CN202215110U

CN202215110U - Aluminum alloy window structure with exposed frames and hidden frames alternated

Info

Publication number: CN202215110U
Application number: CN2011202817907U
Authority: CN
Inventors: 徐兴中; 张希; 龚辉; 吴日辉
Original assignee: SHENZHEN FANGTE DECORATION ENGINEERING Co Ltd
Current assignee: SHENZHEN GRANDLAND FANGTE FACADE TECHNOLOGY CO., LTD.
Priority date: 2011-08-04
Filing date: 2011-08-04
Publication date: 2012-05-09
Anticipated expiration: 2021-08-04

Abstract

The utility model relates to an aluminum alloy window structure with alternate bright and hidden frames, which comprises an aluminum alloy fixed frame, a bright frame connection unit, a hidden frame connection unit and window glass, the bright frame connection unit and the hidden frame connection unit are fixedly connected On the aluminum alloy fixed frame, the window glass is installed on the bright frame connection unit and the hidden frame connection unit respectively.

Description

The aluminum window structure that the latent frame of a kind of bright frame replaces

Technical field

The utility model relates to a kind of window arrangement, is meant a kind of window arrangement that bright frame, latent frame alternately occur on building especially, and the utility model can make facade strengthen the appearance of building with the form of concavo-convex interspersed combination.

Background technology

As everyone knows; All must be provided with various types of windows on the present various building; It mainly acts on and comprises ventilation, daylighting, sound insulation or the like window as the device of building interior space and external environment connect; Have a rest, keep out the wind and take shelter from rain along with the continuous development people of social productive forces not only require building to have at home, the function of sunshade sound insulation is also increasingly high to the requirement of outside aesthetic simultaneously.

The different window arrangement of various in this case moulding different structures has been come into people's the visual field; Classify according to the external form of expression of window now and generally be divided into bright frame window and Concealed frame window family; Bright frame window is as the term suggests just be meant the window that can significantly tell window frame from the building outside; The Concealed frame window family then is meant the window that can not observe window frame from building outside people; The whole lines of bright frame window are given prominence to has certain spatial level sense; So and the Concealed frame window family since its framework hides at the window-glass rear its general performance comparatively neat level and smooth, and present building or be exactly the unified Concealed frame window family of adopting, or be exactly the bright frame window of unification employing; Now also do not appear at the way that adopts bright frame window and Concealed frame window family on the solitary building simultaneously; But on a solitary building, adopt bright frame window and Concealed frame window family can promote the overall appearance effect of building simultaneously, strengthen the stereovision of facade, this technological disappearance is the major defect for conventional art.

Summary of the invention

The utility model provides a kind of bright frame aluminum window structure that latent frame replaces; According to the technical scheme of the utility model outside the building side be arranged alternately bright frame window and Concealed frame window family respectively; Thereby promote the overall appearance effect of building, and this is the main purpose for the utility model.

The technical scheme that the utility model adopted is: the aluminum window structure that the latent frame of a kind of bright frame replaces; It comprises aluminium alloys fixed frame, bright Frame Connect Unit, latent Frame Connect Unit and window glass; This bright Frame Connect Unit and this latent Frame Connect Unit are fixedly connected on this aluminium alloys fixed frame; This window glass is installed in this bright Frame Connect Unit respectively and should conceals on the Frame Connect Unit; By above-mentioned structure this window glass is fixedly connected on this aluminium alloys fixed frame; Thereby reach the effect that promotes the whole building appearance thereby on building surface, form bright frame window and Concealed frame window family respectively; This bright Frame Connect Unit and this latent Frame Connect Unit can disperse to be connected on this aluminium alloys fixed frame according to actual conditions or designer's concrete design scheme in practical implementation; This bright Frame Connect Unit and should can take various arrangement mode to be connected on this aluminium alloys fixed frame by latent Frame Connect Unit is provided with, laterally arranges or the like such as being provided with at interval, arranging.

This aluminium alloys fixed frame comprises aluminium alloys crossbeam and aluminium alloys column, and this aluminium alloys column comprises cylinder and hook, and this hook is fixedly connected on this cylinder.

Should comprise the auxiliary connection frame by latent Frame Connect Unit; This auxiliary connection frame comprises hook plate and top board, and wherein, this hook plate hook is located in this hook of this aluminium alloys column; This top board is fixedly connected on this hook plate; This top board top is located on this cylinder of this aluminium alloys column, can being connected on this aluminium alloys column of this auxiliary connection frame monolithic stability be provided with adhesive tape between this hook plate and this hook by the syndeton between this hook plate, this top board and this aluminium alloys column; This window glass is fixedly connected on this auxiliary connection frame through articulamentum, is filled with foam rods and weather-resistant glue between this adjacent window glass.

This bright Frame Connect Unit comprises conversion connector and ornamental strip; Wherein, This conversion connector comprises junction plate, ornamental strip connection box, bright frame hook plate and bright frame top board; This ornamental strip connection box is fixedly connected on this junction plate one side, and this bright frame hook plate and this bright frame top board are fixedly connected on an other side of this junction plate, and this bright frame hook plate hook is located in this hook of this aluminium alloys column; This bright frame top board is fixedly connected on the end of this junction plate; This bright frame top board top is located on this cylinder of this aluminium alloys column, can being connected on this aluminium alloys column of this conversion connector monolithic stability be provided with adhesive tape between this bright frame hook plate and this hook by the syndeton between this bright frame hook plate, this bright frame top board and this aluminium alloys column; This window glass is fixedly connected on this conversion connector through this articulamentum; This ornamental strip is fixed on through connecting bolt on this ornamental strip connection box of this conversion connector, and this ornamental strip covers the slit between this adjacent window glass through this ornamental strip between this adjacent window glass.

This window glass can be double-layer glass in practical implementation, and this window glass comprises inner layer glass and glass outer, is folded with spacing block between this inner layer glass and this glass outer.

This aluminium alloys crossbeam also comprises cylinder and hook in practical implementation, and this hook is fixedly connected on this cylinder, and this bright Frame Connect Unit and this latent Frame Connect Unit also can be connected on this aluminium alloys crossbeam.

The beneficial effect of the utility model is: as stated because the utility model comprises aluminium alloys fixed frame, bright Frame Connect Unit, latent Frame Connect Unit and window glass; This bright Frame Connect Unit and this latent Frame Connect Unit are fixedly connected on this aluminium alloys fixed frame; This window glass is installed in this bright Frame Connect Unit respectively and should conceals on the Frame Connect Unit; By above-mentioned structure this window glass is fixedly connected on this aluminium alloys fixed frame, thereby thereby on building surface, forming bright frame window and Concealed frame window family respectively reach the effect that promotes the whole building appearance.

Description of drawings

Fig. 1 is the front view of the utility model.

Fig. 2 is the schematic perspective view of the utility model.

Fig. 3 be among Fig. 1 A-A to the node diagram of the latent Frame Connect Unit of the utility model.

The perspective view of the latent Frame Connect Unit of Fig. 4 the utility model.

Fig. 5 be among Fig. 1 B-B to the node diagram of the bright Frame Connect Unit of the utility model.

The perspective view of the bright Frame Connect Unit of Fig. 6 the utility model.

The sectional view of the conversion connector of Fig. 7 the utility model.

The stereogram of the conversion connector of Fig. 8 the utility model.

The specific embodiment

Shown in Fig. 1 to 8, the aluminum window structure that the latent frame of a kind of bright frame replaces, it comprises aluminium alloys fixed frame 10, bright Frame Connect Unit 20, latent Frame Connect Unit 30 and window glass 40.

This bright Frame Connect Unit 20 and this latent Frame Connect Unit 30 are fixedly connected on this aluminium alloys fixed frame 10, and this window glass 40 is installed in this bright Frame Connect Unit 20 respectively and should conceals on the Frame Connect Unit 30.

By above-mentioned structure this window glass 40 is fixedly connected on this aluminium alloys fixed frame 10, thereby thereby on building surface, forming bright frame window and Concealed frame window family respectively reach the effect that promotes the whole building appearance.

This bright Frame Connect Unit 20 and this latent Frame Connect Unit 30 can disperse to be connected on this aluminium alloys fixed frame 10 according to actual conditions or designer's concrete design scheme in practical implementation; This bright Frame Connect Unit 20 and should can take various arrangement mode to be connected on this aluminium alloys fixed frame 10 by latent Frame Connect Unit 30 is provided with, laterally arranges or the like such as being provided with at interval, arranging.

This aluminium alloys fixed frame 10 comprises aluminium alloys crossbeam 11 and aluminium alloys column 12.

This aluminium alloys column 12 comprises cylinder 121 and links up with 122 that this hook 122 is fixedly connected on this cylinder 121.

Should comprise auxiliary connection frame 31 by latent Frame Connect Unit 30.

This auxiliary connection frame 31 comprises hook plate 311 and top board 312, and wherein, these hook plate 311 hooks are located in this hook 122 of this aluminium alloys column 12.

This top board 312 is fixedly connected on this hook plate 311, and these top board 312 tops are located on this cylinder 121 of this aluminium alloys column 12.

Can being connected on this aluminium alloys column 12 by the syndeton between this hook plate 311, this top board 312 and this aluminium alloys column 12 with these auxiliary connection frame 31 monolithic stabilities.

Be provided with adhesive tape 32 between this hook plate 311 and this hook 122.

This window glass 40 is fixedly connected on this auxiliary connection frame 31 through articulamentum 41, is filled with foam rods 42 and weather-resistant glue 43 between this adjacent window glass 40.

This bright Frame Connect Unit 20 comprises conversion connector 21 and ornamental strip 22.Wherein, this conversion connector 21 comprises junction plate 211, ornamental strip connection box 212, bright frame hook plate 213 and bright frame top board 214.

This ornamental strip connection box 212 is fixedly connected on this junction plate 211 1 sides, and this bright frame hook plate 213 and this bright frame top board 214 are fixedly connected on an other side of this junction plate 211.

These bright frame hook plate 213 hooks are located in this hook 122 of this aluminium alloys column 12.

This bright frame top board 214 is fixedly connected on the end of this junction plate 211, and these bright frame top board 214 tops are located on this cylinder 121 of this aluminium alloys column 12.

Syndeton by between this bright frame hook plate 213, this bright frame top board 214 and this aluminium alloys column 12 can being connected on this aluminium alloys column 12 these conversion connector 21 monolithic stabilities.

Be provided with adhesive tape 32 between this bright frame hook plate 213 and this hook 122.

This window glass 40 is fixedly connected on this conversion connector 21 through this articulamentum 41.

This ornamental strip 22 is fixed on through connecting bolt 221 on this ornamental strip connection box 212 of this conversion connector 21, and this ornamental strip 22 covers the slit between this adjacent window glass 40 through this ornamental strip 22 between this adjacent window glass 40.

This window glass 40 can be double-layer glass in practical implementation, and this window glass 40 comprises inner layer glass 51 and glass outer 52.

Be folded with spacing block 53 between this inner layer glass 51 and this glass outer 52.

This aluminium alloys crossbeam 11 also comprises cylinder and hook in practical implementation, and this hook is fixedly connected on this cylinder, and this bright Frame Connect Unit 20 and this latent Frame Connect Unit 30 also can be connected on this aluminium alloys crossbeam 11.

Claims

1. An aluminum alloy window structure with alternate bright and hidden frames, characterized in that it comprises an aluminum alloy fixed frame, a bright frame connecting unit, a hidden frame connecting unit and window glass, the bright frame connecting unit and the hidden frame connecting unit Fixedly connected to the aluminum alloy fixed frame, the window glass is respectively installed on the exposed frame connection unit and the hidden frame connection unit, the aluminum alloy fixed frame includes an aluminum alloy beam and an aluminum alloy column, and the aluminum alloy column includes a column and a hook, which is fixedly connected to the column,

The hidden frame connection unit includes a connection sub-frame, and the connection sub-frame includes a hook plate and a top plate, wherein the hook plate is hooked in the hook of the aluminum alloy column, the top plate is fixedly connected to the hook plate, and the top plate tops It is arranged on the column of the aluminum alloy column, and the connection sub-frame is integrally and stably connected to the aluminum alloy column by means of the connection structure between the hook plate, the top plate and the aluminum alloy column, and the window glass is connected The first layer is fixedly connected to the connecting sub-frame, and the adjacent window glass is filled with foam rods and weather-resistant glue.

The exposed frame connection unit includes a conversion connecting piece and a decorative strip, wherein the conversion connecting piece includes a connecting plate, a decorative strip connecting frame, a exposed frame hook plate and a bright frame top plate, and the decorative strip connecting frame is fixedly connected to one side of the connecting plate The exposed frame hook plate and the exposed frame top plate are fixedly connected to the other side of the connecting plate, the exposed frame hook plate is hooked in the hook of the aluminum alloy column, and the exposed frame top plate is fixedly connected to the connecting plate At the end, the top plate of the exposed frame is set on the column of the aluminum alloy column, and the connection structure between the hook plate of the exposed frame, the top plate of the exposed frame and the aluminum alloy column is used to stably connect the conversion connector as a whole On the aluminum alloy column, the window glass is fixedly connected to the conversion connector through the connecting layer, the decorative strip is fixed on the decorative strip connection frame of the conversion connector through connecting bolts, and the decorative strip is located on the adjacent between window panes.

2. The aluminum alloy window structure with alternating bright and hidden frames as claimed in claim 1, characterized in that: a rubber strip is provided between the hook plate and the hook, and a rubber strip is arranged between the hook plate of the bright frame and the hook. There are adhesive strips.

3. The aluminum alloy window structure with alternating bright and hidden frames as claimed in claim 1, characterized in that: the window glass is double-layer glass, the window glass includes an inner glass and an outer glass, and the inner glass An insulating block is sandwiched between the outer layer of glass.

4 . The aluminum alloy window structure with alternating bright and hidden frames as claimed in claim 1 , wherein the aluminum alloy beam also includes a column and a hook, and the hook is fixedly connected to the column.