CN210217491U - Plastic-wood section bar for window - Google Patents

Abstract

The plastic-wood section for the window consists of plastic-wood one to nine vertical plates, one to eight transverse plates and inclined plates; the vertical plate lower end and the seven cross plate left end, the seven cross plate right end and the three vertical plate lower end, the three vertical plate upper end and the five cross plate right end, the five cross plate left end and the two vertical plate lower end, the two vertical plate upper end and the four cross plate left end, the four cross plate right end and the four vertical plate lower end, the four vertical plate upper end and the three cross plate left end, the three cross plate right end and the five vertical plate upper end, the five vertical plate lower end and the six cross plate left end, the six cross plate right end and the seven vertical plate left side, the seven vertical plate upper end and the two cross plate lower side, the seven vertical plate lower end and the eight cross plate upper side, the eight cross plate right end and the nine vertical plate lower end, the nine vertical plate upper end and the inclined plate lower end, the two cross plate right end and the eight vertical plate lower end, the two cross plate left end and the. The utility model discloses simple structure, the molding is unique, indeformable, and is water-fast, moth-proof, keeps warm, and the sense of touch is good, light in weight, does not rust, ageing-resistant etc..

Description

Plastic-wood section bar for window

Technical Field

The utility model discloses what wood-plastic sectional material was used to window related to is an environment-friendly material section bar, belongs to novel chemistry building materials technical field.

Background

The section bar is an object with a certain geometrical shape, which is made of iron, steel, plastics or other materials with certain strength and toughness through the processes of rolling, extruding, casting and the like, has a certain appearance size, has a certain shape of section and has certain mechanical and physical properties. The section bar can be used independently and can be further processed into other manufactured products, and the section bar is widely applied to the fields of building structures, manufacturing and installation and the like.

In the process of manufacturing windows and sub-frames, profiles are often used, and traditionally, the used profiles mainly comprise wood profiles, metal profiles and hard plastic profiles. The wood section has natural wood texture, brings people enjoyment close to nature, has good heat preservation effect, but has some obvious limitations, such as easy cracking and deformation, poor water resistance, possibility of being damaged by worms and the like, and trees are necessary to be felled when the wood section is produced, so that some natural resources are damaged, and water and soil conservation and environmental protection are influenced; the metal section has high strength, is non-combustible and is not easy to deform, but has some obvious limitations, such as poor heat insulation effect, poor repairability, poor touch feeling, high energy consumption in the production process, easy decay and the like; the hard plastic section has light weight and good corrosion resistance, but has the limitations of less ideal heat preservation effect, easy deformation, higher price and the like.

In recent years, with the enhancement of the environmental protection consciousness of people, the plastic-wood composite material which is wide in raw material source, environment-friendly, renewable and recyclable is more and more valued by people. The composite material is a composite material with wide application, which is processed and manufactured by taking waste plastic, wood powder and the like as raw materials, and the processing principle is as follows: waste plastics and agricultural and forestry waste powder are mixed according to a certain proportion, and special auxiliary agents are added, and the mixture is made into a section bar with a certain shape through the processes of high-temperature melting, mixing, forming and the like. The wood plastic composite material has the processing performance similar to that of wood, can be sawed, nailed and planed, has excellent solvent resistance and corrosion resistance, does not propagate bacteria, is not easy to be damaged by worms and does not grow fungi, and the density and other characteristics of the wood plastic material can be changed by adding different additives, so that the wood plastic composite material can meet the special requirements of ageing resistance, static electricity resistance, flame retardance and the like. Meanwhile, the plastic-wood composite material has the characteristics of wood appearance, higher hardness than that of a plastic product, homogeneous material, stable size compared with wood, difficult crack generation, no wood scab, no twill and the like; it has the processability of thermoplastic plastics and small abrasion to equipment; toxic chemical substances are not required for treatment, and formaldehyde is not contained; can be repeatedly used and recycled after being discarded, can be biodegraded, is beneficial to environmental protection and the like.

The plastic-wood section for the window with the novel and unique structure replaces the traditional section made of other materials to be used for manufacturing the window and the auxiliary frame, and has the characteristics of heat preservation, environmental protection, reproducibility, attractiveness, good corrosion resistance, low cost and the like, so that the plastic-wood section for the window is very necessary.

Disclosure of Invention

The utility model provides a to above-mentioned purpose a plastic wood section bar for window.

The plastic-wood section for the window is realized by adopting the following scheme:

the plastic-wood section for the window consists of a plastic-wood first vertical plate, a plastic-wood second vertical plate, a plastic-wood third vertical plate, a plastic-wood fourth vertical plate, a plastic-wood fifth vertical plate, a plastic-wood sixth vertical plate, a plastic-wood seventh vertical plate, a plastic-wood eighth vertical plate, a plastic-wood ninth vertical plate, a plastic-wood first transverse plate, a plastic-wood second transverse plate, a plastic-wood third transverse plate, a plastic-wood fourth transverse plate, a plastic-wood fifth transverse plate, a plastic-wood sixth transverse plate, a plastic-wood seventh transverse plate, a plastic-wood eighth transverse plate and a plastic-wood inclined plate; the plastic-wood first vertical plate is positioned at the leftmost side of the plastic-wood section bar for the window, the lower end of the plastic-wood first vertical plate is vertically connected with the left end of a plastic-wood seventh transverse plate to form an integral structure, the right end of the plastic-wood seventh transverse plate is vertically connected with the lower end of a plastic-wood third transverse plate to form an integral structure, the upper end of the plastic-wood third vertical plate is vertically connected with the right end of a plastic-wood fifth transverse plate to form an integral structure, the left end of the plastic-wood fifth transverse plate is vertically connected with the lower end of the plastic-wood second vertical plate to form an integral structure, the upper end of the plastic-wood second vertical plate is vertically connected with the left end of the plastic-wood fourth transverse plate to form an integral structure, the upper end of the plastic-wood fourth transverse plate is vertically connected with the left end of the plastic-wood third transverse plate to form an integral structure, the right end of the plastic-wood third transverse plate is vertically connected with the upper end of the plastic-wood fifth vertical plate, the right end of a plastic-wood sixth transverse plate and the left side of a plastic-wood seventh vertical plate are vertically connected to form an integral structure, the upper end of the plastic-wood seventh vertical plate and the lower side of the plastic-wood second transverse plate are vertically connected to form an integral structure, the lower end of the plastic-wood eighth transverse plate and the upper side of the plastic-wood eighth transverse plate are vertically connected to form an integral structure, the right end of the plastic-wood eighth transverse plate and the lower end of the plastic-wood ninth vertical plate are vertically connected to form an integral structure, the upper end of the plastic-wood ninth vertical plate and the lower end of the plastic-wood inclined plate are connected to form an integral structure, the right end of the plastic-wood second transverse plate and the lower end of the plastic-wood eighth vertical plate are vertically connected to form an integral structure, the upper end of the plastic-wood sixth vertical plate and the right end of the plastic-wood first transverse plate are vertically connected.

The novel plastic-wood section for the window has the advantages of reasonable design, simple structure, unique shape, continuous production, high degree of mechanization in the production process, less required labor force and low production cost; compared with the wood section, the utility model has high strength, good toughness, difficult cracking and deformation, good water resistance, moth prevention and the like; compared with metal section bars, the utility model has good heat preservation effect, good touch, low energy consumption in the production process, light weight, no corrosion and the like; compare with the rigid plastic section bar, the utility model discloses intensity is high, non-deformable, and it is effectual to keep warm, ageing-resistant etc.

Drawings

The present invention will be further explained with reference to the accompanying drawings:

fig. 1 is a schematic structural view of a plastic wood profile for windows.

Fig. 2 is a schematic structural view of a section a-a in fig. 1.

1-a first plastic wood vertical plate, 2-a second plastic wood vertical plate, 3-a third plastic wood vertical plate, 4-a fourth plastic wood vertical plate, 5-a fifth plastic wood vertical plate, 6-a sixth plastic wood vertical plate, 7-a seventh plastic wood vertical plate, 8-an eighth plastic wood vertical plate, 9-a ninth plastic wood vertical plate, 10-a first plastic wood transverse plate, 11-a second plastic wood transverse plate, 12-a third plastic wood transverse plate, 13-a fourth plastic wood transverse plate, 14-a fifth plastic wood transverse plate, 15-a sixth plastic wood transverse plate, 16-a seventh plastic wood transverse plate, 17-an eighth plastic wood transverse plate and 18-a plastic wood inclined plate.

Detailed Description

As shown in fig. 1 and 2, the plastic-wood section for windows is composed of a plastic-wood first vertical plate 1, a plastic-wood second vertical plate 2, a plastic-wood third vertical plate 3, a plastic-wood fourth vertical plate 4, a plastic-wood fifth vertical plate 5, a plastic-wood sixth vertical plate 6, a plastic-wood seventh vertical plate 7, a plastic-wood eighth vertical plate 8, a plastic-wood ninth vertical plate 9, a plastic-wood first transverse plate 10, a plastic-wood second transverse plate 11, a plastic-wood third transverse plate 12, a plastic-wood fourth transverse plate 13, a plastic-wood fifth transverse plate 14, a plastic-wood sixth transverse plate 15, a plastic-wood seventh transverse plate 16, a plastic-wood eighth transverse plate 17 and a plastic-wood inclined plate 18; the first plastic-wood vertical plate 1 is positioned at the leftmost side of the plastic-wood section bar for the window, the lower end of the first plastic-wood vertical plate 1 is vertically connected with the left end of a seventh plastic-wood transverse plate 16 to form an integral structure, the right end of a seventh plastic-wood transverse plate 16 is vertically connected with the lower end of a third plastic-wood vertical plate 3 to form an integral structure, the upper end of the third plastic-wood vertical plate 3 is vertically connected with the right end of a fifth plastic-wood transverse plate 14 to form an integral structure, the left end of the fifth plastic-wood transverse plate 14 is vertically connected with the lower end of a second plastic-wood vertical plate 2 to form an integral structure, the upper end of the second plastic-wood vertical plate 2 is vertically connected with the left end of a fourth plastic-wood transverse plate 13 to form an integral structure, the right end of the fourth plastic-wood transverse plate 13 is vertically connected with the lower end of a fourth plastic-wood vertical plate 4 to form an integral structure, the upper end of the fourth plastic-wood vertical plate 4 is vertically connected with the left end of a third plastic-wood transverse plate 12 to form, the right end of a plastic-wood sixth transverse plate 15 is vertically connected with the left side of a plastic-wood seventh vertical plate 7 to form an integral structure, the upper end of the plastic-wood seventh vertical plate 7 is vertically connected with the lower side of a plastic-wood second transverse plate 11 to form an integral structure, the lower end of the plastic-wood eighth transverse plate 17 is vertically connected with the upper side of a plastic-wood eighth transverse plate 17 to form an integral structure, the right end of the plastic-wood eighth transverse plate 17 is vertically connected with the lower end of a plastic-wood ninth vertical plate 9 to form an integral structure, the upper end of the plastic-wood ninth vertical plate 9 is connected with the lower end of a plastic-wood inclined plate 18 to form an integral structure, the right end of the plastic-wood second transverse plate 11 is vertically connected with the lower end of a plastic-wood eighth vertical plate 8 to form an integral structure, the left end of the plastic-wood sixth vertical plate 6 is vertically connected with the lower end of the plastic-wood first transverse plate 10 to form an integral.

During production, the continuous production of the profile can be realized through an extrusion process by adopting a die with the cross section consistent with that of figure 2.

Claims (1)

1. The plastic-wood profile for the window is characterized by consisting of a plastic-wood first vertical plate, a plastic-wood second vertical plate, a plastic-wood third vertical plate, a plastic-wood fourth vertical plate, a plastic-wood fifth vertical plate, a plastic-wood sixth vertical plate, a plastic-wood seventh vertical plate, a plastic-wood eighth vertical plate, a plastic-wood ninth vertical plate, a plastic-wood first transverse plate, a plastic-wood second transverse plate, a plastic-wood third transverse plate, a plastic-wood fourth transverse plate, a plastic-wood fifth transverse plate, a plastic-wood sixth transverse plate, a plastic-wood seventh transverse plate, a plastic-wood eighth transverse plate and a plastic-wood inclined plate; the plastic-wood first vertical plate is positioned at the leftmost side of the plastic-wood section bar for the window, the lower end of the plastic-wood first vertical plate is vertically connected with the left end of a plastic-wood seventh transverse plate to form an integral structure, the right end of the plastic-wood seventh transverse plate is vertically connected with the lower end of a plastic-wood third transverse plate to form an integral structure, the upper end of the plastic-wood third vertical plate is vertically connected with the right end of a plastic-wood fifth transverse plate to form an integral structure, the left end of the plastic-wood fifth transverse plate is vertically connected with the lower end of the plastic-wood second vertical plate to form an integral structure, the upper end of the plastic-wood second vertical plate is vertically connected with the left end of the plastic-wood fourth transverse plate to form an integral structure, the upper end of the plastic-wood fourth transverse plate is vertically connected with the left end of the plastic-wood third transverse plate to form an integral structure, the right end of the plastic-wood third transverse plate is vertically connected with the upper end of the plastic-wood fifth vertical plate, the right end of a plastic-wood sixth transverse plate and the left side of a plastic-wood seventh vertical plate are vertically connected to form an integral structure, the upper end of the plastic-wood seventh vertical plate and the lower side of the plastic-wood second transverse plate are vertically connected to form an integral structure, the lower end of the plastic-wood eighth transverse plate and the upper side of the plastic-wood eighth transverse plate are vertically connected to form an integral structure, the right end of the plastic-wood eighth transverse plate and the lower end of the plastic-wood ninth vertical plate are vertically connected to form an integral structure, the upper end of the plastic-wood ninth vertical plate and the lower end of the plastic-wood inclined plate are connected to form an integral structure, the right end of the plastic-wood second transverse plate and the lower end of the plastic-wood eighth vertical plate are vertically connected to form an integral structure, the upper end of the plastic-wood sixth vertical plate and the right end of the plastic-wood first transverse plate are vertically connected.

Images