CN214563639U - Laminated gas-phase rust-proof folding plate pressing machine - Google Patents
Laminated gas-phase rust-proof folding plate pressing machine Download PDFInfo
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- CN214563639U CN214563639U CN202120090054.7U CN202120090054U CN214563639U CN 214563639 U CN214563639 U CN 214563639U CN 202120090054 U CN202120090054 U CN 202120090054U CN 214563639 U CN214563639 U CN 214563639U
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Abstract
The utility model discloses a laminated gas-phase rust-proof folding plate press machine, which is characterized by comprising a left fiber board strip feeding section, an upper and lower film coating bonding section in the middle and a right coiling roller; the fiber board strip feeding section is provided with a conveyor belt and a feeding box, the feeding box is a fiber board strip box, and the fiber board strips fall into the conveyor belt after being discharged from the fiber board strip box; the upper laminating bonding section and the lower laminating bonding section are provided with an upper-layer gluing machine, an upper-layer laminating feeding drum, an upper-layer laminating limiting rubber roller, a lower-layer gluing machine, a lower-layer laminating feeding drum and a folding plate forming limiting rubber roller; the upper-layer glue spreader is positioned above the conveyor belt, the upper-layer laminating limiting rubber roll is positioned above the tail end of the conveyor belt, the lower-layer glue spreader is arranged below the position where the upper-layer laminating drives the fiber board strip to leave the conveyor belt, and the folding plate forming limiting rubber roll is of a double-rubber-roll structure which is arranged up and down; the folding plate formed by bonding the fiber laths with the upper layer of coating film and the lower layer of coating film and the same spacing distribution extends to the right wind-up roll for winding.
Description
Technical Field
The utility model relates to an antirust folded plate push plate device of stromatolite formula gaseous phase belongs to push plate device technical field.
Background
Heavy cylindrical products such as petroleum pipeline, power cable can collide mutually and make the paint layer drop or rubber damage in the transportation, not only influence the outward appearance, still arouse rusty, the technical scheme that patent number is ZL103088717B provides stromatolite formula gaseous phase protective material, this product is by the inlayer, sandwich layer and outer constitution, the inlayer is gaseous phase rust-resistant kraft paper, the sandwich layer is for having the hard fiber lath of gaseous phase rust-resistant function apart from certain interval, the outer gaseous phase rust-resistant kraft paper that covers polyethylene or knitting. The product is wrapped outside the round product, the polyethylene or the braided fabric in the outer layer material can prevent rain and sun, the fiber board strip in the middle layer can play a buffering role to prevent the product from being damaged, and the gas phase antirust agents of all layers can provide protection for metal.
However, the production of such folded sheets encounters difficulties and no off-the-shelf machine is available. First, the conventional wood paneling machine is not useful because the latter sticks the panels together, whereas vapor phase rust-resistant folded panels require spacing between the panels. Secondly, the laminating machine is not available, only two layers of paper are stuck together, and no lattice bar is arranged in the middle.
A common board splicing machine or film laminating machine cannot simultaneously realize the following two functions:
(1) adhering gas phase anti-rust paper and film (or braided fabric) gas phase anti-rust paper on two sides of the fiber board strip;
(2) the fiber strips are spaced apart.
Therefore, to produce the laminated gas-phase protective material, a new machine must be designed.
SUMMERY OF THE UTILITY MODEL
The to-be-solved technical problem of the utility model is that current processing machine is difficult to the problem of production stromatolite formula gaseous phase protective material.
In order to solve the technical problem, the technical scheme of the utility model is to provide a laminated gas-phase rust-proof folding plate press, which is characterized by comprising a left fiber board strip feeding section, an upper and lower film coating bonding section at the middle part and a right rolling rod;
the fiber board strip feeding section is provided with a conveyor belt and a feeding box, the feeding box is a fiber board strip box, and the fiber board strips fall into the conveyor belt after being discharged from the fiber board strip box;
the upper laminating bonding section and the lower laminating bonding section are provided with an upper-layer gluing machine, an upper-layer laminating feeding drum, an upper-layer laminating limiting rubber roller, a lower-layer gluing machine, a lower-layer laminating feeding drum and a folding plate forming limiting rubber roller; the upper spreading machine is located the conveyer belt top for the rubber coating of fiber board strip upper portion, the spacing rubber roll of upper tectorial membrane is located conveyer belt end top, and the upper tectorial membrane that upper tectorial membrane feed reel provided is spacing through the spacing rubber roll of upper tectorial membrane bonds with the fiber board strip, lower floor's spreading machine is located the position below that the upper tectorial membrane drove the fiber board strip and leaves the conveyer belt for the rubber coating of fiber board strip lower part, the spacing rubber roll structure of folded sheet shaping for arranging from top to bottom, the middle part is equipped with the gap that allows the fiber board strip to pass through, and the lower floor's tectorial membrane that the lower floor's feed reel provided bonds with the gap that the spacing rubber roll of folded sheet shaping provided, and it has upper tectorial membrane and lower floor's tectorial membrane, the folded sheet that the same fiber board strip of interval distribution formed to extend to the rolling roller rolling of right side to bond.
Preferably, the conveyer belt is provided with conveyer belt clamping grooves with the same distance, and the fiber laths are embedded into the conveyer belt clamping grooves after being discharged from the fiber lath box.
Preferably, the upper/lower layer glue spreader is a brush glue spreader.
Preferably, the upper-layer coating is coating gas-phase anti-rust paper; the lower layer of the film is made of gas phase anti-rust paper.
The utility model has the advantages that:
1. using a device to space the fiber strips at equal distances;
2. attaching gas phase anti-rust paper and film (or braided fabric) gas phase anti-rust paper on two surfaces of the fiber board strip;
3. and continuous automatic production is realized.
Drawings
Fig. 1 is a schematic structural view of a plate pressing machine provided in this embodiment;
in the figures, the reference numbers: 1-fiber crate, 2-conveyer belt clamping groove, 3-glue spreader, 4-coated gas phase antirust paper, 5-rubber roller, 6-glue spreader, 7-gas phase antirust paper, 8-rubber roller and 9-wind-up roller.
Detailed Description
In order to make the present invention more comprehensible, preferred embodiments are described in detail below with reference to the accompanying drawings.
Examples
As shown in fig. 1, the left side is a fiber board strip feeding section, the middle part is an upper and lower film coating bonding section, and the right side is a winding roller 9;
the fiber board strip feeding section is provided with a conveyor belt and a feeding box, the conveyor belt is provided with conveyor belt clamping grooves with the same distance, the feeding box is a fiber board strip box 1, fiber board strips are arranged in the fiber board strip box 1, and the fiber board strips are embedded into the conveyor belt clamping grooves after being discharged from the fiber board strip box 1;
the upper and lower film laminating and bonding sections are provided with an upper-layer gluing machine, an upper-layer film laminating and feeding drum, an upper-layer film laminating limiting rubber roller 5, a lower-layer gluing machine, a lower-layer film laminating and feeding drum and a folding plate forming limiting rubber roller; the upper-layer gluing machine is positioned above the conveying belt and used for gluing the upper part of the fiber board strip, the upper-layer laminating limiting rubber roller is positioned above the tail end of the conveying belt, the upper-layer laminating provided by the upper-layer laminating feeding drum is bonded with the fiber board strip through the lower part of the upper-layer laminating limiting rubber roller, the fiber board strip is driven to leave the conveying belt after the upper-layer laminating is bonded with the fiber board strip, the lower part of the fiber board strip is exposed, the lower-layer gluing machine is used for gluing the lower part of the fiber board strip at the moment, the folding plate forming limiting rubber roller is of a double-rubber-roller structure which is arranged up and down, the middle part of the folding plate forming limiting rubber roller is provided with a gap allowing the fiber board strip to pass through, the lower-layer laminating provided by the lower-layer laminating feeding drum is bonded with the lower-layer laminating rubber roller through the gap provided by the folding plate forming limiting rubber roller, and the upper-laminating rubber roller and the lower-laminating rubber roller are bonded to the upper-laminating roller and the lower-laminating rubber roller, the fiber board strips distributed at the same interval form a folding board, and the folding board extends to the right winding roller to be wound by the winding roller.
The utility model discloses a detailed working process as follows:
(1) and (3) a paper rolling machine for coating the outer layer material with the gas phase anti-rust paper 4 and the inner layer material with the gas phase anti-rust paper 7, and winding the paper to a winding roller 9 according to a route shown in figure 1.
(2) The switches of the glue applicators 3 and 6 are turned on to start preheating.
(3) A stack of fibre slats is placed in the fibre crate 1 and the main machine is started, the rollers start to rotate and the conveyor belt moves forward with the fibre slats embedded therein.
(4) When the wood strip passes through the glue spreader 3, glue is spread on the upper part of the wood strip;
(5) when passing through the rubber roller 5, the upper part of the lath is attached with the coated gas phase anti-rust paper 4;
(6) when passing through the glue spreader 6, the lower part of the batten is coated with glue;
(7) when passing through the rubber roller 8, the lower part of the lath is attached with the gas phase anti-rust paper 7;
(8) when the winding roller 9 is reached, the folding plate is made into a roll shape, so that the storage and the transportation are convenient, and the manufacturing of the folding plate is finished.
The utility model discloses a let the fibre lath interval the same, fluting on the conveyer belt, the lath is put at the inslot, and the groove interval is the same also that the fibre lath interval is the same. It will be relatively time consuming to put the lath in the groove one by one with the manual work, designs the fibre crate, puts into the case a pile of laths, and when the groove just passed under the crate, the lath was embedded in the groove and was moved along with the conveyer belt forward. The groove depth is smaller than the thickness of the strip and therefore does not jam.
When the laths are arranged in the grooves, only the upper parts of the laths can be coated with glue, the coating is finished by a glue coating machine which is close to the upper parts of the laths, the brush type glue coating is used, and the movement direction of the brush is the length direction of the laths to avoid the glue from being sprayed to the two sides of the laths.
And then, under the action of the rubber roller, the fiber board strip and the coated anti-rust paper are extruded together, and then the fiber board strip and the coated anti-rust paper are extruded through one gluing and rubber roller, and the other side of the board strip is attached with the gas phase anti-rust paper, so that the laminated gas phase anti-rust folding board is manufactured.
The utility model can meet the production requirements of the laminated gas-phase rust-proof folding plate; the automation degree is high, the labor is saved, and the efficiency is high.
Claims (4)
1. A laminated gas-phase rust-proof folded plate press machine is characterized by comprising a left fiber plate strip feeding section, an upper and lower film coating bonding section in the middle and a right rolling rod;
the fiber board strip feeding section is provided with a conveyor belt and a feeding box, the feeding box is a fiber board strip box, and the fiber board strips fall into the conveyor belt after being discharged from the fiber board strip box;
the upper laminating bonding section and the lower laminating bonding section are provided with an upper-layer gluing machine, an upper-layer laminating feeding drum, an upper-layer laminating limiting rubber roller, a lower-layer gluing machine, a lower-layer laminating feeding drum and a folding plate forming limiting rubber roller; the upper spreading machine is located the conveyer belt top for the rubber coating of fiber board strip upper portion, the spacing rubber roll of upper tectorial membrane is located conveyer belt end top, and the upper tectorial membrane that upper tectorial membrane feed reel provided is spacing through the spacing rubber roll of upper tectorial membrane bonds with the fiber board strip, lower floor's spreading machine is located the position below that the upper tectorial membrane drove the fiber board strip and leaves the conveyer belt for the rubber coating of fiber board strip lower part, the spacing rubber roll structure of folded sheet shaping for arranging from top to bottom, the middle part is equipped with the gap that allows the fiber board strip to pass through, and the lower floor's tectorial membrane that the lower floor's feed reel provided bonds with the gap that the spacing rubber roll of folded sheet shaping provided, and it has upper tectorial membrane and lower floor's tectorial membrane, the folded sheet that the same fiber board strip of interval distribution formed to extend to the rolling roller rolling of right side to bond.
2. A laminated gas-phase rust-preventive folding plate press as claimed in claim 1, wherein the conveyor belts are provided with conveyor belt notches at the same pitch, and the fiber board strips are inserted into the conveyor belt notches after being discharged from the fiber board crate.
3. A laminated gas-phase rust-preventive folding plate press as claimed in claim 1, wherein said upper/lower layer coater is a brush coater.
4. A laminated gas-phase rust-preventive folding plate press as claimed in claim 1, wherein the upper-layer coating film is a coated gas-phase rust-preventive paper; the lower layer of the film is made of gas phase anti-rust paper.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120090054.7U CN214563639U (en) | 2021-01-13 | 2021-01-13 | Laminated gas-phase rust-proof folding plate pressing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120090054.7U CN214563639U (en) | 2021-01-13 | 2021-01-13 | Laminated gas-phase rust-proof folding plate pressing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN214563639U true CN214563639U (en) | 2021-11-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202120090054.7U Active CN214563639U (en) | 2021-01-13 | 2021-01-13 | Laminated gas-phase rust-proof folding plate pressing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN214563639U (en) |
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2021
- 2021-01-13 CN CN202120090054.7U patent/CN214563639U/en active Active
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