CN205955542U - Inward sash cable pressing structures - Google Patents
Inward sash cable pressing structures Download PDFInfo
- Publication number
- CN205955542U CN205955542U CN201620853593.0U CN201620853593U CN205955542U CN 205955542 U CN205955542 U CN 205955542U CN 201620853593 U CN201620853593 U CN 201620853593U CN 205955542 U CN205955542 U CN 205955542U
- Authority
- CN
- China
- Prior art keywords
- cage plate
- compression strip
- framework
- line structure
- pressuring line
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
The utility model discloses an inward sash cable pressing structures installs on door and window, and door and window includes frame and glass, and glass is located the inboard of frame, and inward sash cable pressing structures includes pressing strip, lagging and fastener, pressing strip is located the inboard one end of frame, and pressing strip passes through fastener and frame attach, the lagging covers at frame surface and frame attach, the lagging links to each other with the mode that pressing strip is connected with the tang towards the inboard one end of frame, frame inboard pressing strip's one end dorsad has the lug, and pressing strip and fastener and lug are mutually supported and is fixed the glass extrusion in the frame. The utility model discloses an advantage and beneficial effect lie in: make the staff command the size precision of lagging in cutting process more easily, avoided that gap between lagging and the pressing strip is too big or inhomogeneous, pressing strip drops and door and window because the lagging arouses deformation in various degree with pressing strip in the use, lead to that clearance between lagging and the pressing strip is increaseed, the condition such as inhomogeneous.
Description
Technical field
This utility model is related to building field, particularly to a kind of casement opening in pressuring line structure.
Background technology
Door and window is the important ingredient of building field, and door and window line ball is then for fixing glass it is ensured that glass is installed
Safety and the structure of fastness；Existing door and window pressuring line structure tends to below appearance during installation or use and asks
Topic：
1st, due to filling after cutting after door and window cage plate, during cutting, precision is not easy to control, and can lead to the gap of line ball
Excessive or uneven；
2nd, with cage plate because quality is different, therefore door and window uses in use compression strip, due to cage plate and compression strip
Material different and cause different degrees of deformation in temperature, humidity change, and then lead to line ball to come off, uneven, compression strip and
Situations such as gap between cage plate cooperation increases, gap is uneven；
3rd, line ball be outside in edge enter, door and window in installation process, due to external force is excessive or vibration cause cage plate become
Shape, and then lead to the situation that compression strip comes off.
Utility model content
In order to solve the above problems, this utility model provides a kind of casement opening in pressuring line structure.The technical program is passed through to cover
Plate is connected in the way of seam connection with compression strip, makes staff when installing door and window, can first install securing member and compression strip,
Again cage plate is covered and be connected in frame outer surface and with compression strip, and then be easier to control size essence in cutting process for the cage plate
Degree, it is to avoid the excessive or uneven situation in the gap between cage plate and compression strip；Simultaneously again because cage plate is passed through with compression strip
Seam connection avoids door and window in installation process, because external force is excessive or vibration causes cage plate to deform, and then leads to compression strip
Situation about coming off.
Meanwhile, more traditional door and window line ball is compared with cage plate, and the technical program also add the thickness of cage plate, and then improves
The safety of door and window；
The technical program adopts identical material also by by cage plate and compression strip, it is to avoid door and window in use, by
Cause different degrees of deformation in cage plate is different from the material of compression strip temperature, humidity change, and then lead to line ball to come off,
Situations such as gap between injustice, compression strip and cage plate increases, gap is uneven.
One of this utility model casement opening in pressuring line structure, is arranged on door and window, and described door and window includes framework and glass,
Described glass is located at the inner side of described framework, and described casement opening in pressuring line structure includes compression strip, cage plate and securing member；Described line ball
Bar is located at the one end inside described framework, and described compression strip is connected with described framework by described securing member；Described cage plate covers
Be connected in the outer surface of described framework and with described framework；Described cage plate is towards the one end inside described framework and described compression strip
It is connected in the way of seam connects；Inside described framework, dorsad one end of described compression strip has projection, described compression strip and tight
Firmware and described projection cooperate and the extruding of described glass are fixed in described framework.
In such scheme, the first side of described compression strip is connected with described securing member, the second side of described compression strip
It is connected towards described cage plate and with described cage plate；Described first side and described second side adjacent side each other.
In such scheme, described compression strip towards described cage plate side be male half coupling, described male half coupling include end face and
Fixing projection on the end surface；Described raised side, described cage plate and the described end face being located at described end face deflection glass
Or projection connects.
In such scheme, described compression strip is inner stopper towards the side of described cage plate, and described cage plate is towards described line ball
The side of bar is male half coupling, and described inner stopper is mutually twisted with described male half coupling and is connected；Described inner stopper includes inner face and interior
Projection, described male half coupling includes outer face and outer lug；Described internal projection is located at the side towards described glass for the described inner face,
Described outer lug is located at the side of described outer face dorsad described glass.
In such scheme, described compression strip is public seam towards the side of described cage plate, and described cage plate is towards described line ball
The side of bar is female seam, and described male seam and described mother's seam are mutually twisted connection.
In such scheme, described securing member is L-type structure, and described securing member includes the horizontal component being mutually perpendicular to and connecting
And vertical portion, described vertical portion is connected with described framework, and the side of described horizontal component dorsad described vertical portion has
Connecting bolt, described connecting bolt is penetrated in described press strip line and is connected with described press strip line.
In such scheme, described casement opening in pressuring line structure also includes connecting bolt, and described cage plate passes through institute with described framework
State connecting bolt to be connected；One end of described connecting bolt is connected with described framework, described connecting bolt dorsad described framework one
End is penetrated in described cage plate and is connected with described cage plate.
In such scheme, described connecting bolt is located at the side of described cage plate dorsad described press strip line.
In such scheme, described cage plate is connected by glue or nailing with described press strip line.
In such scheme, dorsad described framework one side surface scribbles corrosion resistant coating, the outside table of described press strip line to described cage plate
Face scribbles corrosion resistant coating.
Advantage of the present utility model and having the beneficial effects that：This utility model provides a kind of casement opening in pressuring line structure, makes work
Make personnel to be easier to control dimensional accuracy in cutting process for the cage plate, it is to avoid the gap between cage plate and compression strip excessive or
Uneven situation, and avoid door and window in installation process, because external force is excessive or vibration causes cage plate to deform, and then lead
Cause the situation that compression strip comes off；Simultaneously more traditional door and window line ball is compared with cage plate, and the technical program also add the thickness of cage plate
Degree, and then improve the safety of door and window；The technical program also avoid door and window in use, due to cage plate and compression strip
Material different and cause different degrees of deformation in temperature, humidity change, and then lead to line ball to come off, uneven, compression strip and
Situations such as gap between cage plate cooperation increases, gap is uneven.
Brief description
In order to be illustrated more clearly that this utility model embodiment or technical scheme of the prior art, below will be to embodiment
Or in description of the prior art the accompanying drawing of required use be briefly described it should be apparent that, drawings in the following description are only
It is some embodiments of the present utility model, for those of ordinary skill in the art, before not paying creative labor
Put, other accompanying drawings can also be obtained according to these accompanying drawings.
Fig. 1 is a kind of structural representation of this utility model casement opening in pressuring line structure embodiment 1；
Fig. 2 is a kind of structural representation of this utility model casement opening in pressuring line structure embodiment 2；
Fig. 3 is a kind of structural representation of this utility model casement opening in pressuring line structure embodiment 3.
In figure：1st, door and window 2, compression strip 3, cage plate 4, securing member 5, attachment screw
11st, framework 12, glass 13, projection 111,112, frame outer surface inside framework
21st, first side 22, second side 23, male half coupling 24, inner stopper
25th, male half coupling 26, male seam 27, female seam
231st, end face 232, projection 241, inner face 242, internal projection
251st, outer face 252, outer lug
41st, horizontal component 42, vertical portion 43, connecting bolt
Specific embodiment
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is further described.Hereinafter implement
Example is only used for clearly the technical solution of the utility model being described, and can not limit protection model of the present utility model with this
Enclose.
Embodiment 1：
As shown in figure 1, this utility model is a kind of casement opening in pressuring line structure, it is arranged on door and window 1, door and window 1 includes framework
11 and glass 12, glass 12 is located at the inner side 111 of framework 11, and casement opening in pressuring line structure includes compression strip 2, cage plate 3 and securing member
4；Compression strip 2 is located inside framework 111 one end, and compression strip 2 is connected with framework 11 by securing member 4；Cage plate 3 covers in framework
Outer surface 112 is simultaneously connected with framework 11；Cage plate 3 towards inside framework 111 one end with compression strip 2 phase in the way of seam is connected
Even；Inside framework, one end of 111 dorsad compression strips 2 has a projection 13, compression strip 2 and securing member 4 and projection 13 cooperate by
Glass 12 extruding is fixed in framework 11.
The operation principle of technique scheme is：It is connected by way of cage plate 3 is connected with seam with compression strip 2, make
Staff, when installing door and window 1, can first install securing member 4 and compression strip 2, then cage plate 3 is covered in frame outer surface 112 simultaneously
It is connected with compression strip 2, and then is easier to control dimensional accuracy in cutting process for the cage plate 3, it is to avoid cage plate 3 and compression strip 2
Between the excessive or uneven situation in gap；Avoid door and window 1 because cage plate 3 is connected by seam with compression strip 2 simultaneously again
In installation process, because external force is excessive or vibration causes cage plate 3 to deform, and then lead to the situation that compression strip 2 comes off.
Preferably, the first side 21 of compression strip 2 is connected with securing member 4, and the second side 22 of compression strip 2 is towards cage plate 3
And be connected with cage plate 3；First side 21 and second side 22 adjacent side each other.
Preferably, compression strip 2 is male half coupling 23 towards the side of cage plate 3, and male half coupling 23 includes end face 231 and is fixed on end
Projection 232 on face 231；Raised 232 are located at the side that end face 231 is partial to glass 12, and cage plate 3 is with end face 231 or raised 232 even
Connect.
Preferably, securing member 4 is L-type structure, and securing member 4 includes the horizontal component 41 being mutually perpendicular to and connecting and vertical portion
Points 42, vertical portion 42 is connected with framework 11, and the side of horizontal component 41 dorsad vertical portion 42 has connecting bolt 43, connection
Bolt 43 is penetrated in press strip line and is connected with press strip line.
Preferably, casement opening in pressuring line structure also includes attachment screw 5, and cage plate 3 is connected by attachment screw 5 with framework 11；
One end of attachment screw 5 is connected with framework 11, and one end of attachment screw 5 dorsad framework 11 penetrates in cage plate 3 and with cage plate 3 even
Connect.
Preferably, attachment screw 5 is located at the side of cage plate 3 dorsad press strip line.
Preferably, cage plate 3 is connected by glue or nailing with press strip line.
Preferably, dorsad framework 11 1 side surface scribbles corrosion resistant coating to cage plate 3, and the outer surface of press strip line scribbles corrosion resistant coating.
Further, cage plate 3 and compression strip 2 adopt identical material, it is to avoid door and window 1 using in use, due to
Cage plate 3 is different from the material of compression strip 2 and temperature, humidity cause different degrees of deformation in changing, and then lead to line ball to come off,
Situations such as gap between injustice, compression strip and cage plate cooperation increases, gap is uneven.
Preferably, cage plate 3 and compression strip 2 are all using wooden material.
Embodiment 2：
As shown in Fig. 2 this utility model is a kind of casement opening in pressuring line structure, it is arranged on door and window 1, door and window 1 includes framework
11 and glass 12, glass 12 is located at the inner side 111 of framework 11, and casement opening in pressuring line structure includes compression strip 2, cage plate 3 and securing member
4；Compression strip 2 is located inside framework 111 one end, and compression strip 2 is connected with framework 11 by securing member 4；Cage plate 3 covers in framework
Outer surface 112 is simultaneously connected with framework 11；Cage plate 3 towards inside framework 111 one end with compression strip 2 phase in the way of seam is connected
Even；Inside framework, one end of 111 dorsad compression strips 2 has a projection 13, compression strip 2 and securing member 4 and projection 13 cooperate by
Glass 12 extruding is fixed in framework 11.
Preferably, the first side 21 of compression strip 2 is connected with securing member 4, and the second side 22 of compression strip 2 is towards cage plate 3
And be connected with cage plate 3；First side 21 and second side 22 adjacent side each other.
Preferably, compression strip 2 is inner stopper 24 towards the side of cage plate 3, and cage plate 3 is outer stopping towards the side of compression strip 2
Mouth 25, inner stopper 24 is mutually twisted with male half coupling 25 and is connected；Inner stopper 24 includes inner face 241 and internal projection 242, male half coupling 25
Including outer face 251 and outer lug 252；Internal projection 242 is located at the side towards glass 12 for the inner face 241, and outer lug 252 is located at
The side of outer face 251 dorsad glass 12.
Preferably, securing member 4 is L-type structure, and securing member 4 includes the horizontal component 41 being mutually perpendicular to and connecting and vertical portion
Points 42, vertical portion 42 is connected with framework 11, and the side of horizontal component 41 dorsad vertical portion 42 has connecting bolt 43, connection
Bolt 43 is penetrated in press strip line and is connected with press strip line.
Preferably, casement opening in pressuring line structure also includes attachment screw 5, and cage plate 3 is connected by attachment screw 5 with framework 11；
One end of attachment screw 5 is connected with framework 11, and one end of attachment screw 5 dorsad framework 11 penetrates in cage plate 3 and with cage plate 3 even
Connect.
Preferably, attachment screw 5 is located at the side of cage plate 3 dorsad press strip line.
Preferably, cage plate 3 is connected by glue or nailing with press strip line.
Preferably, dorsad framework 11 1 side surface scribbles corrosion resistant coating to cage plate 3, and the outer surface of press strip line scribbles corrosion resistant coating.
Further, cage plate 3 and compression strip 2 adopt identical material, it is to avoid door and window 1 using in use, due to
Cage plate 3 is different from the material of compression strip 2 and temperature, humidity cause different degrees of deformation in changing, and then lead to line ball to come off,
Situations such as gap between injustice, compression strip and cage plate cooperation increases, gap is uneven.
Preferably, cage plate 3 and compression strip 2 are all using wooden material.
Embodiment 3：
As shown in figure 3, this utility model is a kind of casement opening in pressuring line structure, it is arranged on door and window 1, door and window 1 includes framework
11 and glass 12, glass 12 is located at the inner side 111 of framework 11, and casement opening in pressuring line structure includes compression strip 2, cage plate 3 and securing member
4；Compression strip 2 is located inside framework 111 one end, and compression strip 2 is connected with framework 11 by securing member 4；Cage plate 3 covers in framework
Outer surface 112 is simultaneously connected with framework 11；Cage plate 3 towards inside framework 111 one end with compression strip 2 phase in the way of seam is connected
Even；Inside framework, one end of 111 dorsad compression strips 2 has a projection 13, compression strip 2 and securing member 4 and projection 13 cooperate by
Glass 12 extruding is fixed in framework 11.
Preferably, the first side 21 of compression strip 2 is connected with securing member 4, and the second side 22 of compression strip 2 is towards cage plate 3
And be connected with cage plate 3；First side 21 and second side 22 adjacent side each other.
Preferably, compression strip 2 is public seam 26 towards the side of cage plate 3, and cage plate 3 stops towards the side of compression strip 2 for mother
Mouth 27, male seam 26 and female seam 27 are mutually twisted connection.
Preferably, securing member 4 is L-type structure, and securing member 4 includes the horizontal component 41 being mutually perpendicular to and connecting and vertical portion
Points 42, vertical portion 42 is connected with framework 11, and the side of horizontal component 41 dorsad vertical portion 42 has connecting bolt 43, connection
Bolt 43 is penetrated in press strip line and is connected with press strip line.
Preferably, casement opening in pressuring line structure also includes attachment screw 5, and cage plate 3 is connected by attachment screw 5 with framework 11；
One end of attachment screw 5 is connected with framework 11, and one end of attachment screw 5 dorsad framework 11 penetrates in cage plate 3 and with cage plate 3 even
Connect.
Preferably, attachment screw 5 is located at the side of cage plate 3 dorsad press strip line.
Preferably, cage plate 3 is connected by glue or nailing with press strip line.
Preferably, dorsad framework 11 1 side surface scribbles corrosion resistant coating to cage plate 3, and the outer surface of press strip line scribbles corrosion resistant coating.
Further, cage plate 3 and compression strip 2 adopt identical material, it is to avoid door and window 1 using in use, due to
Cage plate 3 is different from the material of compression strip 2 and temperature, humidity cause different degrees of deformation in changing, and then lead to line ball to come off,
Situations such as gap between injustice, compression strip and cage plate cooperation increases, gap is uneven.
Preferably, cage plate 3 and compression strip 2 are all using wooden material.
The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model, all this
Within the spirit of utility model and principle, any modification, equivalent substitution and improvement made etc., should be included in this utility model
Protection domain within.
Claims (10)
1. a kind of casement opening in pressuring line structure, is arranged on door and window, and described door and window includes framework and glass, and described glass is located at described
The inner side of framework is it is characterised in that described casement opening in pressuring line structure includes compression strip, cage plate and securing member；Described compression strip position
One end inside described framework, described compression strip is connected with described framework by described securing member；Described cage plate covers in institute
State frame outer surface and be connected with described framework；Described cage plate is towards the one end inside described framework and described compression strip with seam
The mode connecting is connected；Inside described framework, dorsad one end of described compression strip has projection, described compression strip and securing member with
Described projection cooperates and the extruding of described glass is fixed in described framework.
2. a kind of casement opening in pressuring line structure according to claim 1 it is characterised in that the first side of described compression strip with
Described securing member connects, and the second side of described compression strip is connected towards described cage plate and with described cage plate；Described first side
With described second side adjacent side each other.
3. a kind of casement opening in pressuring line structure according to claim 1 is it is characterised in that described compression strip is towards described cage plate
Side be male half coupling, described male half coupling includes end face and fixing projection on the end surface；Described projection is located at described end
The side of glass is partial in face, and described cage plate is connected with described end face or projection.
4. a kind of casement opening in pressuring line structure according to claim 1 is it is characterised in that described compression strip is towards described cage plate
Side be inner stopper, described cage plate towards described compression strip side be male half coupling, described inner stopper and described male half coupling phase
Mutually it is connected；Described inner stopper includes inner face and internal projection, and described male half coupling includes outer face and outer lug；Described convex
Rise be located at the side towards described glass for the described inner face, described outer lug be located at described outer face dorsad described glass one
Side.
5. a kind of casement opening in pressuring line structure according to claim 1 is it is characterised in that described compression strip is towards described cage plate
Side be public seam, described cage plate is female seam towards the side of described compression strip, described male seam and described female seam phase
Mutually it is connected.
6. a kind of casement opening in pressuring line structure according to claim 1 it is characterised in that described securing member be L-type structure, institute
State horizontal component and the vertical portion that securing member includes being mutually perpendicular to and connecting, described vertical portion is connected with described framework, institute
The side stating horizontal component dorsad described vertical portion has connecting bolt, described connecting bolt penetrate in described compression strip and with
Described compression strip connects.
7. a kind of casement opening in pressuring line structure according to claim 1 is it is characterised in that described casement opening in pressuring line structure also wraps
Include attachment screw, described cage plate is connected by described attachment screw with described framework；One end of described attachment screw and described frame
Frame connects, and one end of described attachment screw dorsad described framework is penetrated in described cage plate and is connected with described cage plate.
8. a kind of casement opening in pressuring line structure according to claim 7 is it is characterised in that described attachment screw is located at described set
Backboard is to the side of described compression strip.
9. a kind of casement opening in pressuring line structure according to claim 1 is it is characterised in that described cage plate is led to described compression strip
Cross glue or nailing connects.
10. a kind of casement opening in pressuring line structure according to claim 1 is it is characterised in that described cage plate dorsad described framework
One side surface scribbles corrosion resistant coating, and the outer surface of described compression strip scribbles corrosion resistant coating.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620853593.0U CN205955542U (en) | 2016-08-09 | 2016-08-09 | Inward sash cable pressing structures |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620853593.0U CN205955542U (en) | 2016-08-09 | 2016-08-09 | Inward sash cable pressing structures |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205955542U true CN205955542U (en) | 2017-02-15 |
Family
ID=57973779
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620853593.0U Expired - Fee Related CN205955542U (en) | 2016-08-09 | 2016-08-09 | Inward sash cable pressing structures |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205955542U (en) |
-
2016
- 2016-08-09 CN CN201620853593.0U patent/CN205955542U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170215 Termination date: 20170809 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |