CN209370822U - 3D plastic-wood section - Google Patents

Abstract

3D plastic-wood section by mould the wooden upper left, upper right, in, lower and lower cross plate in the upper, right side in the right side, the first from left, the second from left, in, in the right side, upper right and bottom right riser, a left side, upper and arc lower plate constitute overall structure.The utility model is designed reasonably, structure is simple, and moulding is unique, and it is convenient to manufacture, and mechanization degree is higher in production process, and required labour is less, and production cost is low；Light-weight, sense of touch is good, cheap, and color designability is strong；Intensity is high, and rigidity is big, is not susceptible to bending deformation, non-aging discoloration；Waterproof performance is good, will not be damaged by worms by termite, and is conducive to water and soil conservation and environmental protection etc. without falling trees in process of production.It can be used for making handrail, guardrail, bracket, lattice etc..

Description

3D plastic-wood section

Technical field

The utility model plastic-wood section belongs to new chemical building materials what is involved is a kind of environment-friendly material 3D plastic-wood section Technical field.

Background technique

Profile is that metal or plastics or timber and the material with some strength and toughness pass through rolling, extrusion, casting Etc. made of techniques with the object of certain geometrical shape, apparent size is certain, and section is in certain shapes, has certain power Learn physical property.Profile, which can be used alone, can also be further processed into other manufactures, in necks such as building structure, manufacture installations Domain has obtained a large amount of application.

In recent years, with the enhancing of people's environmental protection consciousness, environmental-friendly, degradable, the modeling timber that can be recycled Material is increasingly valued by people, and application field has been directed to car interior trim substrate, construction and decoration, ornament materials, park, ball Outdoor tables and chairs, stool, the Picnic table that the occasions such as field, street use, the numerous areas such as packaging material, furniture and municipal administration.Mould timber Material has many advantages, such as: material homogeneous, size are stable compared with timber, be not likely to produce crackle, will not moisture absorption and deformation；There is timber Secondary workability: can be sawed, dug and be bonded or with nail, be bolted fixation；Be not required to using toxic chemical substance into Row processing, is free of formaldehyde；It is not afraid of and damages by worms, is ageing-resistant, is corrosion-resistant；There is the appearance of timber, hardness higher than plastic products etc..Modeling wood Material machine-shaping is convenient, and the techniques such as extrusion, molding, injection molding can be used to form, and equipment attrition is small；Plastic-wood material application surface Extensively, shape of product is versatile and flexible.

Thus, the plastic-wood section of the generous beauty of inventive structure novel and unique, appearance uses function meeting traditional profile Under the premise of, also have the characteristics that environmental protection is renewable, beautiful very necessary.

Summary of the invention

The utility model is to provide a kind of plastic-wood section for above-mentioned purpose, which has the renewable, feature of environmental protection Can be good, intensity is high, install convenient the features such as.

Plastic-wood section takes following scheme to realize:

Plastic-wood section is by moulding the wooden left upper tranverse plate, moulding that the wooden right upper tranverse plate, transverse slat in modeling wood, upper cross plate, modeling wood are right in the modeling wood right side Middle lower cross plate moulds wood lower cross plate, moulds wood the first from left riser, mould wooden the second from left riser, mould riser in wood, mould riser in the wood right side, mould the wood right side Upper riser moulds wooden bottom right riser, the left arc panel of modeling wood, moulds the upper arc panel of wood and moulds the wooden arc lower plate composition；Mould the wooden left upper tranverse plate Riser upper end is vertically connected to form overall structure in left end and modeling wood；It moulds the wooden right upper tranverse plate right end and moulds the wooden upper right riser upper end and hang down Directly it is connected to form overall structure；Transverse slat, which is located at, in modeling wood moulds in the wooden right upper tranverse plate and the modeling wood right side between upper cross plate, transverse slat in modeling wood Riser is vertically connected to form overall structure, right end and mould the wooden upper right riser and is vertically connected to form overall structure in left end and modeling wood； Upper cross plate right end and modeling wooden upper right riser lower end are vertically connected to form overall structure, left end and mould in the wood right side on riser in the wooden right side of modeling End is vertically connected to form overall structure；Lower cross plate left end and riser lower end in the modeling wood right side are vertically connected to form whole knot in the modeling wood right side Structure, right end and modeling wooden bottom right riser upper end are vertically connected to form overall structure；Mould riser lower end in the wooden lower cross plate left end and modeling wood It is vertically connected to form overall structure, right end and mould wooden bottom right riser lower end and is vertically connected to form overall structure；The left arc panel of modeling wood Upper end and the upper arc panel left end of modeling wood, which are connected to form overall structure, lower end and mould wooden arc lower plate left end, is connected to form whole knot Structure；Riser is connected to form overall structure in the upper arc panel right end of modeling wood and modeling wood；Mould riser in the wooden arc lower plate right end and modeling wood It is connected to form overall structure；Wooden the first from left riser is moulded between moulding between wooden the second from left riser and the left arc panel of modeling wood, moulds wooden the first from left riser Upper end and the upper arc panel of modeling wood, which are connected to form overall structure, lower end and mould the wooden arc lower plate, is connected to form overall structure；Modeling wood is left Two risers are between moulding in wooden the first from left riser and modeling wood between riser, and above arc panel is connected to form for the wooden the second from left riser upper end of modeling and modeling wood Overall structure, lower end and the wooden arc lower plate of modeling are connected to form overall structure.

Rationally, structure is simple for the design of the utility model 3D plastic-wood section, and moulding is unique, and it is convenient to manufacture, production process Middle mechanization degree is higher, and required labour is less, and production cost is low；3D plastic-wood section is compared with mental section, light-weight, touching Feel good, it is cheap, color designability is strong etc.；3D plastic-wood section is compared with plastic material, and intensity is high, and rigidity is big, is not easy to send out Raw bending deformation, non-aging discoloration etc.；3D plastic-wood section is compared with wooden profile material, will not cracking deformation in use, Waterproof performance is good, will not be damaged by worms by termite, and is conducive to water and soil conservation and environmental protection without falling trees in process of production Deng.3D plastic-wood section can be used for making handrail, guardrail, bracket, lattice etc..

Detailed description of the invention

Below with reference to attached drawing, the utility model is described in further detail:

Fig. 1 is the structural schematic diagram of plastic-wood section.

Fig. 2 is the structural schematic diagram of A-A section in Fig. 1.

1- moulds the wooden left upper tranverse plate, and 2- moulds the wooden right upper tranverse plate, and 3- moulds transverse slat in wood, and upper cross plate in the 4- modeling wood right side, it is right that 5- moulds wood Middle lower cross plate, 6- mould the wooden lower cross plate, and 7- moulds wood the first from left riser, and 8- moulds wooden the second from left riser, riser in 9- modeling wood, and 10- is moulded in the wood right side Riser, 11- mould the wooden upper right riser, and 12- moulds wooden bottom right riser, the left arc panel of 13- modeling wood, the upper arc panel of 14- modeling wood, 15- modeling wood Arc lower plate.

Specific embodiment

As shown in Figure 1 and Figure 2, plastic-wood section is by moulding the wooden left upper tranverse plate 1, moulding the wooden right upper tranverse plate 2, transverse slat 3, modeling wood in modeling wood Upper cross plate 4 in the right side, lower cross plate 5 in the modeling wood right side mould the wooden lower cross plate 6, mould wooden the first from left riser 7, mould wooden the second from left riser 8, erecting in modeling wood Plate 9 moulds riser 10 in the wood right side, moulds the wooden upper right riser 11, the wooden bottom right riser 12 of modeling, the left arc panel 13 of modeling wood, the wooden upper arc panel of modeling It 14 and moulds the wooden arc lower plate 15 and constitutes；9 upper end of riser in wooden 1 left end of left upper tranverse plate and modeling wood is moulded to be vertically connected to form whole knot Structure；It moulds wooden 2 right end of right upper tranverse plate and moulds wooden 11 upper end of upper right riser and be vertically connected to form overall structure；Transverse slat 3 is located in modeling wood Mould in the wooden right upper tranverse plate 2 and the modeling wood right side between upper cross plate 4, in modeling wood in 3 left end of transverse slat and modeling wood riser 9 be vertically connected to be formed it is whole Body structure, right end and the wooden upper right riser 11 of modeling are vertically connected to form overall structure；4 right end of upper cross plate and the wooden upper right of modeling in the modeling wood right side 11 lower end of riser is vertically connected to form overall structure, left end and mould 10 upper end of riser in the wood right side and is vertically connected to form overall structure； 10 lower end of riser is vertically connected to form overall structure, right end and to mould the wooden bottom right perpendicular in 5 left end of lower cross plate and the modeling wood right side in the modeling wood right side 12 upper end of plate is vertically connected to form overall structure；9 lower end of riser in wooden 6 left end of lower cross plate and modeling wood is moulded to be vertically connected to form entirety Structure, right end and wooden 12 lower end of bottom right riser of modeling are vertically connected to form overall structure；On left 13 upper end of arc panel of modeling wood and modeling wood 14 left end of arc panel, which is connected to form overall structure, lower end and moulds wooden 15 left end of arc lower plate, is connected to form overall structure；On modeling wood Riser 9 is connected to form overall structure in 14 right end of arc panel and modeling wood；Wooden 15 right end of arc lower plate is moulded to be connected with riser 9 in modeling wood Form overall structure；Wooden the first from left riser 7 is moulded between moulding between wooden the second from left riser 8 and the left arc panel 13 of modeling wood, moulds wooden the first from left riser 7 Upper end and the upper arc panel 14 of modeling wood, which are connected to form overall structure, lower end and mould the wooden arc lower plate 15, is connected to form overall structure；Modeling Wooden the second from left riser 8 moulds 8 upper end of wood the second from left riser and the upper arc panel of modeling wood between riser 9 in the wooden the first from left riser 7 of modeling and modeling wood 14, which are connected to form overall structure, lower end and the wooden arc lower plate 15 of modeling, is connected to form overall structure.

When production, using cross section and the consistent mold of Fig. 2, the continuous production of the profile can be realized by extrusion process.

Claims (1)

1.3D plastic-wood section, it is characterised in that by mould the wooden left upper tranverse plate, mould the wooden right upper tranverse plate, transverse slat in modeling wood, in the modeling wood right side on Transverse slat moulds lower cross plate in the wood right side, moulds wood lower cross plate, the wooden the first from left riser of modeling, mould wooden the second from left riser, mould riser in wooden, in the modeling wood right side Riser moulds wood upper right riser, moulds wooden bottom right riser, the left arc panel of modeling wood, moulds the upper arc panel of wood and moulds the wooden arc lower plate composition；Modeling Riser upper end is vertically connected to form overall structure in the wooden left upper tranverse plate left end and modeling wood；It moulds the wooden right upper tranverse plate right end and moulds the wooden upper right Riser upper end is vertically connected to form overall structure；Transverse slat, which is located at, in modeling wood moulds in the wooden right upper tranverse plate and the modeling wood right side between upper cross plate, Transverse slat left end and riser in modeling wood are vertically connected to form overall structure, right end and mould the wooden upper right riser and are vertically connected to be formed in modeling wood Overall structure；Upper cross plate right end and modeling wooden upper right riser lower end are vertically connected to form overall structure, left end and modeling wood in the modeling wood right side Riser upper end is vertically connected to form overall structure in the right side；Lower cross plate left end and riser lower end in the modeling wood right side are vertically connected in the modeling wood right side It forms overall structure, right end and moulds wooden bottom right riser upper end and be vertically connected to form overall structure；Mould the wooden lower cross plate left end and modeling wood Middle riser lower end is vertically connected to form overall structure, right end and mould wooden bottom right riser lower end and is vertically connected to form overall structure；Modeling Shape that the left arc panel upper end of wood is connected to form overall structure with the upper arc panel left end of modeling wood, lower end is connected with modeling wooden arc lower plate left end Integral structure；Riser is connected to form overall structure in the upper arc panel right end of modeling wood and modeling wood；Mould the wooden arc lower plate right end and modeling Riser is connected to form overall structure in wood；Wooden the first from left riser is moulded between the wooden the second from left riser of modeling and the left arc panel of modeling wood, modeling is wooden The first from left riser upper end and the upper arc panel of modeling wood, which are connected to form overall structure, lower end and mould the wooden arc lower plate, is connected to form whole knot Structure；Wooden the second from left riser is moulded between moulding wooden the first from left riser and moulding in wood between riser, wooden the second from left riser upper end is moulded and moulds the upper arc of wood Plate, which is connected to form overall structure, lower end and moulds the wooden arc lower plate, is connected to form overall structure.