KR200376522Y1 - Construction panel and producing apparatus of the same - Google Patents

Abstract

The present invention relates to an apparatus for manufacturing a building plate and a building plate, and improves the manufacturing process of the building plate, and relates to a variety of building plates having excellent functionality and aesthetics and a manufacturing device for building plate manufacturing the same.

An apparatus for manufacturing a building plate according to the present invention includes a stirring device including a first stirrer for mixing a base composition and a second stirrer for mixing a piece of synthetic resin; The first extruder is supplied with the base composition mixed in the first stirrer and compressed to be injected into the base plate, and the synthetic resin pieces are supplied from the second stirrer and injected into the upper and lower surfaces of the base plate at high pressure to form a coating layer. An extruder comprising a second extruder; And it characterized in that it comprises a press for plastically deforming the building plate material injected from the extruder.

Description

Construction panel and producing apparatus of the same

The present invention relates to an apparatus for manufacturing a building plate and a building plate, and a method for manufacturing the same, and more particularly, to improve a manufacturing method of a building plate, and to provide a variety of building plate material having excellent functionality and aesthetics, and an apparatus for manufacturing a building plate to manufacture the same. It relates to a manufacturing method.

Conventional building sheet is divided into a plate using a waste plastic and a gypsum board mainly made of gypsum.

First, the plate made of waste plastic is cleaned and dried after separating plastic from waste plastic products generated from used beverage bottles, stationery, toys, etc., or waste materials collected from waste vinyl, kitchenware, and home appliances. It was produced by melting.

However, sheet plastics using waste plastics are sensitive to changes in temperature depending on the surrounding environment, so that shrinkage forces increase over a certain temperature, causing deformation, and shape deformation such as hardening at low temperatures that easily breaks down even minor impacts. There is a problem with poor practicality.

On the other hand, gypsum board is produced by mixing sawdust or fiber with gypsum, the main raw material, and adding a blowing agent, kneading with water and pouring it into a mold to harden it into a plate.

However, the above-mentioned gypsum board is heavier than general plywood, and has a problem of high brittleness, which is easily broken and difficult to handle. In other words, even in the process of cutting to a size suitable for use in the construction site is easily broken, there is a lot of difficulties in the construction of the nail or rivets that give impact to fix the gypsum board.

In order to solve this problem, a plate material produced by mixing wood flour or chaff powder with waste materials such as waste plastic has been produced, but this has the advantage of being lighter in weight and improved workability compared to conventional plate materials, but it is required as a building plate material. There were many shortages to have.

In other words, the above-described building plate material is vulnerable to moisture, temperature, external shock, etc. added chaff powder or wood powder, the shape deformation occurred, the surface was not smooth enough to produce aesthetics, various colors or functional to suit consumer tastes It is difficult to produce to have a problem.

The present invention is to solve the above-described problems, the object of the present invention is to provide a building plate and a manufacturing apparatus for manufacturing the building plate to reduce the weight of the building plate is strong in impact and easy to handle, the construction is simple.

Another object of the present invention is to provide a building plate and a manufacturing apparatus for manufacturing the same to meet the needs of various consumers by adding the desired color or flavor in the manufacturing process.

According to an aspect of the present invention, there is provided an apparatus for manufacturing a building plate, the apparatus for manufacturing a building plate comprising: a stirring device including a first stirrer for mixing a base composition and a second stirrer for mixing a piece of synthetic resin; A first extruder that receives the base composition mixed in the first stirrer and compresses the same to be injected into the base plate, and receives a piece of the synthetic resin mixed from the second stirrer and compresses it to high pressure to at least one of the upper and lower surfaces of the base plate. An extruder made of a second extruder that is injected to form a coating layer; And it characterized in that it comprises a press made of at least one arrangement so as to plastically deform the building plate material injected from the extruder.

In addition, the movement path of the building plate successive to the press may be further provided with a rolling mill to prevent the shape deformation due to the thickness and resistance of the building plate.

The press may be configured to further include a cooler for interlocking with the press to cool the building plate.

In addition, the rolling mill is preferably to be installed successively on the moving path of the building plate between the plurality of presses arranged.

And a cutting machine for cutting to a predetermined size on the moving path of the building plate; At least one stage may be further provided with a stage for transferring the building plate material transferred by the cutter to correspond to any one of up, down, left and right directions.

In addition, it may be made of a configuration further comprising a drawing clamp for gripping and pulling the end of the building plate extruded from the extruder, a drawing wire connected to the clamp and a winch for selectively winding the drawing wire. have.

On the other hand, the building plate according to the present invention is made by the manufacturing apparatus for manufacturing the building plate described above, based on the base composition mixed in the first stirrer, the base composition is 15-25% by weight of waste plastic, wood powder 15 to 25% by weight, 15 to 20% by weight of chaff, 15 to 20% by weight of waste paper (pulp), 10 to 40% by weight of a mixture of vermiculite, quicklime, calcium carbonate, phenolic resin and inorganic foam The synthetic resin mixed in the second stirrer forms a coating layer covering the surface of the base composition, and the synthetic resin separates and washes waste materials collected from waste plastic products, waste vinyl, and home appliances. And after finishing the drying process characterized in that made using the produced through the grinding process.

Hereinafter, with reference to the accompanying drawings for a building plate according to the present invention and a manufacturing apparatus for manufacturing the same.

1 is a schematic view for explaining a building plate manufacturing apparatus according to the present invention, which is divided into a stirring device (A), an extruder (B), a first molding machine (C), a second molding machine (D) and a third molding machine ( E) consists of.

First, the stirring device (A) mixes the base plate (18a) constituting the building plate (18) and the raw material of the coating layer (18b), the first stirrer (10) for mixing the base composition and a piece of synthetic resin as a coating material It consists of the 2nd stirrer 12 to mix.

Here, the 1st stirrer 10 mixes and stirs the base composition which is a component of the base plate material 18a mentioned above, and the 2nd stirrer 12 mixes and stirs the synthetic resin piece which is a component of the coating material mentioned above.

In addition, the extruder (B) is a device for compressing the base composition and the synthetic resin pieces, which are the raw materials supplied from the stirring device (A), at a high pressure to extrude through a nozzle, and the first extruder 14 and the second extruder 16. It consists of.

Here, the first extruder 14 compresses the above-described base composition at high pressure to extrude through the injection nozzle 14a to form a raw material of the base plate 18a. The second extruder 16 extrudes the coating material, which is a synthetic resin, at a high pressure through the injection nozzle 16a on the upper and lower surfaces of the base plate 18a. The coating material forms a coating layer 18b having a shape covering the upper and lower surfaces of the base plate 18a described above.

Therefore, the injection nozzles of the second extruder 16 are positioned to correspond to the upper and lower surfaces of the first extruder 14, in order to inject the coating material on the upper and lower surfaces of the base plate 18a. desirable. Here, of course, the injection nozzle 16a of the 2nd extruder 16 can be arrange | positioned corresponding to any one of the upper and lower surfaces of the base plate 18a.

Further, the plate drawing clamp 28a for holding the end portions of the building plate 18 injected from the first extruder 14 and the second extruder 16 to draw the above-described building plate 18 at a predetermined interval and time. ), A drawing wire 28b connected to the clamp 28a described above, and a conventional winding machine (not shown) for selectively winding or unwinding the drawing wire 28b. The configuration of the clamp 28a, the drawing wire 28b, and the winch can of course be replaced by the configuration of a conventional conveyor.

In addition, the first molding machine (C) is a process for compressing the thickness of the building plate member 18, which is extruded through the extruder (B) described above, and sandwiched therebetween. The first press (20a) and the second press ( 20b), the 1st rolling mill 26a, and the 3rd press 20c can be comprised.

Here, the first to third presses 20a, 20b, and 20c are used to compress and process the above-described building plate 18 from the upper and lower portions, respectively, and the upper press 22a and the lower press (die) 22b. Is composed of one set, and each of the upper press 22a and the lower press 22b is provided with coolers 24a and 24b, respectively. Any one of these first to third presses 20a, 20b, and 20c further includes a cutter (not shown) for cutting and removing the edge portion of the building plate 18 in a desired shape during compression processing. It is preferable to.

In addition, between the second press 20b and the third press 20c, there is a first rolling mill 26a having a set of upper rollers and lower rollers, and the first rolling mill 26a described above includes a first press ( The building plate 18 compressed by the 20a) and the second press 20b is rolled while passing.

In addition, the coolers 24a and 24b interlocked with the above-described first, second and third presses 20a, 20b and 20c may contact the building plate 18 using the cooling water circulation method. , 20b, 20c) are cooled.

In addition, the 2nd molding machine D is located in series with the 1st molding machine C mentioned above, and consists of the 2nd rolling mill 26b, the 3rd rolling mill 26c, and the 4th press 20d, and the 2nd molding machine mentioned above The presses 20d and the rolling mills 26b and 26c of the molding machine D sequentially perform the forming and rolling processes in the same manner as the press and the rolling mill 26a of the first molding machine C described above.

Here, the 2nd rolling mill 26b and the 3rd rolling mill 26c are provided in series with the 3rd press 20c of the 1st molding machine C mentioned above, and the 4th press on the right side of the 3rd rolling mill 26c mentioned above. 20d is located.

Here, the second molding machine (D) performs secondary processing of the building plate (18) which has been primarily processed in the first molding machine (C), and the above-mentioned second molding machine (D) is supplied from the first molding machine (C). The physical properties of the building plate 18 are prevented from being deformed. On the other hand, it is preferable that the interval between the upper roller and the lower roller is smaller than the upper and lower roller intervals of the above-described first rolling mill 26a in the second rolling mill 26b and the third rolling mill 26c. That is, the thickness of the building board 18 mentioned above can be processed thinly.

In addition, the fourth press 20d presses the building plate 18 that has passed through the second and third rolling mills 26b and 26c described above, and the building plate 18 and the fourth in the fourth press 20d described above. The cooler for cooling the press 20d is positioned to interlock.

Moreover, the 3rd molding machine E is provided in series with the above-mentioned 2nd molding machine D, and consists of the 4th rolling mill 26d, the 5th rolling mill 26e, and the 6th rolling mill 26f arranged in a line, The building plate 18 is rolled similarly to the rolling mill 26c of the 1st molding machine C mentioned above.

Here, the third molding machine E is a final processing of the building plate 18 supplied from the second molding machine D, and finally adjusts the thickness of the building plate 18 described above according to the use of the product.

In addition to the above-described third molding machine (E), it may be provided with a molding frame (not shown) that can put a variety of patterns on the surface of the building plate 18. Therefore, it is possible to manufacture a building plate 18 having various surface conditions according to the use of the product or the taste of the consumer.

Moreover, the stage 30 which transfers the building board 18 which was shape | molded in succession by the 3rd molding machine E mentioned above is provided, and when the above-mentioned building board 18 is conveyed, the clamp 28a is released.

2 is a manufacturing process of the building plate 18 according to the present invention, which will be described with reference to FIG. 1.

The manufacturing process of the above-mentioned building board 18 comprises the stirring process (S10), the extrusion process (S12), the press process (S14), the rolling process (S16), and the conveyance process (S18) as a whole.

First, the stirring step (S10) is made from the first stirrer 10 and the second stirrer 12, the first stirrer 10 described above is mixed and stirred the base composition which is the main raw material of the base plate 18a, the second stirrer (12) stirs a piece of synthetic resin, which is a raw material of the coating layer (18b) located on the upper and lower surfaces of the base plate (18a) described above.

Here, the base composition may be produced by mixing waste paper and inorganic foam with waste plastic, further mixing chaff powder and wood powder with the above mixture, and then diluting quicklime, flame retardant, nitrogen, phenol, calcium carbonate and the like, followed by mixing and stirring. have.

On the other hand, in the embodiment according to the present invention, the above-described base composition, waste plastic 10-30% by weight, wood powder 10-30% by weight, chaff powder 10-30% by weight, waste paper 13-23% by weight, vermiculite and quicklime It is preferable to configure the ratio of 17 to 37% by weight of the additive in which calcium carbonate, phenol resin and inorganic foam are mixed at a predetermined ratio, and the ratio of the composition can be adjusted according to the intention of the manufacturer.

The base composition described above may further add 1-5 wt% of a mixture of any one or more of pigments and flavors according to the production purpose or consumer's taste. ) Can change functionality and aesthetics.

In addition, the synthetic resin pieces are produced by washing and drying plastics separated from waste plastic products, waste vinyl, and waste materials collected from waste home appliances, and then grinding them.

In addition, the extrusion step (S12) is supplied to the first extruder 14 and the second extruder 16 and the base composition and the synthetic resin pieces stirred from the first stirrer 10 and the second stirrer 12 described above to pressure As a process of extruding in the applied state, the coating layer 18b is extruded onto the base plate 18a through the injection nozzles 14a and 16a of the first extruder 14 and the second extruder 16.

Looking at the extrusion process (S12) here, the base composition stirred through the first stirrer 10 is injected from the injection nozzle 14a of the above-described first extruder 14 to the base plate 18a, the second extruder ( 16 is a molten synthetic resin is injected to the upper and lower surfaces of the base plate 18a injected from the first extruder 14 to be fusion-coated.

In addition, the press process S14 is a process of carrying out the plastic working of the building board 18 injected from the 1st extruder 14 and the 2nd extruder 16, The building board 18 through the above-mentioned press process S14. Press to compress the upper and lower sides to a certain thickness to increase the density and to increase the adhesion and adhesion efficiency of the base plate 18a and the coating layer 18b.

The press process (S14) acts in conjunction with the cooling process for cooling the building plate 18, the cooling process described above is made by using the cooling water circulation method.

This cooling step prevents the surface temperature of the presses 20a, 20b, 20c, and 20d according to the high-pressure press process S14, and in the above-mentioned press process S14, the building plate 18 is pressed by the presses 20a, 20b, 20c, 20d) can be prevented from sticking to the surface, and serves to cool the above-described building plate 18 to a predetermined temperature level.

Moreover, the rolling process S16 is a process of rolling the building board 18 processed through the press process S14 mentioned above through the rolling mills 26a, 26b, 26c, 26d, 26e, and 26f, and building board 18 ) Is passed through the upper and lower rollers of the above-described rolling mills 26a, 26b, 26c, 26d, 26e, and 26f, and processed to a thickness suitable for the purpose of use.

That is, the thickness and physical properties of the building plate 18 are determined through the pressing step S14 and the rolling step S16.

And the above-described pressing step (S14) and rolling step (S16) can be repeated in a suitable order in the manufacturing process of the building plate 18 according to the use of the product or the taste of the consumer, the forming step after the above-described rolling step Of course, by adding a variety of patterns can be put on the surface layer of the building plate 18.

Meanwhile, the transfer step S18 is a step of transferring the completed building plate 18 to the stage 30. When the transfer step S18 is completed, the building plate 18 is completed.

According to the present invention, there is an effect that the weight is reduced compared to the conventional building plate, and the form deformation is insufficient with respect to the external force, thereby improving the workability.

And the present invention is beautiful in appearance and can provide a variety of building boards to suit the intended use and consumer taste.

1 is a schematic view for explaining the manufacturing apparatus of the building plate of the present invention.

Figure 2 is a process chart for explaining the manufacturing method of the building plate according to the present invention.

* Description of the symbols for the main parts of the drawings *

10: first stirrer 12: second stirrer

14: first extruder 16: second extruder

18: Building board 18a: Base board

18b: coating layer 20a: first press

20b: second press 20c: third press

20d: fourth press 22a: upper press

22b: lower press 24a, 24b: cooler

26a, 26b, 26c, 26d, 26e, 26f: 1st, 2, 3, 4, 5, 6 rolling mill

28a: clamp 28b: drawing wire

30: stage

Claims (7)

In the manufacturing apparatus for manufacturing a building plate, A stirrer comprising a first stirrer for mixing the base composition and a second stirrer for mixing the synthetic resin pieces; A first extruder that receives the base composition mixed in the first stirrer and compresses the same to be injected into the base plate, and receives a piece of the synthetic resin mixed from the second stirrer and compresses it to high pressure to at least one of the upper and lower surfaces of the base plate. An extruder made of a second extruder that is injected to form a coating layer; And Apparatus for manufacturing a building plate, characterized in that comprises a press made of at least one or more arrangements so as to plastically deform the building plate material injected from the extruder. The method of claim 1, The building plate manufacturing apparatus of claim 1, further comprising a rolling mill for preventing a shape deformation due to the thickness and resistance of the building plate to the moving path of the building plate subsequent to the press. The method of claim 2, The rolling mill is a manufacturing apparatus of the building plate material, characterized in that the installation is made in succession on the movement path of the building plate material between the plurality of presses arranged. The method of claim 1, The press is in connection with the press manufacturing apparatus of the building sheet, characterized in that the configuration further comprises a cooler for cooling the building sheet. The method of claim 1, A cutter for cutting to a predetermined size on a moving path of the building plate; And at least one or more stages configured to transfer the building plate material transferred by the cutter to correspond to any one of up, down, left, and right directions. The method of claim 1, And a drawing clamp for holding and drawing an end portion of the building plate sheet extruded from the extruder, a drawing wire connected to the clamp, and a winch for selectively winding the drawing wire. Apparatus for manufacturing construction sheet. Prepared from the configuration of claim 1, based on the base composition mixed in the first stirrer, the base composition is 15-25% by weight waste plastic, 15-25% by weight wood flour, 15-20% by weight chaff, waste paper (Pulp) 15 to 20% by weight, a mixture of vermiculite, quicklime, calcium carbonate, phenolic resin and inorganic foam in a ratio of 10 to 40% by weight, the synthetic resin mixed in the second stirrer To form a coating layer covering the surface of the base plate, the synthetic resin is separated from the waste plastic products, waste vinyl, waste materials collected from the waste home appliances and the like after washing and drying process to use the produced by grinding Building plate, characterized in that made.