CN209987084U

CN209987084U - Superstrong bending deformation resistance novel artificial board is along with body board

Info

Publication number: CN209987084U
Application number: CN201920261509.XU
Authority: CN
Inventors: 徐贵学
Original assignee: Linyi Yoyo Wood Ltd By Share Ltd
Current assignee: Youyou New Material Co.,Ltd.
Priority date: 2019-03-01
Filing date: 2019-03-01
Publication date: 2020-01-24
Anticipated expiration: 2029-03-01

Abstract

The utility model belongs to the technical field of artificial board, and a novel artificial board of superstrong bending resistance warp is along with body board is disclosed, including main core, first thick wood veneer, two splice plates, the thick wood veneer of second, first face skin and second face skin, two the top and the bottom at main core are installed respectively to the splice plate, the bottom of first thick wood veneer bonds with the top that is located the splice plate at main core top mutually, the bottom of the top of the thick wood veneer of second and the splice plate that is located main core bottom bonds mutually, and first face skin bonds at the top of first thick wood veneer. The utility model discloses an utilize traditional OSB board, cut into little fillet with it, horizontal line board one, horizontal line board two, horizontal line board three, horizontal line board four, horizontal line board five, horizontal line board six, horizontal line board seven and horizontal line board eight promptly, then with its concatenation together, because its stripe and main core board stripe vertically and horizontally staggered, stress can offset each other, has strengthened the anti bending ability of traditional OSB board for along with body board non-deformable.

Description

Superstrong bending deformation resistance novel artificial board is along with body board

Technical Field

The utility model relates to a door plant technical field specifically is a novel artificial board of superstrong bending deformation is along with body board.

Background

Cabinets such as a wardrobe, a locker or a cloakroom are arranged in a hotel or each family, the height of a common wardrobe is more than 1.5m, the cabinet door is mainly made of a density board and a solid wood composite multilayer board (LVB) at present, and is very easy to bend and deform due to frequent use or influence of the environment, more and more people seek larger living area along with the improvement of the living standard of people and the development of the real estate industry in recent years, so as to improve the living comfort, the cabinet which is the main important part in the room is also concerned more, particularly, the body of various combined wardrobes is more beautiful and has more than 2.8 m height, the door panel used in some families and hotels is more stressed and is more easily influenced by the external environment to generate bending deformation; the bending deformation can have adverse effects on the whole cabinet, the whole effect of a room and even the mood of a user; the bending problem is solved by only depending on the performance improvement of the multilayer plate, so that the bending problem is faced with great technical problems and cost problems, the investment cost requirements of equipment, working hours and the like are high, the quality of products cannot be well guaranteed, and waste is caused to a great extent.

The Oriented Strand Board (OSB) is an artificial engineering structural board prepared by peeling pine trees or other trees with delicate structure and straight fiber grains, cutting the pine trees or other trees into shavings (usually 40-120 mm in length, 5-20 mm in width and 0.40-0.60 mm in thickness) with certain geometric shapes along the wood grain direction, drying the shavings, applying synthetic resin adhesive and waterproof agent to the shavings, simulating the fiber arrangement direction of natural wood, directionally paving the shavings into a board blank, and performing high-temperature hot pressing on the board blank. The upper and lower layers of the core layer are symmetrical to the middle surface of the core layer, the surface wood shavings are longitudinally arranged, and the core layer wood shavings are transversely arranged; the density, thickness and strength of any place of the board are uniform, and defects such as holes, hollowness, knots and cracks like plywood do not exist. Meanwhile, OSB also has the characteristics of heat preservation, heat insulation, fire resistance, impact resistance, moisture resistance and the like. The use of OSB can ensure the accurate size of the finished product, has small abrasion to tools and strong nail holding power, and can carry out processing such as sawing, drilling, planing, nailing, filing and the like at any place of the plate surface.

In particular, since the production is strictly carried out according to the European standard EN300, the formaldehyde emission of all OSB products completely meets the European standard E1, and the OSB products are green and environment-friendly products and are uniformly approved and favored by different users all over the world.

Thus, the use of OSB panels through a new panel assembly approach has led to the development of a new door panel material that solves the problem of bending deformation.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a superstrong bending deformation novel artificial board is along with the body board, adopts OSB's manufacturing production technology, and volume production is a new door plant for the purpose that the problem that traditional door plant is easily crooked and is warp can be solved.

In order to achieve the above object, the utility model provides a following technical scheme: the utility model provides a novel artificial board of superstrong bending resistance warp is along with body board, includes main core, first thick wood veneer, two splice plates, the thick wood veneer of second, first face skin and second face skin, two the splice plate is installed respectively at the top and the bottom at main core, the bottom of first thick wood veneer bonds with the top that is located the splice plate at main core top mutually, the top of the thick wood veneer of second bonds with the bottom that is located the splice plate of main core bottom, first face skin bonds at the top of first thick wood veneer, the second face skin bonds in the bottom of the thick wood veneer of second.

The splice plate includes horizontal line board one, horizontal line board two, horizontal line board three, horizontal line board four, horizontal line board five, horizontal line board six, horizontal line board seven and horizontal line board eight, horizontal line board two is installed on the right flank of horizontal line board one, horizontal line board three is installed on the right flank of horizontal line board two, horizontal line board four is installed on the right flank of horizontal line board three, horizontal line board five is installed in the bottom of horizontal line board one, horizontal line board six is installed on the right flank of horizontal line board five, horizontal line board seven is installed on the right flank of horizontal line board six, horizontal line board eight is installed on the right flank of horizontal line board seven.

Preferably, the thickness of the first thick veneer and the second thick veneer is 1.2 mm.

Preferably, the thickness of the first wrapper and the thickness of the second wrapper are both 0.6 mm.

Preferably, the first cross grain board and the second cross grain board have the same volume, and have the same length, width and height.

Preferably, the top of the cross grain plate six is fixedly connected with the bottom of the cross grain plate two, the top of the cross grain plate seven is fixedly connected with the bottom of the cross grain plate three, and the top of the cross grain plate eight is fixedly connected with the bottom of the cross grain plate four.

The utility model provides a novel artificial board along with body board of superstrong bending resistance warp. The method has the following beneficial effects:

(1) the utility model discloses an utilize traditional OSB board, cut into little fillet with it, horizontal line board one, horizontal line board two, horizontal line board three, horizontal line board four, horizontal line board five, horizontal line board six, horizontal line board seven and horizontal line board eight promptly, then with its concatenation together, because its stripe and main core board stripe vertically and horizontally staggered, stress can offset each other, has strengthened the anti bending ability of traditional OSB board for along with body board non-deformable.

(2) The utility model discloses a keep away from the one side of main core board at the splice plate and add the first thick veneer and the thick veneer of second that the one deck 1.2mm is thick, then keep away from the one side of splice plate at first thick veneer and the thick veneer of second and add first face skin and the second face skin that covers 0.6mm, remain the outward appearance pattern of the compound multiply wood of wood, solve the raw materials problem itself that anti bending improves the roughness to the quality will be guaranteed better also.

Drawings

FIG. 1 is a schematic structural view of the present invention;

fig. 2 is a schematic structural view of the splice plate of the present invention.

In the figure: 1 main core board, 2 first thick veneers, 3 splicing boards, 301 first cross grain boards, 302 first vertical grain boards, 303 second cross grain boards, 304 second vertical grain boards, 305 third vertical grain boards, 306 third cross grain boards, 307 fourth vertical grain boards, 308 fourth cross grain boards, 4 second thick veneers, 5 first surface veneers and 6 second surface veneers.

Detailed Description

As shown in fig. 1-2, the utility model provides a technical solution: the utility model provides a novel artificial board of superstrong bending resistance warp is along with body board, including main core 1, first thick veneer 2, two splice plates 3, the thick veneer 4 of second, first face skin 5 and second face skin 6, two splice plates 3 are fixed mounting respectively in the top and the bottom of main core 1, the bottom of first thick veneer 2 bonds with the top that is located splice plate 3 at main core 1 top mutually, the top of the thick veneer 4 of second bonds with the bottom that is located splice plate 3 of main core 1 bottom mutually, first face skin 5 bonds at the top of first thick veneer 2, second face skin 6 bonds in the bottom of the thick veneer 4 of second.

The splice plate 3 comprises a first cross grain plate 301, a second cross grain plate 302, a third cross grain plate 303, a fourth cross grain plate 304, a fifth cross grain plate 305, a sixth cross grain plate 306, a seventh cross grain plate 307 and an eighth cross grain plate 308, wherein the second cross grain plate 302 is fixedly arranged on the right side surface of the first cross grain plate 301, the third cross grain plate 303 is fixedly arranged on the right side surface of the second cross grain plate 302, the fourth cross grain plate 304 is fixedly arranged on the right side surface of the third cross grain plate 303, the fifth cross grain plate 305 is fixedly arranged at the bottom of the first cross grain plate 301, the sixth cross grain plate 306 is fixedly arranged on the right side surface of the fifth cross grain plate 305, the seventh cross grain plate 307 is fixedly arranged on the right side surface of the sixth cross grain plate 306, the eighth cross grain plate 308 is fixedly arranged on the right side surface of the seventh cross grain plate 307, the thicknesses of the first thick wood veneer 2 and the second thick wood veneer 4 are both 1.2mm, the thicknesses of the first veneer 5 and the second veneer 6 are both 0.6mm, the volumes of the first cross grain plate 301 and the second veneer 302 are equal, and, the top of six 306 of striae board and the bottom fixed connection of two 302 of striae board, the top of seven 307 of striae board and the bottom fixed connection of three 303 of striae board, the top of eight 308 of striae board and the bottom fixed connection of four 304 of striae board, in this actual preparation along with the body board, splice plate 3 quantity is not restricted to eight, and the size quantitative quantity that actual operation can cut according to the workman for splice plate 3's size and main core board 1's length and width equal alright, its process of manufacture is: the OSB board is adopted as a main core material, namely a main core board 1, then an OSB large board is cut into narrow strips, the strips are spliced together after the direction is changed, the strips are criss-cross, the stress is mutually offset, the bending resistance stability is particularly good, and a veneer with the thickness of 1.2mm and a veneer with the thickness of 0.6mm are coated on the surface once, so that the appearance of the solid wood composite multilayer board is kept, the problem of raw materials for improving the flatness by bending resistance is solved, and the quality is better ensured.

When the OSB core board is used, one of the three OSB boards is used as a main core board 1, the other two OSB boards are cut into narrow strips, namely a first cross grain board 301, a second cross grain board 302, a third cross grain board 303, a fourth cross grain board 304, a fifth cross grain board 305, a sixth cross grain board 306, a seventh cross grain board 307 and an eighth cross grain board 308, after the directions are changed, the OSB core boards are spliced together, the OSB core boards are crisscrossed, stress is counteracted mutually, and the bending resistance stability is particularly good.

To sum up, the utility model utilizes the traditional OSB plate to cut into small strips, namely a first cross grain plate 301, a second cross grain plate 302, a third cross grain plate 303, a fourth cross grain plate 304, a fifth cross grain plate 305, a sixth cross grain plate 306, a seventh cross grain plate 307 and an eighth cross grain plate 308, and then splices the strips together, because the stripes of the OSB board are criss-cross with the stripes of the main core board 1, the stress can be mutually counteracted, the bending resistance of the traditional OSB board is enhanced, the body-following plate is not easy to deform, the utility model adds a first thick veneer 2 and a second thick veneer 4 with the thickness of 1.2mm on one side of the splice plate 3 far away from the main core plate 1, then, 0.6mm of first surface skin 5 and second surface skin 6 are coated on one side of the first thick veneer 2 and the second thick veneer 4 far away from the splice plate 3, the appearance style of the solid wood composite multilayer board is kept, the problem of raw materials per se of bending resistance and flatness improvement is solved, and the quality is better ensured.

Claims

1. The utility model provides a novel artificial board of superstrong bending resistance warp is along with body board, includes main core board (1), first thick veneer (2), two splice plates (3), the thick veneer of second (4), first face skin (5) and second face skin (6), its characterized in that: the two splicing plates (3) are respectively arranged at the top and the bottom of the main core plate (1), the bottom of the first thick veneer (2) is bonded with the top of the splicing plate (3) positioned at the top of the main core plate (1), the top of the second thick veneer (4) is bonded with the bottom of the splicing plate (3) positioned at the bottom of the main core plate (1), the first surface veneer (5) is bonded at the top of the first thick veneer (2), and the second surface veneer (6) is bonded at the bottom of the second thick veneer (4);

the splice plate (3) comprises a first cross grain plate (301), a second cross grain plate (302), a third cross grain plate (303), a fourth cross grain plate (304), a fifth cross grain plate (305), a sixth cross grain plate (306), a seventh cross grain plate (307) and an eighth cross grain plate (308), wherein the second cross grain plate (302) is arranged on the right side of the first cross grain plate (301), the third cross grain plate (303) is arranged on the right side of the second cross grain plate (302), the fourth cross grain plate (304) is arranged on the right side of the third cross grain plate (303), the fifth cross grain plate (305) is arranged at the bottom of the first cross grain plate (301), the sixth cross grain plate (306) is arranged on the right side of the fifth cross grain plate (305), the seventh cross grain plate (307) is arranged on the right side of the sixth cross grain plate (306), and the eighth cross grain plate (308) is arranged on the right side of the seventh cross grain plate (307).

2. The novel super-strong bending-resistant deformation-resistant artificial board follow-up board as claimed in claim 1, wherein: the thickness of the first thick veneer (2) and the thickness of the second thick veneer (4) are both 1.2mm-1.5 mm.

3. The novel super-strong bending-resistant deformation-resistant artificial board follow-up board as claimed in claim 1, wherein: the thickness of the first wrapper (5) and the thickness of the second wrapper (6) are both 0.6 mm.

4. The novel super-strong bending-resistant deformation-resistant artificial board follow-up board as claimed in claim 1, wherein: the first cross grain board (301) and the second cross grain board (302) are equal in volume, length, width and height.

5. The novel super-strong bending-resistant deformation-resistant artificial board follow-up board as claimed in claim 1, wherein: the top of the cross grain plate six (306) is fixedly connected with the bottom of the cross grain plate two (302), the top of the cross grain plate seven (307) is fixedly connected with the bottom of the cross grain plate three (303), and the top of the cross grain plate eight (308) is fixedly connected with the bottom of the cross grain plate four (304).