CN104295191B - A kind of have stile in heat-insulating bridge-cut-off for window - Google Patents
A kind of have stile in heat-insulating bridge-cut-off for window Download PDFInfo
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- CN104295191B CN104295191B CN201410393331.6A CN201410393331A CN104295191B CN 104295191 B CN104295191 B CN 104295191B CN 201410393331 A CN201410393331 A CN 201410393331A CN 104295191 B CN104295191 B CN 104295191B
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Abstract
Have a stile in heat-insulating bridge-cut-off for window, it is characterized in that: on the left of the rear surface of front side vertical plate and be rightly respectively provided with one piece of perpendicular front side junction plate, on front side of every block, the rear side of junction plate is provided with one piece of convex body; On the left of the front surface of rear vertical plate and right side is respectively provided with one piece of rear side junction plate, and on rear side of every block, the front side of junction plate is provided with one piece of convex body; The right side of left pressing plate, front side is connected with the rear side of the front side junction plate of left; The left side of right pressing plate, front side is connected with the rear side of the front side junction plate of right; The rear side right side of left pressing plate is fixedly or detachably connected with the front side of the rear side junction plate of left; The rear side left side of right pressing plate is fixedly or detachably connected with the front side of the rear side junction plate of right; The front side portion of two pieces of heat-insulating bridge-cut-offs is connected with the convex body of corresponding front side junction plate and the convex body of rear side junction plate respectively with rear lateral portion.This middle stile has heat-insulating bridge-cut-off, thus has energy-saving effect; And structure is simple, and therefore production technology is simple.
Description
Technical field
The present invention relates to and a kind ofly have stile in heat-insulating bridge-cut-off for window, described middle stile has heat-insulating bridge-cut-off and rational in infrastructure, and thus its heat-proof quality very well, cost of production is lower.The effect of middle stile in window be seal with the left side, the right is sealed, on fixed frame and middle fixed frame etc. fixing on fixing glass.
Background technology
The framework majority aluminium alloy extrusions of existing window makes.This section bar has a major defect: heat-proof quality is poor, namely summer outdoor heat easily add the energy consumption of air-conditioner to indoor transmission, winter, the heat of indoor easily too increased the energy consumption of air-conditioner to outdoor transmission.Utility model " energy-saving single-track " (Authorization Notice No.: CN201588494U) discloses the multiple section bar with heat-insulating bridge-cut-off for window, but does not relate to middle stile; There is not the middle stile with heat-insulating bridge-cut-off in the market yet.
Summary of the invention
The technical problem to be solved in the present invention is the shortcoming that the middle stile overcoming existing window does not have heat-insulating bridge-cut-off, there is provided a kind of, for window, there is stile in heat-insulating bridge-cut-off, to reduce the heat of summer and indoor-outdoor air transmission in winter, thus save the energy regulating indoor air temperature to consume.
The technical solution used in the present invention is: a kind of have stile in heat-insulating bridge-cut-off for window, it is characterized in that: arrange one block of front side vertical plate; The rear surface of described front side vertical plate is provided with two pieces of front side junction plates, and on front side of described every block, the front side of junction plate and front side vertical plate connect into entirety, and on front side of described every block, the rear side of junction plate is provided with one piece of convex body; One block of rear vertical plate is set; The front surface of described rear vertical plate is provided with two pieces of rear side junction plates, and on rear side of described every block, the rear side of junction plate and rear vertical plate connect into entirety, and on rear side of described every block, the front side of junction plate is provided with one piece of convex body; The convex body of described front side junction plate and the convex body of rear side junction plate are respectively provided with a swallow-tail form tongue-and-groove; Arrange front side left pressing plate, the right side of described front side left pressing plate connects into entirety with the rear side of the front side junction plate being positioned at leftmost; Arrange the right pressing plate in front side, the left side of the right pressing plate in described front side connects into entirety with the rear side of the front side junction plate being positioned at rightmost; Arrange rear side left pressing plate, the right side of described rear side left pressing plate is permanently connected with the front side of the rear side junction plate being positioned at leftmost or is removably connected; Arrange the right pressing plate of rear side, the left side of the right pressing plate of described rear side is permanently connected with the front side of the rear side junction plate being positioned at rightmost or is removably connected; Two pieces of heat-insulating bridge-cut-offs are set, the shape of the front side portion of described every block heat-insulating bridge-cut-off be swallow-tail form tenon and identical with the shape of the swallow-tail form tongue-and-groove of the convex body of corresponding front side junction plate, basic size is equal, the shape of the rear lateral portion of described every block heat-insulating bridge-cut-off be swallow-tail form tenon and identical with the shape of the swallow-tail form tongue-and-groove of the convex body of corresponding rear side junction plate, basic size is equal; The front side portion of described every block heat-insulating bridge-cut-off is arranged in the swallow-tail form tongue-and-groove of the convex body of corresponding front side junction plate respectively, and the rear lateral portion of heat-insulating bridge-cut-off described in every block is arranged in the swallow-tail form tongue-and-groove of the convex body of corresponding rear side junction plate respectively; Described front side left pressing plate, the heat-insulating bridge-cut-off being positioned at leftmost and rear side left pressing plate can surround opening glass installation groove left; The right pressing plate in described front side, the heat-insulating bridge-cut-off being positioned at rightmost and the right pressing plate of rear side can surround opening glass installation groove to the right;
Described front side vertical plate and rear vertical plate parallel to each other; On front side of described front side vertical plate and every block, the angle of junction plate is 90 °, and on rear side of described rear vertical plate and every block, the angle of junction plate is 90 °; Described front side vertical plate is parallel with the right pressing plate in front side left pressing plate and front side;
Described two pieces of front side junction plates lay respectively at left side and the right side of front side vertical plate, and described two pieces of rear side junction plates lay respectively at left side and the right side of rear vertical plate;
Described rear side left pressing plate and the right pressing plate of rear side are dull and stereotyped; The right side of described rear side left pressing plate connects into entirety with the front side of the rear side junction plate being positioned at leftmost; The left side of the right pressing plate of described rear side connects into entirety with the front side of the rear side junction plate being positioned at rightmost; Described rear vertical plate is parallel with the right pressing plate of rear side left pressing plate and rear side;
Or described rear side left pressing plate is twisted plate, half section, a left side for described twisted plate is the flat board being parallel to rear vertical plate, and the right side of described twisted plate connects into entirety with the left surface of the rear side junction plate being positioned at leftmost; The right pressing plate of described rear side is twisted plate, and half section, the right side of described twisted plate is the flat board being parallel to rear vertical plate, and the left side of described twisted plate connects into entirety with the right surface of the rear side junction plate being positioned at rightmost.
Illustrate: the application vertically place according to middle stile and the centerline parallel of the sight line of people and middle stile time state carry out describe.Front side vertical plate, front side junction plate, rear vertical plate and rear side junction plate etc. both can be dull and stereotyped; Can be again curved slab, such as corrugated curved slab, or by the dull and stereotyped curved slab formed with polylith twisted plate of polylith.But adopt curved slab there is no what meaning.Section bar in the market on window take flat board as chief component.If front side vertical plate or rear vertical plate are waveform curved slabs, then the median plane of front side vertical plate or rear vertical plate is vertical direction; If front side junction plate is waveform curved slab, then described " angle of front side vertical plate and front side junction plate is 90 ° " refers to that the angle of their median plane is 90 °, and the rest may be inferred.
Additional technical characteristic is proposed to above technical scheme below:
1, the left surface being positioned at the rear side junction plate of leftmost is provided with the relative groove of two openings; Arrange left side plate frame, described left side plate frame connects into entirety by rear side left pressing plate, large L shaped plate and little L shaped plate; Described large L shaped plate is made up of large transverse slat and large stringer board, and the left side of described large transverse slat and the rear side of large stringer board connect into entirety; Described little L shaped plate is made up of little swash plate and little transverse slat, and the upside of described little swash plate and the left side of little transverse slat connect into entirety; The left side of described rear side left pressing plate and the front side of large stringer board connect into entirety, and position to the right in the middle part of the downside of described little swash plate and the leading flank of large transverse slat connects into entirety; The right-hand member of described rear side left pressing plate is provided with a fixed wings raised up, and the right-hand member of described little transverse slat is provided with a fixed wings to lower convexity; Described left side plate frame is arranged on the left surface of the rear side junction plate being positioned at leftmost, and described two fixed wings lay respectively in the relative groove of two openings; The rear surface of described large transverse slat and the rear surface of rear vertical plate are positioned at same plane;
The right surface being positioned at the rear side junction plate of rightmost is provided with the relative groove of two openings; Arrange right side plate frame, described right side plate frame connects into entirety by the right pressing plate of rear side, large L shaped plate and little L shaped plate; Described large L shaped plate is made up of large transverse slat and large stringer board, and the right side of described large transverse slat and the rear side of large stringer board connect into entirety; Described little L shaped plate is made up of little swash plate and little transverse slat, and the upside of described little swash plate and the right side of little transverse slat connect into entirety; The right side of the right pressing plate of described rear side and the front side of large stringer board connect into entirety, and position to the left in the middle part of the downside of described little swash plate and the leading flank of large transverse slat connects into entirety; The left end of the right pressing plate of described rear side is provided with a fixed wings raised up, and the left end of described little transverse slat is provided with a fixed wings to lower convexity; Described right side plate frame is arranged on the right surface of the rear side junction plate (21) being positioned at rightmost, and described two fixed wings lay respectively in the relative groove of two openings; The rear surface of described large transverse slat and the rear surface of rear vertical plate are positioned at same plane.
2, screw mounting ear is set, the rear surface of described screw mounting ear and front side vertical plate or the front surface of rear vertical plate or be positioned at the right surface of front side junction plate of leftmost or the left surface of the front side junction plate that is positioned at rightmost connects into entirety.
Illustrate: the quantity of screw mounting ear can be one to multiple; But with two as well, and these two screw mounting ears connect into entirety with the rear surface of front side vertical plate and the front surface of rear vertical plate respectively.
3: described front side vertical plate, front side junction plate, convex body, rear side junction plate, rear vertical plate, front side left pressing plate, the right pressing plate in front side, rear side left pressing plate, the right pressing plate of rear side, large L shaped plate, little L shaped plate and screw mounting ear adopt aluminum alloy materials to make, and described heat-insulating bridge-cut-off adopts nylon strip PA66 or other nonmetals to make.
Beneficial effect: middle stile has heat-insulating bridge-cut-off, and energy-saving effect is relatively good; Structure that the cross section of this several middle stile above-mentioned is closed, similar square shape, production technology is fairly simple, and the raw material that Mei meter Zhong stile consumes are fewer, thus cost of production is reduced.
In addition, the application also proposes following additional technical feature: the rear side stiffener arranging vertical direction, the left side of described rear side stiffener connects into entirety with the convex body of the rear side junction plate being positioned at left, and the right side of described rear side stiffener connects into entirety with the convex body of the rear side junction plate being positioned at right.Can also be on this basis, the front side stiffener of vertical direction is set, the left side of described front side stiffener connects into entirety with the convex body of the front side junction plate being positioned at left, and the right side of described front side stiffener connects into entirety with the convex body of the front side junction plate being positioned at right.Front side stiffener and rear side stiffener and front side vertical plate to make material identical.The strength and stiffness of stile during although increase front side stiffener and rear side stiffener can increase, complex structure, cost of production is higher, and economic benefit is bad.
Accompanying drawing explanation
Fig. 1 is a kind of schematic diagram of window;
Fig. 2 is a kind of top view of the first structure of middle stile of window;
Fig. 3 is a kind of top view of the second structure of middle stile of window;
Fig. 4 is a kind of top view of the third structure of middle stile of window;
Fig. 5 is a kind of top view of the 4th kind of structure of middle stile of window;
Fig. 6 is a kind of top view of the 5th kind of structure of middle stile of window;
Fig. 7 is right side plate frame installment state enlarged drawing.
In figure: 1, left side envelope; 2, upper fixed frame; 3, middle fixed frame; 4, upper fixing glass; 5, lower fixing glass; 6, middle stile; 7, hooked rabbet is fanned; 8, Shan Zhong stile; 9, fan top; 10, glass is fanned; 11, lower fixed frame; 12, fan below; 13, fan beam-groove; 14, the right envelope; 15, front side vertical plate; 16, screw mounting ear; 17, front side junction plate; 18, convex body; 19, front side left pressing plate; 20, heat-insulating bridge-cut-off; 21, rear side junction plate; 22, glass installation groove; 23, rear side left pressing plate; 24, rear vertical plate; 25, the right pressing plate in front side; 26, the right pressing plate of rear side; 27, little L shaped plate; 28, large L shaped plate; 29, rear side stiffener; 30, front side stiffener.
Illustrate: in shown in Fig. 1, the front view of stile is profile reference diagram, only shows the position of middle stile in window.
Detailed description of the invention
Below in conjunction with Fig. 1 to Fig. 7, the invention will be further described:
Window shown in Fig. 1 seals 1 by the left side, upper fixed frame 2, middle fixed frame 3, upper fixing glass 4, lower fixing glass 5, middle stile 6, fan hooked rabbet 7, Shan Zhong stile 8, fan top 9, fan glass 10, lower fixed frame 11, fan below 12, fan beam-groove 13, the right are sealed and 14 to be formed, and eliminates screen door in figure.In figure, the fan hooked rabbet 7 of sliding sash overlaps with Shan Zhong stile 8, therefore cuts a Duan Shanzhong stile 8 open, to expose fan hooked rabbet 7.In described in the application, stile may be used for this window, but has more than for this window.In figure, screen window and door omits and does not draw.
A kind of shown in Fig. 2 have stile in heat-insulating bridge-cut-off for window, it is characterized in that: arrange one block of front side vertical plate 15; The rear surface of described front side vertical plate 15 is provided with two pieces of front side junction plates 17, and on front side of described every block, the front side of junction plate 17 and front side vertical plate 15 connect into entirety, and on front side of described every block, the rear side of junction plate 17 is provided with one piece of convex body 18; One block of rear vertical plate 24 is set; The front surface of described rear vertical plate 24 is provided with two pieces of rear side junction plates 21, and on rear side of described every block, the rear side of junction plate 21 and rear vertical plate 24 connect into entirety, and on rear side of described every block, the front side of junction plate 21 is provided with one piece of convex body 18;
Described two pieces of front side junction plates 17 lay respectively at left side and the right side of front side vertical plate 15, and described two pieces of rear side junction plates 21 lay respectively at left side and the right side of rear vertical plate 24;
Arrange front side left pressing plate 19, the right side of described front side left pressing plate 19 connects into entirety with the rear side of the front side junction plate 17 being positioned at leftmost; Arrange the right pressing plate 25 in front side, the left side of the right pressing plate 25 in described front side connects into entirety with the rear side of the front side junction plate 17 being positioned at rightmost; Arrange rear side left pressing plate 23, the right side of described rear side left pressing plate 23 is permanently connected with the front side of the rear side junction plate 21 being positioned at leftmost or is removably connected; Arrange the right pressing plate 26 of rear side, the left side of the right pressing plate 26 of described rear side is permanently connected with the front side of the rear side junction plate 21 being positioned at rightmost or is removably connected;
The convex body 18 of described front side junction plate 17 and the convex body 18 of rear side junction plate 21 are respectively provided with a swallow-tail form tongue-and-groove; Two pieces of heat-insulating bridge-cut-offs 20 are set, the shape of the front side portion of described every block heat-insulating bridge-cut-off 20 be swallow-tail form tenon and identical with the shape of the swallow-tail form tongue-and-groove of the convex body 18 of corresponding front side junction plate 17, basic size is equal, the shape of the rear lateral portion of described every block heat-insulating bridge-cut-off 20 be swallow-tail form tenon and identical with the shape of the swallow-tail form tongue-and-groove of the convex body 18 of corresponding rear side junction plate 21, basic size is equal; The front side portion of described every block heat-insulating bridge-cut-off 20 is arranged in the swallow-tail form tongue-and-groove of the convex body 18 of corresponding front side junction plate 17 respectively, and the rear lateral portion of described every block heat-insulating bridge-cut-off 20 is arranged in the swallow-tail form tongue-and-groove of the convex body 18 of corresponding rear side junction plate 21 respectively; Described front side left pressing plate 19, the heat-insulating bridge-cut-off 20 being positioned at leftmost and rear side left pressing plate 23 can surround opening glass installation groove 22 left; The right pressing plate in described front side 25, the heat-insulating bridge-cut-off 20 being positioned at rightmost and the right pressing plate 26 of rear side can surround opening glass installation groove 22 to the right;
Described front side vertical plate 15 is parallel to each other with rear vertical plate 24; On front side of described front side vertical plate 15 and every block, the angle of junction plate 17 is 90 °, and on rear side of described rear vertical plate 24 and every block, the angle of junction plate 21 is 90 °; Described front side vertical plate 15 is parallel with front side left pressing plate 19 and front side right pressing plate 25;
Arrange two screw mounting ears 16, described two screw mounting ears 16 connect into entirety with the rear surface of front side vertical plate 15 and the front surface of rear vertical plate 24 respectively;
Described rear side left pressing plate 23 and the right pressing plate 26 of rear side are dull and stereotyped; The right side of described rear side left pressing plate 23 connects into entirety with the front side of the rear side junction plate 21 being positioned at leftmost; The left side of the right pressing plate 26 of described rear side connects into entirety with the front side of the rear side junction plate 21 being positioned at rightmost; Described rear vertical plate 24 is parallel with rear side left pressing plate 23 and rear side right pressing plate 26;
Described front side vertical plate 15, front side junction plate 17, convex body 18, rear side junction plate 21, rear vertical plate 24, front side left pressing plate 19, the right pressing plate in front side 25, rear side left pressing plate 23, the right pressing plate 26 of rear side, screw mounting ear 16 adopt aluminum alloy materials to make, and described heat-insulating bridge-cut-off 20 adopts nylon strip PA66 or other nonmetals to make.
A kind of shown in Fig. 3 have stile in heat-insulating bridge-cut-off for window, with shown in Fig. 2 in the difference of stile be: described rear side left pressing plate 23 is twisted plates, half section, a left side for described twisted plate is the flat board being parallel to rear vertical plate 24, and the right side of described twisted plate connects into entirety with the left surface of the rear side junction plate 21 being positioned at leftmost; The right pressing plate 26 of described rear side is twisted plates, and half section, the right side of described twisted plate is the flat board being parallel to rear vertical plate 24, and the left side of described twisted plate connects into entirety with the right surface of the rear side junction plate 21 being positioned at rightmost.Half section, the right side of rear side left pressing plate 23 can be dull and stereotyped, is advisable for right half section with the angle on half section, a left side to be greater than 135 °; Half section, the right side of rear side left pressing plate 23 can also be curved slab.The structure of the right pressing plate 26 of rear side is identical with the structure of rear side left pressing plate 23, and just direction is contrary.In addition, left half section not its area is necessarily equal with half section, the right side, left half section and right half section of title of just getting in order to the convenience described.
A kind of shown in Fig. 4 have stile in heat-insulating bridge-cut-off for window, with shown in Fig. 3 in the difference of stile be: the left surface being positioned at the rear side junction plate 21 of leftmost is provided with the relative groove of two openings; Arrange left side plate frame, described left side plate frame connects into entirety by rear side left pressing plate 23, large L shaped plate 28 and little L shaped plate 27; Described large L shaped plate 28 is made up of large transverse slat and large stringer board, and the left side of described large transverse slat and the rear side of large stringer board connect into entirety; Described little L shaped plate 27 is made up of little swash plate and little transverse slat, and the upside of described little swash plate and the left side of little transverse slat connect into entirety; The left side of described rear side left pressing plate 23 and the front side of large stringer board connect into entirety, and position to the right in the middle part of the downside of described little swash plate and the leading flank of large transverse slat connects into entirety; The right-hand member of described rear side left pressing plate 23 is provided with a fixed wings raised up, and the right-hand member of described little transverse slat is provided with a fixed wings to lower convexity; Described left side plate frame is arranged on the left surface of the rear side junction plate 21 being positioned at leftmost, and described two fixed wings lay respectively in the relative groove of two openings; The rear surface of described large transverse slat and the rear surface of rear vertical plate 24 are positioned at same plane;
The right surface being positioned at the rear side junction plate 21 of rightmost is provided with the relative groove of two openings; Arrange right side plate frame, described right side plate frame connects into entirety by the right pressing plate of rear side 26, large L shaped plate 28 and little L shaped plate 27; Described large L shaped plate 28 is made up of large transverse slat and large stringer board, and the right side of described large transverse slat and the rear side of large stringer board connect into entirety; Described little L shaped plate 27 is made up of little swash plate and little transverse slat, and the upside of described little swash plate and the right side of little transverse slat connect into entirety; The right side of the right pressing plate of described rear side 26 and the front side of large stringer board connect into entirety, and position to the left in the middle part of the downside of described little swash plate and the leading flank of large transverse slat connects into entirety; The left end of the right pressing plate 26 of described rear side is provided with a fixed wings raised up, and the left end of described little transverse slat is provided with a fixed wings to lower convexity; Described right side plate frame is arranged on the right surface of the rear side junction plate 21 being positioned at rightmost, and described two fixed wings lay respectively in the relative groove of two openings; The rear surface of described large transverse slat and the rear surface of rear vertical plate 24 are positioned at same plane;
Rear side left pressing plate, the right pressing plate of rear side, large L shaped plate 28 and little L shaped plate 27 adopt aluminum alloy materials to make.
A kind of shown in Fig. 5 have stile in heat-insulating bridge-cut-off for window, with shown in Fig. 4 in the difference of stile be: the rear side stiffener 29 that vertical direction is set, the left side of described rear side stiffener 29 connects into entirety with the convex body 18 of the rear side junction plate 21 being positioned at left, and the right side of described rear side stiffener 29 connects into entirety with the convex body 18 of the rear side junction plate 21 being positioned at right.Rear side stiffener 29 and rear vertical plate 24 to make material identical.
A kind of shown in Fig. 6 have stile in heat-insulating bridge-cut-off for window, with shown in Fig. 5 in the difference of stile be: the front side stiffener 30 that vertical direction is set, the left side of described front side stiffener 30 connects into entirety with the convex body 18 of the front side junction plate 17 being positioned at left, and the right side of described front side stiffener 30 connects into entirety with the convex body 18 of the front side junction plate 17 being positioned at right.Front side stiffener 30 and front side vertical plate 15 to make material identical.The strength and stiffness of stile during although increase front side stiffener 30 and rear side stiffener 29 can increase, complex structure, cost of production is higher, and economic benefit is bad.
Fig. 7 is the state enlarged drawing that right side plate frame is installed on the groove on the right surface of the rear side junction plate being arranged in the rightmost side.The structure of left side plate frame is identical with the structure of right side plate frame, and just direction is contrary.As can be seen from the figure, left side plate frame and right side plate frame can disassemble from groove, are therefore convenient to install fixing glass; If upper fixing glass has damaged, be also convenient to change.Fig. 4 to Fig. 6 adopts left side plate frame and right side plate frame.In Fig. 2 to Fig. 3, rear side left pressing plate 23 and the right pressing plate of rear side 26 are all fixing, can not dismantle, and are not easy to install and replace with fixing glass, but its structure is simple, cost of production is low.
Claims (5)
1. for window, there is a stile in heat-insulating bridge-cut-off, it is characterized in that: one piece of front side vertical plate (15) is set; The rear surface of described front side vertical plate (15) is provided with two pieces of front sides junction plate (17), on front side of described every block, the front side of junction plate (17) and front side vertical plate (15) connect into entirety, and on front side of described every block, the rear side of junction plate (17) is provided with one piece of convex body (18); One piece of rear vertical plate (24) is set; The front surface of described rear vertical plate (24) is provided with two pieces of rear sides junction plate (21), on rear side of described every block, the rear side of junction plate (21) and rear vertical plate (24) connect into entirety, and on rear side of described every block, the front side of junction plate (21) is provided with one piece of convex body (18); The convex body (18) of described front side junction plate (17) and the convex body (18) of rear side junction plate (21) are respectively provided with a swallow-tail form tongue-and-groove; Arrange front side left pressing plate (19), the right side of described front side left pressing plate (19) connects into entirety with the rear side of the front side junction plate (17) being positioned at leftmost; Arrange the right pressing plate in front side (25), the left side of the right pressing plate in described front side (25) connects into entirety with the rear side of the front side junction plate (17) being positioned at rightmost; Arrange rear side left pressing plate (23), the right side of described rear side left pressing plate (23) is permanently connected with the front side of the rear side junction plate (21) being positioned at leftmost or is removably connected; Arrange the right pressing plate of rear side (26), the left side of the right pressing plate of described rear side (26) is permanently connected with the front side of the rear side junction plate (21) being positioned at rightmost or is removably connected; Two pieces of heat-insulating bridge-cut-offs (20) are set, the shape of the front side portion of described every block heat-insulating bridge-cut-off (20) be swallow-tail form tenon and identical with the shape of the swallow-tail form tongue-and-groove of the convex body (18) of corresponding front side junction plate (17), basic size is equal, the shape of the rear lateral portion of described every block heat-insulating bridge-cut-off (20) be swallow-tail form tenon and identical with the shape of the swallow-tail form tongue-and-groove of the convex body (18) of corresponding rear side junction plate (21), basic size is equal; The front side portion of described every block heat-insulating bridge-cut-off (20) is arranged in the swallow-tail form tongue-and-groove of the convex body (18) of corresponding front side junction plate (17) respectively, and the rear lateral portion of described every block heat-insulating bridge-cut-off (20) is arranged in the swallow-tail form tongue-and-groove of the convex body (18) of corresponding rear side junction plate (21) respectively; Described front side left pressing plate (19), the heat-insulating bridge-cut-off (20) being positioned at leftmost and rear side left pressing plate (23) can surround opening glass installation groove left (22); The right pressing plate in described front side (25), the heat-insulating bridge-cut-off (20) being positioned at rightmost and the right pressing plate of rear side (26) can surround opening glass installation groove to the right (22);
Described front side vertical plate (15) is parallel to each other with rear vertical plate (24); On front side of described front side vertical plate (15) and every block, the angle of junction plate (17) is 90 °, and on rear side of described rear vertical plate (24) and every block, the angle of junction plate (21) is 90 °; Described front side vertical plate (15) is parallel with the right pressing plate in front side (25) with front side left pressing plate (19);
Described two pieces of front sides junction plate (17) lay respectively at left side and the right side of front side vertical plate (15), and described two pieces of rear sides junction plate (21) lay respectively at left side and the right side of rear vertical plate (24);
Described rear side left pressing plate (23) and the right pressing plate of rear side (26) are dull and stereotyped; The right side of described rear side left pressing plate (23) connects into entirety with the front side of the rear side junction plate (21) being positioned at leftmost; The left side of the right pressing plate of described rear side (26) connects into entirety with the front side of the rear side junction plate (21) being positioned at rightmost; Described rear vertical plate (24) is parallel with the right pressing plate of rear side (26) with rear side left pressing plate (23);
Or described rear side left pressing plate (23) is twisted plate, half section, a left side for described twisted plate is the flat board being parallel to rear vertical plate (24), and the right side of described twisted plate connects into entirety with the left surface of the rear side junction plate (21) being positioned at leftmost; The right pressing plate of described rear side (26) is twisted plate, half section, the right side of described twisted plate is the flat board being parallel to rear vertical plate (24), and the left side of described twisted plate connects into entirety with the right surface of the rear side junction plate (21) being positioned at rightmost.
2. a kind of according to claim 1 have stile in heat-insulating bridge-cut-off for window, it is characterized in that: the left surface being positioned at the rear side junction plate (21) of leftmost is provided with the relative groove of two openings; Arrange left side plate frame, described left side plate frame connects into entirety by rear side left pressing plate (23), large L shaped plate (28) and little L shaped plate (27); Described large L shaped plate (28) is made up of large transverse slat and large stringer board, and the left side of described large transverse slat and the rear side of large stringer board connect into entirety; Described little L shaped plate (27) is made up of little swash plate and little transverse slat, and the upside of described little swash plate and the left side of little transverse slat connect into entirety; The described left side of rear side left pressing plate (23) and the front side of large stringer board connect into entirety, and position to the right in the middle part of the downside of described little swash plate and the leading flank of large transverse slat connects into entirety; The right-hand member of described rear side left pressing plate (23) is provided with a fixed wings raised up, and the right-hand member of described little transverse slat is provided with a fixed wings to lower convexity; Described left side plate frame is arranged on the left surface of the rear side junction plate (21) being positioned at leftmost, and described two fixed wings lay respectively in the relative groove of two openings; The rear surface of described large transverse slat and the rear surface of rear vertical plate are positioned at same plane;
The right surface being positioned at the rear side junction plate of rightmost is provided with the relative groove of two openings; Arrange right side plate frame, described right side plate frame connects into entirety by the right pressing plate of rear side (26), large L shaped plate (28) and little L shaped plate (27); Described large L shaped plate (28) is made up of large transverse slat and large stringer board, and the right side of described large transverse slat and the rear side of large stringer board connect into entirety; Described little L shaped plate (27) is made up of little swash plate and little transverse slat, and the upside of described little swash plate and the right side of little transverse slat connect into entirety; The right side of the right pressing plate of described rear side (26) and the front side of large stringer board connect into entirety, and position to the left in the middle part of the downside of described little swash plate and the leading flank of large transverse slat connects into entirety; The left end of the right pressing plate of described rear side (26) is provided with a fixed wings raised up, and the left end of described little transverse slat is provided with a fixed wings to lower convexity; Described right side plate frame is arranged on the right surface of the rear side junction plate (21) being positioned at rightmost, and described two fixed wings lay respectively in the relative groove of two openings; The rear surface of described large transverse slat and the rear surface of rear vertical plate are positioned at same plane.
3. a kind of according to claim 2 have stile in heat-insulating bridge-cut-off for window, it is characterized in that: screw mounting ear (16) is set, described screw mounting ear (16) and the rear surface of front side vertical plate (15) or the front surface of rear vertical plate (24) or be positioned at the right surface of front side junction plate (17) of leftmost or the left surface of the front side junction plate (17) that is positioned at rightmost connects into entirety.
4. a kind of according to claim 3 have stile in heat-insulating bridge-cut-off for window, it is characterized in that: the rear side stiffener (29) that vertical direction is set, the left side of described rear side stiffener (29) connects into entirety with the convex body (18) of the rear side junction plate (21) being positioned at left, and the right side of described rear side stiffener (29) connects into entirety with the convex body (18) of the rear side junction plate (21) being positioned at right; The front side stiffener (30) of vertical direction is set, the left side of described front side stiffener (30) connects into entirety with the convex body (18) of the front side junction plate (17) being positioned at left, and the right side of described front side stiffener (30) connects into entirety with the convex body (18) of the front side junction plate (17) being positioned at right.
5. a kind of according to claim 4 have stile in heat-insulating bridge-cut-off for window, it is characterized in that: described front side vertical plate (15), front side junction plate (17), convex body (18), rear side junction plate (21), rear vertical plate (24), front side left pressing plate (19), the right pressing plate in front side (25), rear side left pressing plate (23), the right pressing plate of rear side (26), large L shaped plate (28), little L shaped plate (27) and screw mounting ear (16) adopt aluminum alloy materials to make, described heat-insulating bridge-cut-off (20) adopts nylon strip PA66 or other nonmetals to make.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410393331.6A CN104295191B (en) | 2014-08-12 | 2014-08-12 | A kind of have stile in heat-insulating bridge-cut-off for window |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410393331.6A CN104295191B (en) | 2014-08-12 | 2014-08-12 | A kind of have stile in heat-insulating bridge-cut-off for window |
Publications (2)
| Publication Number | Publication Date |
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| CN104295191A CN104295191A (en) | 2015-01-21 |
| CN104295191B true CN104295191B (en) | 2016-01-06 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| JP2007056506A (en) * | 2005-08-23 | 2007-03-08 | Almetax Mfg Co Ltd | Retractable sliding door |
| CN201588494U (en) * | 2009-11-17 | 2010-09-22 | 武汉鸿和岗科技有限公司 | Energy-saving single-track sliding door/window |
| CN201567916U (en) * | 2009-11-17 | 2010-09-01 | 武汉鸿和岗科技有限公司 | Energy-saving dual track sliding door/window |
| CN102031923B (en) * | 2010-12-01 | 2012-07-25 | 江苏锦绣铝业有限公司 | Structure of head-insulating and soundproof door and window |
| CN202441208U (en) * | 2012-03-01 | 2012-09-19 | 杨再德 | Integrated sliding door/window with internal hidden window screens |
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