CN201874390U - Aluminum-plastic-wood composite I type energy-saving window top frame - Google Patents

Abstract

The utility model relates to an aluminum-plastic-wood composite I type energy-saving window top frame with excellent properties such as heat preservation, sealing, heat insulation, energy conservation, environmental protection and decoration, and ultra-high strength. The aluminum-plastic-wood composite I type energy-saving window top frame consists of an aluminum alloy profiled bar, a plastic profiled bar and a raw wood decorative section bar, wherein the aluminum alloy profiled bar is arranged outdoors, the raw wood decorative section bar is arranged indoors, the plastic profiled bar is arranged between the aluminum alloy profiled bar and the raw wood decorative section bar, and an installation wing is arranged at an attaching part of the plastic profiled bar and a window hole. The aluminum-plastic-wood composite I type energy-saving window top frame has the advantages of: 1. combining with respective advantages of three materials, namely aluminum, plastic and wood, and avoiding respective shortcomings of the three materials, so as to enable the top frame to have the excellent properties such as heat preservation, sealing, heat insulation, energy conservation, environmental protection and decoration; 2. the top frame is high in strength and good in wind resistance; and 3. the service life of the top frame is long.

Description

Aluminium-plastic-wood combined type I type energy saving window top frame

Technical field

The utility model relates to a kind of combined type energy-saving door and window top frame, and particularly a kind of aluminium-plastic-wood combined type I type energy saving window top frame 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 ²H k), 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 ²H k) 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 have performance and the high aluminium-plastic-wood combined type I type energy saving window top frames of intensity such as excellent insulating, sealing, heat insulation, energy-saving and environmental protection and decoration.

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 aluminium-plastic-wood combined type I type energy saving window top frame 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, plastic irregular profile adopts the design of multi-cavity chamber, is two of technical characterictic of the present utility model.The purpose of doing like this is: owing to be full of air in the chamber, the heat conduction between each chamber is few, thereby has improved insulating power and energy-saving efficiency greatly.3, plastic irregular profile and window opening joint place are provided with the design that wing is installed, and are three of technical characterictics of the present utility model.The purpose of doing like this is: the one, because wing insertion body of wall is installed framework is installed on the wall, and make framework install very firmly; The 2nd, because after wing insertion body of wall was installed, making did not have the slit between framework and the body of wall, has improved sealing.4, connect wing a be by chamfered transition in catching groove, the aluminium alloys profile shapes is hook formation, the relevant position of fastener is the design of inclined-plane or cambered surface, is 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, and the aluminium alloys profile shapes can successfully be snapped on the plastic irregular profile.5, aluminium alloys profile shapes outer end is provided with outer splicing groove, and the design of splicing groove was five of a technical characterictic of the present utility model in the lower right corner of plastic irregular profile was provided with.The purpose of doing like this is: when making composite window, install the splicing bar in inside and outside splicing groove, each window is combined.6, plastic irregular profile is provided with near the indoor and connects wing b, and the corresponding connection of log decoration bar section b wing b place is provided with the design of fitting recess, is six of technical characterictic of the present utility model.The purpose of doing like this is: the one, can play the effect of location to log decoration bar section b owing to connect wing b insertion fitting recess; The 2nd, can play the effect that part is installed to log decoration bar section b.7, being connected the design that plug-in unit connects with plastics between log decoration bar section a and the plastic irregular profile, is seven of technical characterictic of the present utility model.The purpose of doing like this is: plastics connect plug-in unit and log decoration bar section a and plastic irregular profile can be linked together, and are easy to connect.8, plastic irregular profile is provided with the adhesive tape groove of level, is provided with the design of weather strip in the adhesive tape groove, is eight of technical characterictic of the present utility model.The purpose of doing like this is: sash and window frame closing face can be sealed fully, improve heat-insulating property and sealing.

Technical scheme: aluminium-plastic-wood combined type I type energy saving window top frame, 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; Plastic irregular profile and window opening joint place are provided with the installation wing.

The utility model is compared with background technology, major advantage is: 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, wind resistance is strong.

Description of drawings

Fig. 1 is the main TV structure figure of aluminium-plastic-wood combined type I type energy saving window top frame.

Fig. 2 is the STRUCTURE DECOMPOSITION figure of aluminium-plastic-wood combined type I type energy saving window top frame.

The specific embodiment

Embodiment 1: with reference to attached Fig. 1 and 2.Aluminium-plastic-wood combined type I type energy saving window top frame is made up of aluminium alloys profile shapes 3, plastic irregular profile 5 and log decoration bar section 8,10,11.Described aluminium alloys profile shapes 3 can spray different colors according to customer requirements or building style outdoor; Log decoration bar section 8,10,11 is indoor, and the profile of log decoration bar section 8,10,11 can be designed to the moulding of various personalizations; Also can select dissimilar timber, as redwood, walnut, oak or the like according to user's requirement; Plastic irregular profile 5 is between aluminium alloys profile shapes 3 and log decoration bar section 8,10,11.Plastic irregular profile 5 adopts the design of multi-cavity chamber, and itself and window opening joint place are provided with installs wing 4; Being connected plug-in unit 13 with plastics between log decoration bar section a11 and the plastic irregular profile 5 connects; Plastic irregular profile 5 is provided with near the outside and connects wing a1, and in catching groove, plastic irregular profile 5 is provided with near indoors and connects wing b9 connection wing a1 by chamfered transition, and the first half that connects wing b9 is level and has the hook thorn that the latter half is hook formation; Aluminium alloys profile shapes 3 is hook formation, and the relevant position of fastener is inclined-plane or cambered surface, and aluminium alloys profile shapes 3 tops are tilted to the left, and the outer end is provided with outer splicing groove 2, splicing groove 6 in the lower right corner of plastic irregular profile 5 is provided with; The position of the corresponding sash in plastic irregular profile 5 tops is provided with sliding support mounting groove 15; Plastic irregular profile 5 is provided with the adhesive tape groove 16 of level, is provided with weather strip 14 in the adhesive tape groove 16; The top of log decoration bar section a11 is provided with screen window mounting groove 18, and screen window 12 is installed on the screen window mounting groove 18; The corresponding wing b9 place that connects of log decoration bar section b10 is provided with fitting recess 17, and the upper slot of fitting recess 17 is a level trough, lower channel be vertical slots and by chamfered transition in groove; Adopt nailing 7 to reinforce the connection between each log decoration bar section 8,10,11 and between log decoration bar section 8,10,11 and the plastic irregular profile 5; The manufacturing process of above-mentioned each parts and mounting method all adopt existing feasible technology.Earlier plastic irregular profile 5 welding of well cutting are finished, cleared up weld seam, handle log decoration bar section 8,10,11 well through operations such as mildew-resistant, insect protected, oven dry, plastics are connected plug-in unit 13 to be inserted on the plastic irregular profile 5, between log decoration bar section a11 and plastics connection plug-in unit 13, smear a certain amount of binding agent, connect plug-in unit 13 with in the log decoration bar section a11 connection with plastics, and with nailing 7 stickfast; Between log decoration bar section b10 and plastic irregular profile 5, smear a certain amount of binding agent then, log decoration bar section b10 is connected on the plastic irregular profile 5 by connecting wing b9, and with nailing 7 stickfast, between log decoration bar section c8 and log decoration bar section b10, smear a certain amount of binding agent, log decoration bar section c8 is combined on the log decoration bar section b10, and uses

Nailing 7 stickfast; At last aluminium alloys profile shapes 3 is snapped onto on the plastic irregular profile 5, insert weather strip 14, window top frame has just completed like this; When window top frame is installed, window top frame is inverted, installation wing 4 upwards and in the body of wall of packing into is got final product, and then form whole window with other window frames, the utility model can design and produce outer casement window, casement window opening inwards, sliding sash and vertical sliding window etc.; The utility model obtains using more widely on the house abroad owing to be provided with installation wing 4.

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. aluminium-plastic-wood combined type I type energy saving window top frame, it is made up of aluminium alloys profile shapes (3), plastic irregular profile (5) and log decoration bar section (8,10,11), it is characterized in that: described aluminium alloys profile shapes (3) is outdoor, log decoration bar section (8,10,11) is indoor, and plastic irregular profile (5) is between aluminium alloys profile shapes (3) and log decoration bar section (8,10,11).

2. aluminium-plastic-wood combined type I type energy saving window according to claim 1 top frame is characterized in that: described log decoration bar section a(11) with between the plastic irregular profile (5) be connected plug-in unit (13) with plastics and connect; Described plastic irregular profile (5) is provided with near the outside and connects wing a(1), be used to connect aluminium alloys profile shapes (3); Plastic irregular profile (5) is provided with near the indoor and connects wing b(9), be used to connect log decoration bar section b(10); Described plastic irregular profile (5) adopts the design of multi-cavity chamber, and itself and window opening joint place are provided with installs wing (4); Described aluminium alloys profile shapes (3) is hook formation, and the relevant position of fastener is inclined-plane or cambered surface, and aluminium alloys profile shapes (3) top is tilted to the left, and the outer end is provided with outer splicing groove (2).

3. aluminium-plastic-wood combined type I type energy saving window according to claim 1 top frame is characterized in that: splicing groove (6) in the lower right corner of described plastic irregular profile (5) is provided with.

4. according to claim 1 or 3 described aluminium-plastic-wood combined type I type energy saving window top frames, it is characterized in that: described connection wing a(1) by chamfered transition in catching groove; Connection wing b(9) the first half is level and has the hook thorn that the latter half is hook formation.

5. aluminium-plastic-wood combined type I type energy saving window according to claim 1 top frame, it is characterized in that: described plastic irregular profile (5) is provided with the adhesive tape groove (16) of level, is provided with weather strip (14) in the adhesive tape groove (16).

6. aluminium-plastic-wood combined type I type energy saving window according to claim 1 top frame, it is characterized in that: top described log decoration bar section a(11) is provided with screen window mounting groove (18), and screen window mounting groove (18) is gone up screen window (12) is installed.

7. aluminium-plastic-wood combined type I type energy saving window according to claim 1 top frame is characterized in that: the position of the corresponding sash in described plastic irregular profile (5) top is provided with sliding support mounting groove (15).

8. aluminium-plastic-wood combined type I type energy saving window according to claim 1 top frame is characterized in that: the corresponding wing b(9 that connects described log decoration bar section b(10)) locate to be provided with fitting recess (17).

9. according to claim 1 or 11 described aluminium-plastic-wood combined type I type energy saving window top frames, it is characterized in that: the upper slot of described fitting recess (17) is a level trough, lower channel be vertical slots and by chamfered transition in groove.

10. aluminium-plastic-wood combined type I type energy saving window according to claim 1 top frame is characterized in that: adopt nailing (7) to reinforce the connection between described each log decoration bar section (8,10,11) and between log decoration bar section (8,10,11) and the plastic irregular profile (5).

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