CN202047706U - Aluminum-plastic-wood composite type III energy conservation window sash frame - Google Patents

Abstract

The utility model relates to an aluminum-plastic-wood composite type III energy conservation window sash frame which is superior in heat preservation, seal, heat insulation, energy conservation, environment protection, decoration and the like. The aluminum-plastic-wood composite type III energy conservation window sash frame is made of aluminum alloy profile, plastic profile and log decoration section. The aluminum alloy profile is arranged outside, the log decoration section is arranged inside, the plastic profile is arranged between the aluminum alloy profile and the log decoration section; orientation columns are used for reinforcing the connection between the plastic profile and the aluminum alloy profile. The window sash frame has the advantages of 1. combining the merits of the materials of the aluminum, the plastic and the wood and avoiding the defects of the three materials which bestow excellent performances of heat preservation, seal, heat insulation, energy conservation, environment protection, decoration and the like upon the window sash frame; 2. being high in strength and good in wind resistance; 3. having durability and long service life.

Description

The energy-conservation window sash frame of aluminium-plastic-wood combined type III type

Technical field

The utility model relates to a kind of composite energy-saving door and window fan frame, and the energy-conservation window sash frame of particularly a kind of aluminium-plastic-wood combined type III type belongs to building doors and windows and makes the field.

Background technology

At present, on the market popular building doors and windows, mainly adopt materials such as wood, aluminium alloys, plastic-steel, bridge cut-off aluminium, wooden aluminium is compound or plastic-aluminum combined.The coefficient of thermal conductivity of timber is 0.15kal/(m ²Hk), thereby have fabulous insulation, heat insulation and ornamental, but not only sealing performance is relatively poor for wooden door and window, and timber is water funk and sunlight is exposed to the sun, the rotten or distortion of timber moisture-sensitive in a humid environment; The coefficient of thermal conductivity of aluminium alloys is 187kal/(m ²Hk) about, its heat conductivility is fabulous, thereby the heat-proof quality of made door and window is relatively poor, and sealing is also poor; Plastic irregular profile can weld, so plastic-steel door and window has good insulation, sealing, heat insulation performance, but the decorate properties of plastics is poor; Bridge cut-off aluminium adopts nylon material with two original aluminium alloys profile shapes bridge joints together, thereby the inside and outside thermal source of doorframe and window frame is disconnected, and reaches the effect of minimizing energy loss, but the sealing performance of its door and window is compared with common aluminum alloy and do not had basic change; The performance of wood aluminium composite door and window frame improves a lot, but poor sealing performance, rainwater can infiltrate and contact with timber in the door and window, and the time has been grown timber will moldy metamorphism or distortion; Though plastic-aluminum combined door and window can be because of rainwater moldy metamorphism or distortion, plastic-aluminum combined door and window interior decoration poor-performing.

The utility model content

Purpose of design: avoid the weak point in the background technology, design a kind of energy-conservation window sash frame of aluminium-plastic-wood combined type III type with performances such as excellent insulating, sealing, heat insulation, energy-saving and environmental protection and decorations.

Design scheme: to achieve these goals, the utility model has been done following design: 1, the design be made up of aluminium alloys profile shapes, plastic irregular profile and log decoration bar section of the energy-conservation window sash frame of aluminium-plastic-wood combined type III type is one of technical characterictic of the present utility model.The purpose of doing like this is: the one because aluminium alloys profile shapes intensity height, corrosion-resistant, uvioresistant, can free color spray, weatherability is strong, it is little influenced by natural cause; The 2nd, because plastic irregular profile insulation, sealing, energy-saving and environmental protection, heat-proof quality are fabulous; The 3rd because log decoration bar section insulation, heat insulation, decorate properties is fabulous.2, be connected with reference column on the plastic irregular profile, the position of the corresponding reference column of aluminium alloys profile shapes is provided with the design of positioning and fixing button wing, is two of technical characterictic of the present utility model.The purpose of doing like this is: the one, and owing to positioning and fixing button wing can snap onto on the reference column, so the aluminium alloys profile shapes is more firm with being connected of plastic irregular profile; The 2nd, because reference column and positioning and fixing button wing significantly reduce the contact area of aluminium alloys profile shapes and plastic irregular profile, so reduced plastic irregular profile and conducted heat to the aluminium alloys profile shapes, improved insulating power and energy-saving efficiency.3, being provided with the design of the continuous silicone seal adhesive tape of bubble between the glass retaining wall of glass and plastic irregular profile, is three of technical characterictic of the present utility model.Therefore the purpose of doing like this is: because the continuous silicone of bubble has good sealing and anti-deformation, can prevent effectively that rainwater from infiltrating and touch plank.4, the relevant position of the fastener on the aluminium alloys profile shapes is cambered surface or inclined-plane, the groove of the corresponding aluminium alloys profile shapes hook outside is to cambered surface by chamfered transition on the plastic irregular profile, or carry out the transition to the design on inclined-plane by cambered surface, be four of technical characterictic of the present utility model.The purpose of doing like this is: when the fastener on the aluminium alloys profile shapes was gone into groove on the plastic irregular profile, transition was level and smooth more and mild, makes the aluminium alloys profile shapes can successfully snap into plastic irregular profile.5, plastic irregular profile is provided with the connection wing, and the log decoration bar section is provided with the design of corresponding with it fitting recess, is five of technical characterictic of the present utility model.The purpose of doing like this is: the one, can play the effect of location to the log decoration bar section owing to connect wing insertion fitting recess; The 2nd, because connecting wing, the bottom has hook, can play the effect that part is installed to the log decoration bar section.6, being provided with the design of weather strip in the adhesive tape groove of plastic irregular profile below, is six of technical characterictic of the present utility model.The purpose of doing like this is: after window is shut, make sealing fully between fan frame and the window frame.

Technical scheme: the energy-conservation window sash frame of aluminium-plastic-wood combined type III type, it is made up of aluminium alloys profile shapes, plastic irregular profile and log decoration bar section.Described aluminium alloys profile shapes is outdoor, and the log decoration bar section is indoor, and plastic irregular profile is between aluminium alloys profile shapes and log decoration bar section; Adopt reference column to reinforce the connection between plastic irregular profile and the aluminium alloys profile shapes.

The utility model is compared with background technology, combine aluminium, mould, three kinds of materials of wood advantage separately, avoided shortcoming separately, make performances such as the utlity model has fabulous insulation, sealing, heat insulation, energy-saving and environmental protection and decoration, and the intensity height, be connected firmly.

Description of drawings

Fig. 1 is the main TV structure figure of the energy-conservation window sash frame of aluminium-plastic-wood combined type III type.

Fig. 2 is the STRUCTURE DECOMPOSITION figure of the energy-conservation window sash frame of aluminium-plastic-wood combined type III type.

The specific embodiment

Embodiment 1: with reference to attached Fig. 1 and 2.The energy-conservation window sash frame of aluminium-plastic-wood combined type III type is made up of aluminium alloys profile shapes 3, plastic irregular profile 2 and log decoration bar section 7.Described aluminium alloys profile shapes 3 can spray different colors according to customer requirements or building style outdoor; Log decoration bar section 7 can be selected dissimilar timber according to user's requirement, as redwood, walnut, oak or the like indoor; Plastic irregular profile 2 is between aluminium alloys profile shapes 3 and log decoration bar section 7; Adopt reference column 12 to reinforce the connection between plastic irregular profile 2 and the aluminium alloys profile shapes 3, reference column 12 outer end side surface are the inclined-plane; The position of aluminium alloys profile shapes 3 corresponding reference columns 12 is provided with positioning and fixing button wing 11, and the fastener end of positioning and fixing button wing 11 is the inclined-plane; The aluminium alloys profile shapes is provided with hook with position that plastic irregular profile 2 is connected about in the of 3, the position that plastic irregular profile 2 is corresponding with above-mentioned hook is provided with groove, the relevant position of the fastener on the aluminium alloys profile shapes 3 is cambered surface or inclined-plane, the groove outside of above-mentioned plastic irregular profile 2 corresponding aluminium alloys profile shapes 3 hooks is to cambered surface by chamfered transition, or carrying out the transition to the inclined-plane by cambered surface, aluminium alloys profile shapes 3 directly snaps onto on the plastic irregular profile 2; Plastic irregular profile 2 is provided with and connects wing 9, and log decoration bar section 7 is provided with corresponding with it fitting recess, and log decoration bar section 7 is positioned connection wing 9 insertion fitting recess and part is installed; Plastic irregular profile 2 belows are provided with the adhesive tape groove, and weather strip 1 is installed in the adhesive tape groove; Be pressed with glass 4 between aluminium alloys profile shapes 3 and the log decoration bar section 7, glass 4 can be double layer glass, also can be three layers of hollow glass, can freely design; Be provided with the continuous silicone seal adhesive tape 5 of bubble between the glass retaining wall 6 of glass 4 and plastic irregular profile 2; Plastic irregular profile 2 belows are screwed installs hinge 10, needn't install for fixing sash; The connecting rod 8 of windowing is installed in log decoration bar section 7 outsides, needn't install for fixing sash; The manufacturing process of above-mentioned each parts and mounting method all adopt existing feasible technology.Earlier between log decoration bar section 7 and plastic irregular profile 2, smear a certain amount of binding agent, again log decoration bar section 7 is withheld on plastic irregular profile 2, utilize screw and nailing that log decoration bar section 7 is fixedly mounted on the plastic irregular profile 2 then, install glass 4, last opposite side at plastic irregular profile 2 is screwed installs reference column 12, and aluminium alloys profile shapes 3 snapped onto on plastic irregular profile 2 and the reference column 12, sash has just completed like this; After installing various hardwares, sash connects into whole window with window frame again; The utility model can design and produce outer casement window, casement window opening inwards, sliding sash and vertical sliding window etc.

It will be appreciated that: though the foregoing description has been done more detailed description to mentality of designing of the present utility model, but mentality of designing of the present utility model is not limited only to foregoing description, any combination, increase or modification that does not exceed the utility model mentality of designing all falls in the scope of the present utility model.

Claims (10)

1. energy-conservation window sash frame of aluminium-plastic-wood combined type III type, it is made up of aluminium alloys profile shapes (3), plastic irregular profile (2) and log decoration bar section (7), it is characterized in that: described aluminium alloys profile shapes (3) is outdoor, log decoration bar section (7) is indoor, and plastic irregular profile (2) is between aluminium alloys profile shapes (3) and log decoration bar section (7).

2. the energy-conservation window sash frame of aluminium-plastic-wood combined type III type according to claim 1, it is characterized in that: adopt reference column (12) to reinforce the connection between described plastic irregular profile (2) and the aluminium alloys profile shapes (3), reference column (12) is screwed and is installed on the plastic irregular profile (2), the position of the corresponding reference column of described aluminium alloys profile shapes (3) (12) is provided with positioning and fixing button wing (11), described aluminium alloys profile shapes (3) is provided with hook with the position that plastic irregular profile (2) is connected up and down, the position that plastic irregular profile (2) is corresponding with above-mentioned hook is provided with groove, hook can buckle into groove, and aluminium alloys profile shapes (3) can directly be snapped onto on the plastic irregular profile (2).

3. the energy-conservation window sash frame of aluminium-plastic-wood combined type III type according to claim 1, it is characterized in that: described plastic irregular profile (2) is provided with and connects wing (9), log decoration bar section (7) is provided with corresponding with it fitting recess, connect wing (9) insertion fitting recess and log decoration bar section (7) is positioned and the part installation, utilize screw that log decoration bar section (7) is fixedly mounted on the plastic irregular profile (2) again.

4. the energy-conservation window sash frame of aluminium-plastic-wood combined type III type according to claim 1 is characterized in that: described plastic irregular profile (2) below is provided with the adhesive tape groove, is provided with weather strip (1) in the adhesive tape groove.

5. the energy-conservation window sash frame of aluminium-plastic-wood combined type III type according to claim 1, it is characterized in that: be pressed with glass (4) between described aluminium alloys profile shapes (3) and the log decoration bar section (7), be provided with sealant tape (5) between the glass retaining wall (6) of described glass (4) and plastic irregular profile (2).

6. the energy-conservation window sash frame of aluminium-plastic-wood combined type III type according to claim 1, it is characterized in that: described plastic irregular profile (2) below can be screwed installs hinge (10), needn't install for fixing sash, log decoration bar section (7) outside is provided with the connecting rod of windowing (8), needn't install for fixing sash.

7. the energy-conservation window sash frame of aluminium-plastic-wood combined type III type according to claim 1 and 2 is characterized in that: the groove of the corresponding aluminium alloys profile shapes of described plastic irregular profile (2) (3) the hook outside for by chamfered transition to cambered surface, or carry out the transition to the inclined-plane by cambered surface.

8. the energy-conservation window sash frame of aluminium-plastic-wood combined type III type according to claim 1 and 2, it is characterized in that: the relevant position of the fastener on the aluminium alloys profile shapes (3) is cambered surface or inclined-plane.

9. the energy-conservation window sash frame of aluminium-plastic-wood combined type III type according to claim 1 and 2 is characterized in that: the outer end side surface of described reference column (12) is the inclined-plane, and the fastener end of described positioning and fixing button wing (11) is the inclined-plane.

10. the energy-conservation window sash frame of aluminium-plastic-wood combined type III type according to claim 1 and 2, it is characterized in that: described glass (4) can be double layer glass, also can be three layers of hollow glass.

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