CN2846677Y

CN2846677Y - Flat frame aluminum alloy slide window

Info

Publication number: CN2846677Y
Application number: CN 200520079769
Authority: CN
Inventors: 曹成宝
Original assignee: CAO CHENBAO
Current assignee: CAO CHENBAO
Priority date: 2005-11-25
Filing date: 2005-11-25
Publication date: 2006-12-13
Anticipated expiration: 2015-11-25

Abstract

The utility model discloses a half frame aluminum alloy slide window. Upper slide ways and lower slide ways of inner and outer window sashes of the half frame aluminum alloy slide window are in the left section arrangement and the right section arrangement. The upper slideway and the lower slideway of the outer window sash at a left side and the upper slideway and the lower slideway of the inner window sash at a right side are in corresponding connection by an S-shaped transition slideway. A rail changeable type pulley wheel is installed on the outer window sash. When the outer window sash is pulled for closing the window, the outer window sash slides from the upper slideway and the lower slideway of the outer window sash to the upper slideway and the lower slideway of the inner window sash under the guide of the rail changeable type pulley wheel. When the outer window sash moves rightwards to a proper position and the window sashes are closed, the outer window sash and the inner window sash are in the same slideway and in same upstanding plane, and a gap does not exist between the two window sashes. The utility model has the advantages of reasonable structure, less consumption of aluminium sections, compact appearance, favorable lighting rate and favorable tightness.

Description

Half frame aluminum alloy push-pull window

Technical field

The utility model relates to a kind of building constructions aluminum alloy push-pull window, particularly a kind of half frame aluminum alloy push-pull window.

Background technology

At present, the aluminum alloy push-pull window that building trade is used, not only style does not have new variation, and have following deficiency: the frame of glass window and screen window all is equipped with aluminium alloy extrusions, the up and down slideway of interior glass window and the up and down slideway of outside window glass be independence and be arrangeding in parallel separately, makes that the window face is numerous and diverse, daylighting is poor; The aluminium extruded sections consumption is big, the cost height; Unreasonable structure, sealing performance is bad.

The utility model content

The purpose of this utility model is the deficiency that exists at prior art, provides that a kind of aluminium extruded sections consumption is few, outward appearance succinct, half frame aluminum alloy push-pull window of daylighting rate height and good seal performance.

The technical solution of the utility model is: a kind of half frame aluminum alloy push-pull window, the interior sash 36 that comprises the outer leaf 35 that slides along outer leaf sliding way 1 and outer leaf glide path 6, slides along interior sash sliding way 37 and interior sash glide path 38, and screen window 13, the left frame 10 that is arranged on the window both sides and the left frame 11 of sash 36 inboards in being arranged at; Sash 36 in described, two ends are embedded in the window glass 4 in the clamping plate 3 about comprising, the top of window glass 4 upper end clamping plate 3 connect be arranged in interior sash top sheave 7 on the sash sliding way 37, the bottom of lower end clamping plate 3 is connected with interior sash lower sheave 9 on being arranged on interior sash glide path 38; Two ends were embedded in the window glass 4 in the clamping plate 3 about described outer leaf 35 comprised, the top of window glass 4 upper end clamping plate 3 is connected with change rail top sheave 2 on being arranged on outer leaf sliding way 1, and the bottom of its lower end clamping plate 3 is connected with change rail lower sheave 5 on being arranged on outer leaf glide path 6; Described outer leaf sliding way 1, outer leaf glide path 6, interior sash sliding way 37, interior sash glide path 38, disconnect from the center respectively, two sections settings about each minute, and with S shape transition slideway with one section outer leaf sliding way 1 on the left side, outer leaf glide path 6 respectively with a section of the right in sash sliding way 37, the 38 corresponding connections of interior sash glide path.

The utility model compared with prior art has the following advantages: the utility model reasonable in design, and the aluminium extruded sections consumption is few, and outward appearance is succinct, daylighting rate height, good seal performance.

Description of drawings

Fig. 1 is a structural representation of the present utility model.

Fig. 2 is the A-A cutaway view Amplified image of Fig. 1.

Fig. 3 is the B-B cutaway view Amplified image of Fig. 1.

Fig. 4 is the connection diagram of outer leaf glide path in the utility model.

Fig. 5 is the structural representation of the utility model window screening volume core 12.

Fig. 6 becomes the structural representation of rail top sheave 2 for the utility model.

Fig. 7 becomes the structural representation of rail lower sheave 5 for the utility model.

Fig. 8 is the structural representation of sash top sheave 7 in the utility model.

Fig. 9 is the structural representation of sash lower sheave 9 in the utility model.

The specific embodiment

The utility model will be further described below in conjunction with accompanying drawing.

As Fig. 1～shown in Figure 4, the interior sash 36 that the utility model comprises the outer leaf 35 that slides along outer leaf sliding way 1 and outer leaf glide path 6, slides along interior sash sliding way 37 and interior sash glide path 38, and screen window 13, the left frame 10 that is arranged on the window both sides and the left frame 11 of sash 36 inboards in being arranged at; Sash 36 in described, two ends are embedded in the window glass 4 in the clamping plate 3 about comprising, the top of window glass 4 upper end clamping plate 3 connect be arranged in interior sash top sheave 7 on the sash sliding way 37, the bottom of lower end clamping plate 3 is connected with interior sash lower sheave 9 on being arranged on interior sash glide path 38; Two ends were embedded in the window glass 4 in the clamping plate 3 about described outer leaf 35 comprised, the top of window glass 4 upper end clamping plate 3 is connected with change rail top sheave 2 on being arranged on outer leaf sliding way 1, and the bottom of its lower end clamping plate 3 is connected with change rail lower sheave 5 on being arranged on outer leaf glide path 6; Described outer leaf sliding way 1, outer leaf glide path 6, interior sash sliding way 37, interior sash glide path 38, disconnect from the center respectively, two sections settings about each minute, and with S shape transition slideway with one section outer leaf sliding way 1 on the left side, outer leaf glide path 6 respectively with a section of the right in sash sliding way 37, the 38 corresponding connections of interior sash glide path; Outer leaf sliding way 37,1 is the trench structure of ∏ shape for section in above-mentioned, and interior outer leaf glide path 38,6 be protruding track structure.Described screen window 13 comprises that vertically being arranged on the window screening that can rotate in the left frame 11 rolls up core 12 and the window screening 14 that twists on the window screening volume core 12, and vertically be connected in window screening 14 ends and can laterally drive the window screening post 8 that window screening 14 moves, the outside of left frame 11 is provided with easy-to-mount buckle 43.Fig. 4 is the connection diagram of the interior outer leaf glide path 38,6 of expression just, and the position relation of interior outer leaf sliding way 37,1 is corresponding identical about in the of 38,6 with glide path.

As shown in Figure 5, described window screening volume core 12 comprises two pedestals 40 up and down that are arranged in the left frame 11,40 of two pedestals are provided with spool shaft 39, be used to roll up the bearing 41 of window screening reel 42 on bearing support 43 of putting window screening 14 and be arranged on spool shaft 39, rotating the spring 15 that resets as window screening reel 42 is enclosed within on the spool shaft 39, the one end is fixed on the window screening reel 42, and the other end is fixed on the spool shaft 39.When closing screen window, spur window screening post 8 left, window screening 14 is pulled out from window screening reel 42, and with fixing on the window screening post 8 on the left side frames 10, screen window is promptly shut; When promoting window screening post 8 to the right and open screen window, under the elastic force of spring 15 drove, window screening reel 42 turned round automatically, and window screening 14 is recovered on the window screening reel 42.

As Fig. 6, shown in Figure 7, described change rail top sheave 2 comprises a wheel shaft 17 that vertically is provided with, the upper end of wheel shaft 17 be horizontally disposed with can be on outer leaf sliding way 1 runner 16 of horizontal rolling, one end of the lower end of wheel shaft 17 and horizontally disposed connecting rod 18 is rotationally connected, connecting rod 18 is hinged with the bearing 20 of its below through pitman shaft 19 in the other end, and bearing 20 is provided with fixedlys connected the bolt hole 21 of usefulness with clamping plate 3; Described change rail lower sheave 5, comprise a ∏ shape wheel carrier 24 that vertically is provided with and vertically be arranged on the runner 22 that can on outer leaf glide path 6, roll on the wheel carrier 24, wheel carrier 24 is rotationally connected with an end of connecting rod 25 by the axle 23 of end provided thereon, connecting rod 25 is hinged with the bearing 27 of its top by the rotating shaft 26 that is located on the other end, and bearing 27 is provided with and is used for the bolt hole 21 that is connected and fixed with clamping plate 3.

Shown in Fig. 8 a, 8b and Fig. 9 a, 9b, in described sash top sheave 7 comprise a section be " " support 31 of font, axle 30 vertically is set on support 31 upper plane, being horizontally disposed with the runner 29 that can on interior sash sliding way 37, roll on the axle 30, on the vertical surface of support 31, be provided with the screw 28 that is connected usefulness with clamping plate 3; Sash lower sheave 9 in described comprises a h shape support 34, and support 34 lower ends are horizontally disposed with axle 33, and the runner 32 that rolls on the sash glide path 38 in being used in vertically is set on axle 33, and the screw 28 that is connected usefulness with clamping plate 3 is set on the facade of support 34 1 sides.

Use the utility model closes, the process that opens a window is as follows: as shown in Figure 4, when needs close window, to place left side outer leaf up and down slideway 1, outer leaf 35 on 6 spurs to the right, when the change rail top sheave 2 of outer leaf 35 upper and lower sides is come S shape transition slideway with change rail lower sheave 5, owing to become rail top sheave 2 and become rail lower sheave 5 and be hinge arrangement, has good followability for crooked slideway, can drive outer leaf 35 to the right by S shape transition slideway, slide on the interior sash sliding way 37 and glide path 38 on right side, when sliding to left frame 11, window is promptly shut, and at this moment, outer leaf 35 and interior sash 36 are in the same vertical surface on the same slideway; The process of opeing the window is opposite with said process.

Claims

1, a kind of half frame aluminum alloy push-pull window, comprise along the outer leaf (35) of outer leaf sliding way (1) and outer leaf glide path (6) slip, interior sash (36) along interior sash sliding way (37) and interior sash glide path (38) slip, and the screen window (13) that is arranged at interior sash (36) inboard, be arranged on the left frame (10) and the left frame (11) of window both sides, it is characterized in that: two ends were embedded in the window glass (4) in the clamping plate (3) about sash (36) comprised in described, the top of window glass (4) upper end clamping plate (3) connect be arranged in interior sash top sheave (7) on the sash sliding way (37), the bottom of lower end clamping plate (3) is connected with interior sash lower sheave (9) on being arranged on interior sash glide path (38); Two ends were embedded in the window glass (4) in the clamping plate (3) about described outer leaf (35) comprised, the top of window glass (4) upper end clamping plate (3) is connected with the change rail top sheave (2) on being arranged on outer leaf sliding way (1), and the bottom of its lower end clamping plate (3) is connected with change rail lower sheave (5) on being arranged on outer leaf glide path (6); Described outer leaf sliding way (1), outer leaf glide path (6), interior sash sliding way (37), interior sash glide path (38) disconnect respectively from the center, two sections settings about each minute, and with S shape transition slideway with one section outer leaf sliding way (1) on the left side, outer leaf glide path (6) respectively with a section of the right in sash sliding way (37), the corresponding connection of interior sash glide path (38).

2, half frame aluminum alloy push-pull window according to claim 1, it is characterized in that: described screen window (13) comprises vertically being arranged on the window screening volume core (12) that can rotate in the left frame (11) and twisting in window screening rolls up window screening (14) on the core (12), and vertically is connected in window screening (14) end and also can laterally drives the mobile window screening post (8) of window screening (14).

3, half frame aluminum alloy push-pull window according to claim 2, it is characterized in that: described window screening volume core (12) comprises two pedestals (40) up and down that are arranged in the left frame (11), spool shaft (39) is set between last bottom base (40), be used for rolling up the bearing (41) of window screening reel (42) on bearing support (43) of putting window screening (14) and be arranged on spool shaft (39), rotating the spring (15) that resets as window screening reel (42) is enclosed within on the spool shaft (39), the one end is fixed on the window screening reel (42), and the other end is fixed on the spool shaft (39).

4, half frame aluminum alloy push-pull window according to claim 1, it is characterized in that: described change rail top sheave (2) comprises a wheel shaft (17) that vertically is provided with, the upper end of wheel shaft (17) is horizontally disposed with runner (16), one end of the lower end of wheel shaft (17) and horizontally disposed connecting rod (18) is rotationally connected, connecting rod (18) is hinged with the bearing (20) of its below through pitman shaft (19) in the other end, and bearing (20) is provided with fixedlys connected the bolt hole (21) of usefulness with clamping plate (3); Described change rail lower sheave (5) comprises a ∏ shape wheel carrier (24) that vertically is provided with and vertically is arranged on runner (22) on the wheel carrier (24), wheel carrier (24) is rotationally connected with an end of connecting rod (25) by the axle (23) of end provided thereon, connecting rod (25) is hinged with the bearing (27) of its top by the rotating shaft (26) that is located on the other end, and bearing (27) is provided with and is used for and bolt hole (21) that clamping plate (3) are connected and fixed.

5, half frame aluminum alloy push-pull window according to claim 1, it is characterized in that: in described sash top sheave (7) comprise a section be " " support (31) of font, axle (30) vertically is set on support (31) upper plane, on axle (30), be horizontally disposed with runner (29), on the vertical surface of support (31), be provided with the screw (28) that is used for connecting cleat (3); Sash lower sheave (9) comprises a h shape support (34) in described, and support (34) lower end is horizontally disposed with axle (33), and runner (32) vertically is set on axle (33), and the screw (28) that is connected with clamping plate (3) is set on the facade of support (34) top one side.

6, half frame aluminum alloy push-pull window according to claim 1 is characterized in that: described inside and outside sash sliding way (37,1) is the trench structure of ∏ shape for section, and inside and outside sash glide path (38,6) is the track structure of projection.