of the bottom label strip, which is used to fix the bottom label strip), and the alignment line of the bottom label strip is exposed at the edge of the release film; after the base paper, the imitation brick pattern structure layer and the release film are rolled and reinforced by relative running rollers, the base paper reeling shaft 12 reels the base paper to separate the base paper from the imitation brick pattern structure layer, at which time the glue on the base paper is separated from the base paper and attached to the lower surface of the imitation brick pattern structure layer;

[0062] (d) Finally, the release film carries the imitation brick pattern structure layer and continues to move forward, and is reeled up by the reeling mechanism 13. The reeling mechanism 13 can automatically change the roll and continuously reel up without stopping the machine to produce a double-layer imitation brick rubber mold roll; the schematic diagram after the imitation brick pattern structure layer and the release film are attached is shown in FIG. Figure 7 As shown;

[0063] The double-layer imitation brick glue mold roll can achieve that when the release film is torn off after the decoration construction, the glue on the upper surface of the imitation brick pattern structure layer is peeled off and attached to the release film, that is, after the release film is torn off during construction, the upper surfaces of the horizontal stripes, vertical stripes and bottom label stripes are all in a glue-free state.

[0064] In the above steps (a)-(c), the bottom paper gluing mechanism 1, the horizontal strip gluing mechanism 6 and the release film gluing mechanism 11 all include a gluing gun head, a linear guide rail, a screw and a gluing roller; the gluing gun heads of the bottom paper gluing mechanism 1, the horizontal strip gluing mechanism 6 and the release film gluing mechanism 11 can be adjusted horizontally and vertically, and the positions can be adjusted by sliding the linear guide rails, and they can be moved to a suitable position and locked; when changing the film, the gun head can be disengaged from the gluing roller by loosening the adjusting screw; after changing the film, the distance between the gun head and the gluing roller can be adjusted to be appropriate by using the screw;

[0065] In the above step (d), the winding mechanism 13 includes a push-out cylinder, a winding shaft distributed on three axes, a wheel, a paper pressing cylinder, a sliding cylinder and a blade; the automatic roll changing is a set of integrated actions, firstly, the push-out cylinder of the winding mechanism 1 is pushed out to push the paper roll into the winding shaft of the winding mechanism 1, and the push-out cylinder is retracted; the release film and the imitation brick pattern structure layer are first rolled on the topmost winding shaft distributed on three axes, and the winding shaft starts to work. When the winding reaches the set length, the wheel rotates, the winding shaft rotates 120 degrees clockwise, the paper pressing cylinder extends out to press the winding shaft, the sliding cylinder contracts to make the blade cut the material, the push-out cylinder extends out, the sliding cylinder extends out, and then the push-out cylinder contracts, and the double-layer imitation brick glue mold roll is pushed out; thus, an automatic cycle is formed to realize automatic roll changing.

[0066] The integrated knitting machine of this embodiment has been tried and tested to be very effective. The double-layer imitation brick glue mold product is shown in the figure. Fig.13 As shown, compared with the production of a single machine, the production efficiency of the equipment of the present invention is increased by 3 times, and the wall decoration construction efficiency is increased by 3 times.

[0067] Example 2

[0068] An integrated weaving machine for producing double-layer imitation brick glue molds, such as Fig. 9 As shown, it includes a machine body 1, a bottom paper unwinding shaft 2, a deviation correction mechanism 3, a bottom paper gluing mechanism 4, a horizontal strip unwinding shaft 5, a horizontal strip gluing mechanism 6, a vertical strip sticking machine 7, a bottom label sticking machine 8, a marking and marking mechanism 9, a release film unwinding shaft 10, a release film gluing mechanism 11, a bottom paper rewinding shaft 12 and a rewinding mechanism 13;

[0069] The machine body 1 is divided into a first section machine, a middle section machine and a tail section machine; the first section machine of the machine body 1 is provided with a bottom paper unwinding shaft 2, a bottom paper gluing mechanism 4 and a horizontal strip gluing mechanism 6 in sequence; the first section machine of the machine body 1 is provided with a deviation correction mechanism 3 and a horizontal strip unwinding shaft 5 in sequence; the middle section machine of the machine body 1 is provided with a vertical strip sticking machine 7, a bottom label sticking machine 8 and a marking and drawing mechanism 9 in sequence; the bottom of the tail section machine of the machine body 1 is provided with a bottom paper rewinding shaft 12, the upper part of the tail section machine of the machine body 1 is provided with a release film unwinding shaft 10 and a release film gluing mechanism 11 in sequence from top to bottom, and the rear part of the tail section machine of the machine body 1 is provided with a rewinding mechanism 13;

[0070] The bottom paper unwinding shaft 2 is used for releasing the bottom paper; the horizontal strip unwinding shaft 5 is used for releasing the horizontal strips, the number of the horizontal strips is more than 2, and the horizontal strips are arranged in parallel; the release film unwinding shaft 10 is used for releasing the release film; the bottom paper winding shaft 12 is used for winding the bottom paper; the deviation correction mechanism 3 is used for the bottom paper operation positioning so that the bottom paper is aligned with the horizontal strip; the bottom paper gluing mechanism 4 is used for gluing the upper surface of the bottom paper, and the gluing is local gluing, and the gluing area is the area corresponding to the horizontal strip, that is, the gluing on the upper surface of the bottom paper is only used to fit the horizontal strip, and after the glued bottom paper and the horizontal strip are merged, the glued part of the bottom paper is fit with the lower surface of the horizontal strip; the horizontal strip gluing mechanism 6 is used to gluing the upper surface of the horizontal strip; the vertical strip pasting machine 7 is used to paste the vertical strips on the horizontal strips, and the vertical strips are double-sided glued in advance and then pasted on the horizontal strips by the vertical strip pasting machine 7 The bottom label labeling machine 8 is used to stick the bottom label strip on the bottom horizontal strip; the bottom label strip is pre-coated with glue on one side, that is, the lower surface of the bottom label strip is coated with glue, and the upper surface is not coated with glue; the alignment line drawing mechanism 9 is used to print alignment lines on the upper surface of the bottom label strip, and there are several bottom label strips; the vertical strips and the bottom label strip are pasted on the upper surface of the horizontal strip to form an imitation brick pattern structure layer; the release film gluing mechanism 11 is used to glue the release film, and the gluing is local gluing, that is, a glue line, and the glue line corresponds to the middle part of the upper surface of several bottom label strips, which is used to fix the bottom label strip to prevent the free end of the bottom label strip from drifting and sticking; the winding mechanism 13 is used to wind up the composite layer of the imitation brick pattern structure layer and the release film, and the winding mechanism 13 can automatically change the roll and continuously wind without stopping.

[0071] The width of the base paper is ≥ the total width of the imitation brick pattern structure layer; the release film is made of transparent material, and the fitting position of the release film and the imitation brick pattern structure layer is: the marking line of the bottom label strip is exposed at the edge of the release film, which is convenient for pasting the marking during decoration construction.

[0072] The machine body 1 of this embodiment is provided with a plurality of supporting running rollers for assisting in supporting the positioning and conveying the base paper, the horizontal strips and the release film; the machine body 1 is provided with a plurality of relative running rolling shafts, which have a rolling effect, press the glue and make the glue surface fit tightly;

[0073] The number of vertical strip sticking machines 7 in this embodiment is 2; the bottom label sticking machine 8 and the vertical strip sticking machine 7 are not on the same vertical plane, and the brick layers are staggered for sticking;

[0074] The method for using the above-mentioned integrated knitting machine for producing double-layer imitation brick glue molds comprises the following steps:

[0075] (a) First, the bottom paper unwinding shaft 2 releases the bottom paper, and the horizontal strip unwinding shaft 5 releases the horizontal strip. After the bottom paper is positioned and aligned by the deviation correction mechanism 3 and the bottom paper gluing mechanism 4 is glued, the bottom paper and the horizontal strip are joined and bonded. The bottom paper is used to support and fix the horizontal strip to prevent the horizontal strip from drifting.

[0076] (b) Then, the bottom paper supports the horizontal strips to continue to move forward, and the horizontal strip gluing mechanism 6 applies glue to the upper surface of the horizontal strips, and then the vertical strips are attached by the vertical strip sticking machine 7, the bottom label sticking machine 8 attaches the bottom label strips, and the alignment marking mechanism 9 prints the alignment lines. At this point, the horizontal strips, vertical strips and bottom label strips are woven into an imitation brick pattern structure layer; the width of the bottom paper is ≥ the total width of the imitation brick pattern structure layer;

[0077] (c) The imitation brick pattern structure layer supported by the bottom paper continues to move forward, and at the same time, the release film unwinding shaft 10 releases the release film, and a strip of glue is applied to the release film through the release film gluing mechanism 11; then the imitation brick pattern structure layer supported by the bottom paper merges with the release film, so that the upper surface of the imitation brick pattern structure layer is adhered to the release film (wherein, the upper surfaces of the horizontal strips and the vertical strips are glued to the release film; the glue strip of the release film is glued to the middle part of the bottom label strip, which is used to fix the bottom label strip), and the alignment line of the bottom label strip is exposed at the edge of the release film; after the bottom paper, the imitation brick pattern structure layer and the release film are rolled and reinforced by the relative running rollers, the bottom paper rewinding shaft 12 rewinds the bottom paper to separate the bottom paper from the imitation brick pattern structure layer, and at this time, the glue on the bottom paper is separated from the bottom paper and attached to the lower surface of the imitation brick pattern structure layer;

[0078] (d) Finally, the release film carries the imitation brick pattern structure layer and continues to move forward, and is reeled up by the reeling mechanism 13. The reeling mechanism 13 can automatically change the roll and continuously reel up without stopping the machine to produce a double-layer imitation brick rubber mold roll; the schematic diagram after the imitation brick pattern structure layer and the release film are attached is shown in FIG. Fig.10 As shown;

[0079] The double-layer imitation brick glue mold roll can achieve that when the release film is torn off after the decoration construction, the glue on the upper surface of the imitation brick pattern structure layer is peeled off and attached to the release film, that is, after the release film is torn off during construction, the upper surfaces of the horizontal stripes, vertical stripes and bottom label stripes are all in a glue-free state.

[0080] In the above steps (a)-(c), the bottom paper gluing mechanism 1, the horizontal strip gluing mechanism 6 and the release film gluing mechanism 11 all include a gluing gun head, a linear guide rail, a screw and a gluing roller; the gluing gun heads of the bottom paper gluing mechanism 1, the horizontal strip gluing mechanism 6 and the release film gluing mechanism 11 can be adjusted horizontally and vertically, and the positions can be adjusted by sliding the linear guide rails, and they can be moved to a suitable position and locked; when changing the film, the gun head can be disengaged from the gluing roller by loosening the adjusting screw; after changing the film, the distance between the gun head and the gluing roller can be adjusted to be appropriate by using the screw;

[0081] In the above step (d), the winding mechanism 13 includes a push-out cylinder, a winding shaft distributed on three axes, a wheel, a paper pressing cylinder, a sliding cylinder and a blade; the automatic roll changing is a set of integrated actions, firstly, the push-out cylinder of the winding mechanism 1 is pushed out to push the paper roll into the winding shaft of the winding mechanism 1, and the push-out cylinder is retracted; the release film and the imitation brick pattern structure layer are first rolled on the topmost winding shaft distributed on three axes, and the winding shaft starts to work. When the winding reaches the set length, the wheel rotates, the winding shaft rotates 120 degrees clockwise, the paper pressing cylinder extends out to press the winding shaft, the sliding cylinder contracts to make the blade cut the material, the push-out cylinder extends out, the sliding cylinder extends out, and then the push-out cylinder contracts, and the double-layer imitation brick glue mold roll is pushed out; thus, an automatic cycle is formed to realize automatic roll changing.

[0082] The integrated knitting machine of this embodiment has been tried and tested to achieve very good results. Compared with the production of a single machine, the production efficiency of the equipment of the present invention is increased by more than 3 times, and the wall decoration construction efficiency is increased by more than 3 times.

[0083] Example 3

[0084] An integrated weaving machine for producing double-layer imitation brick glue molds, such as Fig.11 As shown, it includes a machine body 1, a bottom paper unwinding shaft 2, a deviation correction mechanism 3, a bottom paper gluing mechanism 4, a horizontal strip unwinding shaft 5, a horizontal strip gluing mechanism 6, a vertical strip sticking machine 7, a bottom label sticking machine 8, a marking and marking mechanism 9, a release film unwinding shaft 10, a release film gluing mechanism 11, a bottom paper rewinding shaft 12 and a rewinding mechanism 13;

[0085] The machine body 1 is divided into a first section machine, a middle section machine and a tail section machine; the first section machine of the machine body 1 is provided with a bottom paper unwinding shaft 2, a bottom paper gluing mechanism 4 and a horizontal strip gluing mechanism 6 in sequence; the first section machine of the machine body 1 is provided with a deviation correction mechanism 3 and a horizontal strip unwinding shaft 5 in sequence; the middle section machine of the machine body 1 is provided with a vertical strip sticking machine 7, a bottom label sticking machine 8 and a marking and drawing mechanism 9 in sequence; the bottom of the tail section machine of the machine body 1 is provided with a bottom paper rewinding shaft 12, the upper part of the tail section machine of the machine body 1 is provided with a release film unwinding shaft 10 and a release film gluing mechanism 11 in sequence from top to bottom, and the rear part of the tail section machine of the machine body 1 is provided with a rewinding mechanism 13;

[0086] The bottom paper unwinding shaft 2 is used for releasing the bottom paper; the horizontal strip unwinding shaft 5 is used for releasing the horizontal strips, the number of the horizontal strips is more than 2, and the horizontal strips are arranged in parallel; the release film unwinding shaft 10 is used for releasing the release film; the bottom paper winding shaft 12 is used for winding the bottom paper; the deviation correction mechanism 3 is used for the bottom paper operation positioning so that the bottom paper is aligned with the horizontal strip; the bottom paper gluing mechanism 4 is used for gluing the upper surface of the bottom paper, and the gluing is local gluing, and the gluing area is the area corresponding to the horizontal strip, that is, the gluing on the upper surface of the bottom paper is only used to fit the horizontal strip, and after the glued bottom paper and the horizontal strip are merged, the glued part of the bottom paper is fit with the lower surface of the horizontal strip; the horizontal strip gluing mechanism 6 is used to gluing the upper surface of the horizontal strip; the vertical strip pasting machine 7 is used to paste the vertical strips on the horizontal strips, and the vertical strips are double-sided glued in advance and then pasted on the horizontal strips by the vertical strip pasting machine 7 The bottom label labeling machine 8 is used to stick the bottom label strip on the bottom horizontal strip; the bottom label strip is pre-coated with glue on one side, that is, the lower surface of the bottom label strip is coated with glue, and the upper surface is not coated with glue; the alignment line drawing mechanism 9 is used to print alignment lines on the upper surface of the bottom label strip, and there are several bottom label strips; the vertical strips and the bottom label strip are pasted on the upper surface of the horizontal strip to form an imitation brick pattern structure layer; the release film gluing mechanism 11 is used to glue the release film, and the gluing is local gluing, that is, a glue line, and the glue line corresponds to the middle part of the upper surface of several bottom label strips, which is used to fix the bottom label strip to prevent the free end of the bottom label strip from drifting and sticking; the winding mechanism 13 is used to wind up the composite layer of the imitation brick pattern structure layer and the release film, and the winding mechanism 13 can automatically change the roll and continuously wind without stopping.

[0087] The width of the base paper is ≥ the total width of the imitation brick pattern structure layer; the release film is made of transparent material, and the fitting position of the release film and the imitation brick pattern structure layer is: the marking line of the bottom label strip is exposed at the edge of the release film, which is convenient for pasting the marking during decoration construction.

[0088] The machine body 1 of this embodiment is provided with a plurality of supporting running rollers for assisting in supporting the positioning and conveying the base paper, the horizontal strips and the release film; the machine body 1 is provided with a plurality of relative running rolling shafts, which have a rolling effect, press the glue and make the glue surface fit tightly;

[0089] The number of vertical strip sticking machines 7 in this embodiment is 3; the bottom label sticking machine 8 and the vertical strip sticking machine 7 are not on the same vertical plane, and the brick layers are staggered for sticking;

[0090] The method for using the above-mentioned integrated knitting machine for producing double-layer imitation brick glue molds comprises the following steps:

[0091] (a) First, the bottom paper unwinding shaft 2 releases the bottom paper, and the horizontal strip unwinding shaft 5 releases the horizontal strip. After the bottom paper is positioned and aligned by the deviation correction mechanism 3 and the bottom paper gluing mechanism 4 is glued, the bottom paper and the horizontal strip are joined and bonded. The bottom paper is used to support and fix the horizontal strip to prevent the horizontal strip from drifting.

[0092] (b) Then, the bottom paper supports the horizontal strips to continue to move forward, and the horizontal strip gluing mechanism 6 applies glue to the upper surface of the horizontal strips, and then the vertical strips are attached by the vertical strip sticking machine 7, the bottom label sticking machine 8 attaches the bottom label strips, and the alignment marking mechanism 9 prints the alignment lines. At this point, the horizontal strips, vertical strips and bottom label strips are woven into an imitation brick pattern structure layer; the width of the bottom paper is ≥ the total width of the imitation brick pattern structure layer;

[0093] (c) The imitation brick pattern structure layer supported by the bottom paper continues to move forward, and at the same time, the release film unwinding shaft 10 releases the release film, and a strip of glue is applied to the release film through the release film gluing mechanism 11; then the imitation brick pattern structure layer supported by the bottom paper merges with the release film, so that the upper surface of the imitation brick pattern structure layer is adhered to the release film (wherein, the upper surfaces of the horizontal strips and the vertical strips are glued to the release film; the glue strip of the release film is glued to the middle part of the bottom label strip, which is used to fix the bottom label strip), and the alignment line of the bottom label strip is exposed at the edge of the release film; after the bottom paper, the imitation brick pattern structure layer and the release film are rolled and reinforced by the relative running rollers, the bottom paper rewinding shaft 12 rewinds the bottom paper to separate the bottom paper from the imitation brick pattern structure layer, and at this time, the glue on the bottom paper is separated from the bottom paper and attached to the lower surface of the imitation brick pattern structure layer;

[0094] (d) Finally, the release film carries the imitation brick pattern structure layer and continues to move forward, and is reeled up by the reeling mechanism 13. The reeling mechanism 13 can automatically change the roll and continuously reel up without stopping the machine to produce a double-layer imitation brick rubber mold roll; the schematic diagram after the imitation brick pattern structure layer and the release film are attached is shown in FIG. Fig.12 As shown;

[0095] The double-layer imitation brick glue mold roll can achieve that when the release film is torn off after the decoration construction, the glue on the upper surface of the imitation brick pattern structure layer is peeled off and attached to the release film, that is, after the release film is torn off during construction, the upper surfaces of the horizontal stripes, vertical stripes and bottom label stripes are all in a glue-free state.

[0096] In the above steps (a)-(c), the bottom paper gluing mechanism 1, the horizontal strip gluing mechanism 6 and the release film gluing mechanism 11 all include a gluing gun head, a linear guide rail, a screw and a gluing roller; the gluing gun heads of the bottom paper gluing mechanism 1, the horizontal strip gluing mechanism 6 and the release film gluing mechanism 11 can be adjusted horizontally and vertically, and the positions can be adjusted by sliding the linear guide rails, and they can be moved to a suitable position and locked; when changing the film, the gun head can be disengaged from the gluing roller by loosening the adjusting screw; after changing the film, the distance between the gun head and the gluing roller can be adjusted to be appropriate by using the screw;

[0097] In the above step (d), the winding mechanism 13 includes a push-out cylinder, a winding shaft distributed on three axes, a wheel, a paper pressing cylinder, a sliding cylinder and a blade; the automatic roll changing is a set of integrated actions, firstly, the push-out cylinder of the winding mechanism 1 is pushed out to push the paper roll into the winding shaft of the winding mechanism 1, and the push-out cylinder is retracted; the release film and the imitation brick pattern structure layer are first rolled on the topmost winding shaft distributed on three axes, and the winding shaft starts to work. When the winding reaches the set length, the wheel rotates, the winding shaft rotates 120 degrees clockwise, the paper pressing cylinder extends out to press the winding shaft, the sliding cylinder contracts to make the blade cut the material, the push-out cylinder extends out, the sliding cylinder extends out, and then the push-out cylinder contracts, and the double-layer imitation brick glue mold roll is pushed out; thus, an automatic cycle is formed to realize automatic roll changing.

[0098] The integrated knitting machine of this embodiment has been tried and tested to achieve very good results. Compared with the production of a single machine, the production efficiency of the equipment of the present invention is increased by more than 3 times, and the wall decoration construction efficiency is increased by more than 5 times.

Claims

1. An integrated weaving machine for producing double-layer imitation brick glue molds, characterized in that: It comprises a machine body (1), a bottom paper unwinding shaft (2), a deviation correction mechanism (3), a bottom paper gluing mechanism (4), a horizontal stripe unwinding shaft (5), a horizontal stripe gluing mechanism (6), a vertical stripe sticking machine (7), a bottom label sticking machine (8), a marking and marking mechanism (9), a release film unwinding shaft (10), a release film gluing mechanism (11), a bottom paper rewinding shaft (12) and a rewinding mechanism (13); The machine body (1) is divided into a first section, a middle section and a tail section; the first section of the machine body (1) is provided with a bottom paper unwinding shaft (2), a bottom paper gluing mechanism (4) and a horizontal strip gluing mechanism (6) in sequence; the first section of the machine body (1) is provided with a deviation correction mechanism (3) and a horizontal strip unwinding shaft (5) in sequence; the middle section of the machine body (1) is provided with a vertical strip sticking machine (7), a bottom label sticking machine (8) and a marking and marking mechanism (9) in sequence; the bottom of the tail section of the machine body (1) is provided with a bottom paper rewinding shaft (12), the upper part of the tail section of the machine body (1) is provided with a release film unwinding shaft (10) and a release film gluing mechanism (11) in sequence from top to bottom, and the rear part of the tail section of the machine body (1) is provided with a rewinding mechanism (13).

2. According to claim 1, an integrated weaving machine for producing double-layer imitation brick glue molds is characterized in that: The bottom paper unwinding shaft (2) is used for releasing the bottom paper; the horizontal strip unwinding shaft (5) is used for releasing the horizontal strips, the number of the horizontal strips is more than 2, and the horizontal strips are arranged in parallel; the release film unwinding shaft (10) is used for releasing the release film; the bottom paper rewinding shaft (12) is used for rewinding the bottom paper; the deviation correction mechanism (3) is used for positioning the bottom paper during operation so that the bottom paper is aligned with the horizontal strip; the bottom paper gluing mechanism (4) is used for applying glue to the upper surface of the bottom paper, the gluing is localized, and the gluing area is the area corresponding to the horizontal strip; the horizontal strip gluing mechanism (6) is used for applying glue to the upper surface of the horizontal strip. glue; the vertical strip sticking machine (7) is used to stick the vertical strips on the horizontal strips, the vertical strips are double-sidedly coated with glue in advance and then stuck on the horizontal strips by the vertical strip sticking machine (7), and there are a plurality of vertical strips; the bottom label sticking machine (8) is used to stick the bottom label strips on the bottom edge horizontal strips; the bottom label strips are single-sidedly coated with glue in advance, that is, the bottom surface of the bottom label strips is coated with glue, and the upper surface is not coated with glue; the alignment line drawing mechanism (9) is used to print alignment lines on the upper surface of the bottom label strips, and there are a plurality of bottom label strips; the vertical strips and the bottom label strips are pasted on the upper surface of the horizontal strips to form an imitation brick pattern structure layer.

3. According to claim 2, an integrated weaving machine for producing double-layer imitation brick glue molds is characterized in that: The release film gluing mechanism (11) is used to apply glue to the release film. The gluing is localized, i.e., a glue line is pasted to the middle of the upper surface of a plurality of bottom label strips, and is used to fix the bottom label strips to prevent the free ends of the bottom label strips from drifting and becoming adhered.

4. According to claim 2, an integrated weaving machine for producing double-layer imitation brick glue molds is characterized in that: The winding mechanism (13) is used for winding up the composite layer of the imitation brick pattern structure layer and the release film, and the winding mechanism (13) can automatically change the roll and continuously wind without stopping the machine.

5. The one-piece weaving machine for producing double-layer imitation brick glue mold according to claim 2, characterized in that: The machine body (1) is provided with a plurality of supporting running rollers for assisting in supporting the positioning and conveying the base paper, the horizontal strips and the release film; the machine body (1) is provided with a plurality of relative running rolling shafts for rolling to press the glue and make the glue surface fit tightly.

6. The one-piece weaving machine for producing double-layer imitation brick glue mold according to claim 2, characterized in that: The bottom label sticking machine (8) and the vertical strip sticking machine (7) are not on the same vertical plane, so the brick layers are staggered for sticking; the number of the vertical strip sticking machines (7) is N, where N≥1; the N vertical strip sticking machines (7) are not on the same vertical plane, so the brick layers are staggered for sticking.

7. An integrated weaving machine for producing double-layer imitation brick glue mold according to claim 2, characterized in that: The base paper width is greater than or equal to the total width of the imitation brick pattern structure layer.

8. An integrated weaving machine for producing double-layer imitation brick glue mold according to claim 2 or 3, characterized in that: The release film is made of transparent material, and the bonding position of the release film and the imitation brick pattern structure layer is: the alignment line of the bottom label strip is exposed at the edge of the release film, which is convenient for pasting the alignment mark during decoration construction.

9. The method for using the integrated knitting machine for producing double-layer imitation brick glue molds as claimed in claim 1, characterized in that: The following steps are included: (a) First, the bottom paper unwinding shaft (2) releases the bottom paper, and the horizontal stripe releasing shaft (5) releases the horizontal stripe. After the bottom paper is positioned and aligned by the deviation correction mechanism (3) and the bottom paper gluing mechanism (4) is gluing, the bottom paper and the horizontal stripe are joined and bonded. The bottom paper is used to support and fix the horizontal stripe to prevent the horizontal stripe from drifting. (b) Then, the bottom paper supports the horizontal strips and continues to move forward, and the horizontal strip gluing mechanism (6) is used to apply glue to the upper surface of the horizontal strips, and then the vertical strips are attached by the vertical strip sticking machine (7), the bottom label sticking machine (8) is used to attach the bottom label strips, and the alignment marking mechanism (9) prints the alignment lines, so that the horizontal strips, the vertical strips and the bottom label strips are woven into an imitation brick pattern structure layer; the width of the bottom paper is greater than or equal to the total width of the imitation brick pattern structure layer; (c) The imitation brick pattern structure layer supported by the bottom paper continues to move forward, and at the same time, the release film unwinding shaft (10) releases the release film, and a strip of glue is applied to the release film through the release film gluing mechanism (11); then the imitation brick pattern structure layer supported by the bottom paper merges with the release film, so that the upper surface of the imitation brick pattern structure layer is adhered to the release film, and the alignment line of the bottom label strip is exposed at the edge of the release film; after the bottom paper, the imitation brick pattern structure layer and the release film are rolled and reinforced by the relative running rollers, the bottom paper rewinding shaft (12) rewinds the bottom paper, and separates the bottom paper from the imitation brick pattern structure layer, at which time the glue on the bottom paper is separated from the bottom paper and attached to the lower surface of the imitation brick pattern structure layer; (d) Finally, the release film carries the imitation brick pattern structure layer and continues to move forward, and is rolled up by the winding mechanism (13). The winding mechanism (13) can automatically change the roll and continuously wind without stopping the machine to produce a double-layer imitation brick rubber mold roll; The double-layer imitation brick glue mold roll can achieve that when the release film is torn off after the decoration construction, the glue on the upper surface of the imitation brick pattern structure layer is peeled off and attached to the release film, that is, after the release film is torn off during construction, the upper surfaces of the horizontal stripes, vertical stripes and bottom label stripes are all in a glue-free state.

10. The method for using the integrated knitting machine for producing double-layer imitation brick glue mold according to claim 9, characterized in that: In steps (a) to (c), the bottom paper gluing mechanism (4), the horizontal strip gluing mechanism (6) and the release film gluing mechanism (11) all include a gluing gun head, a linear guide rail, a screw and a gluing roller; the gluing gun heads of the bottom paper gluing mechanism (4), the horizontal strip gluing mechanism (6) and the release film gluing mechanism (11) can be adjusted horizontally and vertically, and the positions can be adjusted by sliding the linear guide rails, and they can be moved to a suitable position and locked; when changing the film, the gun head can be disengaged from the gluing roller by loosening the adjusting screw; after changing the film, the distance between the gun head and the gluing roller can be adjusted to a suitable distance by using the screw; In step (d), the winding mechanism (13) comprises a push-out cylinder, a winding shaft distributed on three axes, a wheel, a paper pressing cylinder, a sliding cylinder and a blade; the automatic roll changing is a set of integrated actions, firstly, the push-out cylinder of the winding mechanism (13) is pushed out to push the paper roll into the winding shaft of the winding mechanism (13), and the push-out cylinder is retracted; the release film and the imitation brick pattern structure layer are first rolled on the topmost winding shaft distributed on three axes, and the winding shaft starts to work. When the winding reaches the set length, the wheel rotates, the winding shaft rotates 120 degrees clockwise, the paper pressing cylinder extends out to press the winding shaft, the sliding cylinder retracts to make the blade cut the material, the push-out cylinder extends out, the sliding cylinder extends out, and then the push-out cylinder retracts, and the double-layer imitation brick rubber mold roll is pushed out; thus, an automatic cycle is performed to achieve automatic roll changing.

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