CN206503494U - A kind of sliding door and window - Google Patents
A kind of sliding door and window Download PDFInfo
- Publication number
- CN206503494U CN206503494U CN201720139590.5U CN201720139590U CN206503494U CN 206503494 U CN206503494 U CN 206503494U CN 201720139590 U CN201720139590 U CN 201720139590U CN 206503494 U CN206503494 U CN 206503494U
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- rail
- frame
- fixed
- fixed structure
- glass
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Abstract
The utility model discloses a kind of sliding door and window, including upper rail, lower rail and glass door；Upper rail is located at the top of glass door, including left rail and right rail；Left rail includes being provided with the first rectangular cavity of the first groove, and the left frame of the first rectangular cavity has been extended downwardly is provided with the first heat insulating strip slot on the outside of left support, the left frame of left rail；The parallel right located at left rail of right rail, including upper end are provided with the second rectangular cavity of the second groove, and the left frame of the second rectangular cavity has been extended downwardly is provided with the second heat insulating strip slot on the outside of right support, left frame；Lower rail is identical with the structure of upper rail；Upper rail lower end and lower rail upper end further respectively have slide rail on fish hook shape, "T"-shaped glidepath；Glass door is located on fish hook shape between slide rail and "T"-shaped glidepath, is additionally provided with detachable heat-insulated reinforcing strip.The utility model has the advantage of：There is provided a kind of simple in construction, easy for installation, fastness is good, cost is low, door leaf service life is long, and possesses the sliding door and window of detachable heat-insulated reinforcing strip.
Description
Technical field
The utility model is related to window technology field, more particularly to a kind of sliding door and window.
Background technology
Sliding door and window prevents take up the interior space, beautiful appearance and price economy.Using high-grade slide rail, gently one
Push away, open flexible；The glass of bulk is mixed, has both increased the daylighting of interior, improves the overall pattern of building again；Bar by
Power state is good, be hardly damaged.
The drawbacks of existing sliding door and window has certain, first, using slide rail in " L " type more than traditional sliding door and window, when
After being installed and used with door leaf, on the one hand, upper slide rail upper end discontinuity, built on the sand；On the other hand, between upper slide rail and door leaf
Friction is larger, is used for a long time, and will influence door leaf service life；Secondly, using one in the glass door of traditional sliding door and window
The reinforcing strip of shaping, reinforcing strip is non-dismountable in itself and is not provided simultaneously with heat insulating function；In addition, the knot of traditional sliding door and window
Structure, function and cost needs cannot often ensure that it is low but firm that sliding door and window that is, simple in construction installs simple, cost simultaneously
Solidity is not good；Baroque sliding door and window installs complicated, fastness preferably, but cost is high.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, and there is provided a kind of simple in construction, easy for installation, jail
Solidity is good, cost is low, door leaf service life is long, and possesses the sliding door and window of detachable heat-insulated reinforcing strip.
The utility model is achieved through the following technical solutions, and the utility model includes upper rail, lower rail and glass door；
The upper rail is located at the top of glass door, including left rail and right rail；The left rail includes being provided with the first groove on the left of upper end
First rectangular cavity, the left frame of the first rectangular cavity is extended downwardly provided with left support, and at least one is provided with the outside of the left frame of left rail
First heat insulating strip slot；The right rail is set in parallel in the right of left rail, including upper end is provided with the second rectangular cavity of the second groove,
The left frame of second rectangular cavity is extended downwardly provided with right support, and left frame outside is provided with least one second heat insulating strip slot, the
One heat insulating strip slot is connected with the second heat insulating strip slot by the first heat insulating strip；The lower rail is identical with the structure of upper rail, is inverted
In the lower section of glass door；The upper rail lower end and lower rail upper end further respectively have slide rail on fish hook shape, "T"-shaped glidepath；
The glass door is located on fish hook shape between slide rail and "T"-shaped glidepath, is specially the hollow double-deck glass in middle part
Glass door leaf；Provided with detachable heat-insulated reinforcing strip between the double glazing of the glass door, detachable heat-insulated reinforcing strip includes position
In the heat-insulated interior bar in faced chamber and towards bar outside outdoor reinforcing, it is slidably connected between heat-insulated interior bar and the outer bar of reinforcing.
It is used as one of preferred embodiment of the present utility model, in addition to orbit fixed structure；The orbit fixed structure is specific
For two, respectively positioned at the upper rail fixed structure of upper rail upper end and the lower railway fixed structure positioned at lower rail lower end；
The upper rail fixed structure including first fixed structure and positioned at first fixed structure top and is arranged at wall
The second internal fixed structure；The left end of the first fixed structure be provided with the first line-pressing section of the first groove clamping and with
Second line-pressing section of the second fixed structure secure fit, first line-pressing section, the second line-pressing section right side also successively
Provided with one with the two closely coupled glass plate and positioned at glass plate right-hand member and with the seamless anti-plug plate being connected in its lower right；Institute
Stating the second fixed structure includes the first fixed frame, the second fixed frame and the heat insulating strip of at least one positioned there between second, institute
State the fixed frame that the first fixed frame, the second fixed frame are opening upwards, be provided with the left of the lower frame of first fixed frame with
The 3rd groove that second line-pressing section is engaged by clamping, the left frame of the first fixed frame is provided with least one the 3rd heat insulating strip slot,
Second fixed frame left frame is provided with least one the 4th heat insulating strip slot；
The lower railway fixed structure is identical with the structure for the fixed structure that gets on the right track, and is inverted in the lower section of lower rail；Under described
Orbit fixed structure is also identical with the connected mode of upper rail with upper rail fixed structure with the connected mode of lower rail.
As one of preferred embodiment of the present utility model, slide rail is fixed on the lower end of left rail or right rail on the fish hook shape,
Including the neck of hook, hook handle and " U " type gib head；The neck of hook is be arranged in parallel with left and right support, and neck of hook upper end is fixed with left rail or right rail
It is connected, lower end is with being tilted to the left to 35-45 ° of hook being smoothly connected, and the lower end of hook handle is then fixedly connected with described " U " type gib head.
As one of preferred embodiment of the present utility model, the glass door is rectangle glass door leaf, glass door
Surrounding also carries wooden frame, and detachable heat-insulated reinforcing strip is distributed between the double glazing of glass door with " cross ".
As one of preferred embodiment of the present utility model, the heat-insulated interior bar is that the lower end left and right sides is respectively provided with sliding block
Rectangular plastic material strip, sliding block, which is respectively perpendicular, to be fixed at the left and right sides edge of rectangular plastic material strip lower end, and end curves inwardly out
One is raised；The outer bar of the reinforcing is the rectangle aluminum alloy bar that the lower end left and right sides is respectively provided with guide plate, guide plate end to
It is raised that outside sweep goes out one；The sliding block is engaged with guide plate, and heat-insulated interior bar and the outer bar of reinforcing pass through sliding block and guide plate slides
Connection.
As one of preferred embodiment of the present utility model, first line-pressing section is located at the top of left rail, including first
Transverse slat and the starting stave being vertically connected with the first transverse slat, the second riser, the 3rd riser；The starting stave and left rail left frame
On same vertical plane, and step is extended to the right in end, and step end also extends one from leading that step side is rolled to the right
To plate, it is in the second hook-shaped riser, the 3rd riser end to be sequentially provided with the right side of starting stave bending to the right；Second pressure
Line section bar is located at the surface of the first line-pressing section, is the mirror image of the first line-pressing section using center line therebetween as mirror shaft
Structure.
As one of preferred embodiment of the present utility model, the distance between the starting stave and the second riser are slightly less than
The interior electrical path length of one groove, the vertical length of the 3rd riser is less than the vertical length of the second riser.
As one of preferred embodiment of the present utility model, the second fixed frame lower end is also vertically provided with right with glass plate
The seamless connected fastening plate in end upside, the end of fastening plate is additionally provided with the hangnail tilted upward.
As one of preferred embodiment of the present utility model, the anti-plug plate is " L " type anti-plug plate, " L " type anti-plug plate left side
Frame upper end is provided with the hangnail tilted down, and lower end extends downwardly out the guide plate rolled to the right, " L " type anti-plug plate lower frame end
Extend riser downward vertically, the right side wall of riser also extends a transverse slat normal thereto.
As one of preferred embodiment of the present utility model, between " L " the type anti-plug plate left frame and lower frame end
Distance is slightly less than the interior electrical path length of the second groove.
It is used as one of preferred embodiment of the present utility model, first rectangular cavity, the second rectangular cavity, the first fixed frame and
At least one screw installing hole is further respectively had in two fixed frames.
The advantage of the utility model compared with prior art is：
(1) it is simple in construction, easy for installation；
(2) anti-plug plate, glass plate, pressuring line structure are used cooperatively, and rationally distributed, fastness is good, cost is low；
(3) connected between left rail and right rail, the first fixed frame and the second fixed frame by heat insulating strip, both played fixed company
Effect is connect, heat-insulated benefit is provided again for whole upper rail；
(4) using slide rail on fish hook shape, on the one hand, make slide rail upper end uniform force, consolidate；On the other hand, slide rail is reduced
Rubbed between door leaf, be used for a long time, door leaf service life can be extended；
(5) using detachable heat-insulated reinforcing strip, heat-insulated interior bar and the outer bar of reinforcing are connected shape by sliding block with guide plate slides
Into demountable structure, meet when heat-insulated interior bar or when reinforcing outer bar and damaging, need to only correspond to replacing；In addition, heat-insulated in faced chamber
Interior strip adoption plastic material, towards outdoor reinforcing outside strip adoption aluminum alloy material, traditional reinforcing strip is different from, to glass
The resistance to compression of glass door leaf realizes its heat-insulated benefit while reinforcing.
Brief description of the drawings
Fig. 1 is a kind of overall structure diagram of sliding door and window in embodiment 1；
Fig. 2 is a kind of overall cross section structure diagram of sliding door and window in embodiment 1；
Fig. 3 is Fig. 2 upper rail and the structural representation of upper rail fixed structure；
Fig. 4 is Fig. 2 lower rail and the structural representation of lower railway fixed structure；
Fig. 5 is a kind of overall structure diagram of the detachable heat-insulated reinforcing strip of sliding door and window in embodiment 1.
In figure：1 is upper rail, and 11 be left rail, and 111 be the first rectangular cavity, and 112 be the first groove, and 113 be left support, and 114 are
First heat insulating strip slot, 12 be right rail, and 121 be the second rectangular cavity, and 122 be the second groove, and 123 be right support, 124 be second every
Hot bar slot, 13 be slide rail on fish hook shape, and 131 be the neck of hook, and 132 be hook handle, and 133 be " U " type gib head, and 2 be lower rail, and 21 be " T "
Shape glidepath, 3 be glass door, and 31 be wooden frame, and 32 be detachable heat-insulated reinforcing strip, and 321 be heat-insulated interior bar, and 322 be to add
Gu outer bar, 4 be orbit fixed structure, and 41 be upper rail fixed structure, and 411 be first fixed structure, and 4111 be the first line ball type
Material, 41111 be the first transverse slat, and 41112 be starting stave, and 41113 be the second riser, and 41114 be the 3rd riser, and 4112 be second
Line-pressing section, 4113 be glass plate, and 4114 be anti-plug plate, and 412 be the second fixed structure, and 4121 be the first fixed frame, and 4122 are
Second fixed frame, 4123 be the 3rd groove, and 4124 be the 3rd heat insulating strip slot, and 4125 be fastening plate, and 4126 be the 4th heat insulating strip
Slot, 42 be lower railway fixed structure, and 5 be screw installing hole, and 61 be the first heat insulating strip, and 62 be the second heat insulating strip, and 7 be wall.
Embodiment
Embodiment of the present utility model is elaborated below, the present embodiment using technical solutions of the utility model before
Put and implemented, give detailed embodiment and specific operating process, but protection domain of the present utility model is not limited
In following embodiments.
Embodiment 1
As Figure 1-5, a kind of sliding door and window of the present embodiment, simple in construction, easy for installation, including upper rail 1, lower rail 2
With glass door 3；Upper rail 1 is located at the top of glass door 3, including left rail 11 and right rail 12；Left rail 11 includes opening on the left of upper end
There is the first rectangular cavity 111 of the first groove 112, the left frame of the first rectangular cavity 111 is extended downwardly provided with left support 113, left rail
Two the first heat insulating strip slots 114 are provided with the outside of 11 left frame；Right rail 12 is set in parallel in the right of left rail 11, including upper end
The second rectangular cavity 121 of the second groove 122 is provided with, the left frame of the second rectangular cavity 121 is extended downwardly provided with right support 123, left
It is provided with two the second heat insulating strip slots 124 on the outside of frame, the first heat insulating strip slot 114 and the second heat insulating strip slot 124 pass through the
One heat insulating strip 61 is connected；Lower rail 2 is identical with the structure of upper rail 1, is inverted in the lower section of glass door 3；The lower end of upper rail 1 and lower rail 2
Upper end further respectively has slide rail 13 on fish hook shape, "T"-shaped glidepath 21, wherein, on fish hook shape slide rail 13 be fixed on left rail 11 or
The lower end of right rail 12, including the neck of hook 131, hook, 132 and " U " type gib head 133, the neck of hook 131 be arranged in parallel with left and right support, the neck of hook
131 upper ends are fixedly linked with left rail 11 or right rail 12, and lower end is smoothly connected with being tilted to the left to 40 ° of hook 132, and hook is 132
Lower end be then fixedly connected slide rail 13 on above-mentioned " U " type gib head 133, the fish hook shape design on the one hand, make slide rail upper end stress
Uniformly, consolidate, on the other hand, reduce and rubbed between slide rail and door leaf, extend door leaf service life.
Glass door 3 is rectangle glass door leaf, on fish hook shape between slide rail 13 and "T"-shaped glidepath 21, specifically
For the hollow double glazing door leaf in middle part, its surrounding also carries wooden frame 31；It is provided between the double glazing of glass door
Detachable heat-insulated reinforcing strip 32 therein is distributed in " cross ", detachable heat-insulated reinforcing strip 32 includes being located in faced chamber
Heat-insulated interior bar 321 and towards bar 322 outside outdoor reinforcing；Wherein, heat-insulated interior bar 321 is that the lower end left and right sides is respectively provided with sliding block
Rectangular plastic material strip, sliding block, which is respectively perpendicular, to be fixed at the left and right sides edge of rectangular plastic material strip lower end, and end curves inwardly
Go out one raised；It is the rectangle aluminum alloy bar that the lower end left and right sides is respectively provided with guide plate to reinforce outer bar 322, guide plate end to
It is raised that outside sweep goes out one；Sliding block is engaged with guide plate, and heat-insulated interior bar 321 and the outer bar 322 of reinforcing pass through sliding block and guide plate cunning
Dynamic connection.
Also include orbit fixed structure 4, orbit fixed structure 4 is specially two, respectively positioned at the upper of the upper end of upper rail 1
Orbit fixed structure 41 and the lower railway fixed structure 42 positioned at the lower end of lower rail 2；The fixed structure 41 that gets on the right track, which includes first, to be fixed
Structure 411 and positioned at the top of first fixed structure 411 and the second fixed structure 412 being arranged inside wall 7；First fixed knot
The left end of structure 411 be provided with the first line-pressing section 4111 of the clamping of the first groove 112 and with the secure fit of the second fixed structure 412
The second line-pressing section 4112, the first line-pressing section 4111, the right side of the second line-pressing section 4112 are also sequentially provided with one and the two
Closely coupled glass plate 4113 and positioned at the right-hand member of glass plate 4113 and with the seamless anti-plug plate 4114 being connected in its lower right；The
Two fixed structures 412 include the first fixed frame 4121, the second fixed frame 4122 and at least one positioned there between second every
Hot bar 62, the first fixed frame 4121, the second fixed frame 4122 are the fixed frame of opening upwards, the first fixed frame 4121 it is following
The 3rd groove 4123 being engaged by clamping with the second line-pressing section 4112 is provided with the left of frame, the left frame of the first fixed frame 4121 is provided with
Two the 3rd heat insulating strip slots 4124, the lower end of the second fixed frame 4122 is vertically provided with to be connected with seamless on the upside of the right-hand member of glass plate 4113
Fastening plate 4125, the end of fastening plate 4125 is additionally provided with the hangnail tilted upward, and the left frame of the second fixed frame 4122 is provided with two
Individual 4th heat insulating strip slot 4126；Lower railway fixed structure 42 is identical with the structure for the fixed structure 41 that gets on the right track, and is inverted in lower rail 2
Lower section；The connected mode of lower railway fixed structure 42 and lower rail 2 also with upper rail fixed structure 41 and the connected mode phase of upper rail 1
Together.
Further, the first line-pressing section 4111 is located at the top of left rail 11, including the first transverse slat 41111 and with it is first horizontal
Starting stave 41112 that plate 41111 is vertically connected, the second riser 41113, the 3rd riser 41114；Starting stave 41112 and a left side
The left frame of rail 11 is located on same vertical plane, and step is extended to the right in end, step end also extend one from step side to
The guide plate that right side is inclined, it is in the second hook-shaped riser that the right side of starting stave 41112, which is sequentially provided with end bending to the right,
41113rd, the 3rd riser 41114；Second line-pressing section 4112 is located at the surface of the first line-pressing section 4111, is with therebetween
Center line is the mirror-image structure of the first line-pressing section 4111 of mirror shaft；Between the riser 41113 of starting stave 41112 and second
Distance is slightly less than the interior electrical path length of the first groove 112, and the vertical length of the 3rd riser 41114 is less than hanging down for the second riser 41113
Straight length.
Further, anti-plug plate 4114 is " L " type anti-plug plate, and " L " type anti-plug plate left frame upper end is provided with what is tilted down
Hangnail, lower end extends downwardly out the guide plate rolled to the right, and riser is extended in " L " type anti-plug plate lower frame end downward vertically,
The right side wall of riser also extends a transverse slat normal thereto；The distance between " L " type anti-plug plate left frame and lower frame end
It is slightly less than the interior electrical path length of the second groove 122.
Further, in the first rectangular cavity 111, the second rectangular cavity 121, the first fixed frame 4121 and the second fixed frame 4122
Further respectively have a screw installing hole 5.
The advantage of the present apparatus is：
(1) it is simple in construction, easy for installation；
(2) on the one hand, the first line-pressing section 4111 blocks with the clamping of the first groove 112, anti-plug plate 4114 and the second groove 122
Connect, the second line-pressing section 4112 and the clamping of the 3rd groove 4123；On the other hand, anti-plug plate 4114, fastening plate 4125 are limited from right side
Position glass plate 4113, the first line-pressing section 4111, the second line-pressing section 4112 from left side clamping glass plate 4113, make left rail again
11st, the layout between right rail 12 and orbit fixed structure 4 is simpler and reasonable, meanwhile, fastness is good；
(3) used cooperatively using anti-plug plate 4114, glass plate 4113, pressuring line structure, cost is low；
(4) connected between left rail 11 and right rail 12, the first fixed frame 4121 and the second fixed frame 4122 by heat insulating strip,
Both the effect of being fixedly connected had been played, heat-insulated benefit is provided again for whole upper rail；
(5) using slide rail 13 on fish hook shape, on the one hand, make slide rail upper end uniform force, consolidate；On the other hand, reduce and slide
Rubbed between rail and door leaf, be used for a long time, door leaf service life can be extended；
(6) using detachable heat-insulated reinforcing strip 32, heat-insulated interior bar 321 and the outer bar 322 of reinforcing pass through sliding block and guide plate cunning
Dynamic connection forms demountable structure, meets when heat-insulated interior bar 321 or when reinforcing outer bar 322 and damaging, need to only correspond to replacing；In addition,
321 strip adoption plastic materials in heat-insulated in faced chamber, towards outdoor reinforcing outside bar 322 use aluminum alloy material, make it not
Traditional reinforcing strip is same as, its heat-insulated benefit is realized while being reinforced to the resistance to compression of glass door 3.
Preferred embodiment of the present utility model is the foregoing is only, it is all at this not to limit the utility model
Any modifications, equivalent substitutions and improvements made within the spirit and principle of utility model etc., should be included in the utility model
Protection domain within.
Claims (10)
1. a kind of sliding door and window, it is characterised in that including upper rail, lower rail and glass door；The upper rail is located at glass door
Top, including left rail and right rail；The left rail includes being provided with the first rectangular cavity of the first groove on the left of upper end, the first rectangular cavity
Left frame is extended downwardly provided with left support, and at least one first heat insulating strip slot is provided with the outside of the left frame of left rail；The right rail
The right of left rail is set in parallel in, including upper end is provided with the second rectangular cavity of the second groove, the left frame of the second rectangular cavity is downward
Extension is provided with right support, is provided with least one second heat insulating strip slot on the outside of left frame, the first heat insulating strip slot and second heat-insulated
Bar slot is connected by the first heat insulating strip；The lower rail is identical with the structure of upper rail, is inverted in the lower section of glass door；On described
Rail lower end and lower rail upper end further respectively have slide rail on fish hook shape, "T"-shaped glidepath；
The glass door is located on fish hook shape between slide rail and "T"-shaped glidepath, is specially the hollow double-layer glass door in middle part
Fan；Provided with detachable heat-insulated reinforcing strip between the double glazing of the glass door, detachable heat-insulated reinforcing strip includes being located at face
To indoor heat-insulated interior bar and towards bar outside outdoor reinforcing, it is slidably connected between heat-insulated interior bar and the outer bar of reinforcing.
2. sliding door and window according to claim 1, it is characterised in that also including orbit fixed structure；The track is fixed
Structure is specially two, respectively positioned at the upper rail fixed structure of upper rail upper end and the lower railway fixed knot positioned at lower rail lower end
Structure；
The upper rail fixed structure including first fixed structure and above first fixed structure and is arranged inside wall
The second fixed structure；The left end of the first fixed structure is provided with the first line-pressing section of the first groove clamping and with second
Second line-pressing section of fixed structure secure fit, first line-pressing section, the right side of the second line-pressing section are also sequentially provided with
One with the two closely coupled glass plate and positioned at glass plate right-hand member and with the seamless anti-plug plate being connected in its lower right；Described
Two fixed structures include the first fixed frame, the second fixed frame and the heat insulating strip of at least one positioned there between second, described the
One fixed frame, the second fixed frame are to be provided with and second on the left of the fixed frame of opening upwards, the lower frame of first fixed frame
The 3rd groove that line-pressing section is engaged by clamping, the left frame of the first fixed frame is provided with least one the 3rd heat insulating strip slot, second
Fixed frame left frame is provided with least one the 4th heat insulating strip slot；
The lower railway fixed structure is identical with the structure for the fixed structure that gets on the right track, and is inverted in the lower section of lower rail；The lower railway
Fixed structure is also identical with the connected mode of upper rail with upper rail fixed structure with the connected mode of lower rail.
3. sliding door and window according to claim 1, it is characterised in that slide rail is fixed on left rail or right rail on the fish hook shape
Lower end, including the neck of hook, hook and " U " type gib head；The neck of hook be arranged in parallel with left and right support, neck of hook upper end and left rail or the right side
Rail is fixedly linked, and lower end is with being tilted to the left to 35-45 ° of hook being smoothly connected, and the lower end of hook handle is then fixedly connected with described " U " type
Gib head.
4. sliding door and window according to claim 1, it is characterised in that the glass door is rectangle glass door leaf, glass
The surrounding of glass door leaf also carries wooden frame, and detachable heat-insulated reinforcing strip is distributed in the double-deck glass of glass door with " cross "
Between glass.
5. sliding door and window according to claim 1, it is characterised in that the heat-insulated interior bar is lower end left and right sides band respectively
Have the rectangular plastic material strip of sliding block, sliding block, which is respectively perpendicular, to be fixed at the left and right sides edge of rectangular plastic material strip lower end, end to
Inside bend out one raised；The outer bar of the reinforcing is the rectangle aluminum alloy bar that the lower end left and right sides is respectively provided with guide plate, is oriented to
It is raised that plate end is bent outwardly out one；The sliding block is engaged with guide plate, heat-insulated interior bar and reinforces outer bar by sliding block with leading
It is slidably connected to plate.
6. sliding door and window according to claim 2, it is characterised in that first line-pressing section is located at the top of left rail,
Starting stave, the second riser, the 3rd riser being vertically connected including the first transverse slat and with the first transverse slat；The starting stave and a left side
Rail left frame is located on same vertical plane, and step is extended to the right in end, and step end also extends one from step side to the right
It is in the second hook-shaped riser, the 3rd riser end to be sequentially provided with the right side of the guide plate of inclination, starting stave bending to the right；Institute
The surface that the second line-pressing section is located at the first line-pressing section is stated, is the first line ball type using center line therebetween as mirror shaft
The mirror-image structure of material.
7. sliding door and window according to claim 6, it is characterised in that between the starting stave and the second riser away from
From the interior electrical path length for being slightly less than the first groove, the vertical length of the 3rd riser is less than the vertical length of the second riser.
8. sliding door and window according to claim 2, it is characterised in that the second fixed frame lower end is also vertically provided with and glass
Seamless connected fastening plate on the upside of glass plate right-hand member, the end of fastening plate is additionally provided with the hangnail tilted upward.
9. sliding door and window according to claim 2, it is characterised in that the anti-plug plate is " L " type anti-plug plate, " L " type is anti-
Plate left frame upper end is provided with the hangnail tilted down, and lower end extends downwardly out the guide plate rolled to the right, under " L " type anti-plug plate
Riser is extended in frame end downward vertically, and the right side wall of riser also extends a transverse slat normal thereto.
10. sliding door and window according to claim 9, it is characterised in that " L " the type anti-plug plate left frame and lower frame end
The distance between end is slightly less than the interior electrical path length of the second groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720139590.5U CN206503494U (en) | 2017-02-15 | 2017-02-15 | A kind of sliding door and window |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720139590.5U CN206503494U (en) | 2017-02-15 | 2017-02-15 | A kind of sliding door and window |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206503494U true CN206503494U (en) | 2017-09-19 |
Family
ID=59834052
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720139590.5U Withdrawn - After Issue CN206503494U (en) | 2017-02-15 | 2017-02-15 | A kind of sliding door and window |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206503494U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106761218A (en) * | 2017-02-15 | 2017-05-31 | 李东亮 | A kind of sliding door and window |
-
2017
- 2017-02-15 CN CN201720139590.5U patent/CN206503494U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106761218A (en) * | 2017-02-15 | 2017-05-31 | 李东亮 | A kind of sliding door and window |
| CN106761218B (en) * | 2017-02-15 | 2018-11-13 | 李东亮 | A kind of sliding door and window |
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