CN206267478U - One kind dislocation metal frame fixed corner code and metal frame - Google Patents
One kind dislocation metal frame fixed corner code and metal frame Download PDFInfo
- Publication number
- CN206267478U CN206267478U CN201621348587.6U CN201621348587U CN206267478U CN 206267478 U CN206267478 U CN 206267478U CN 201621348587 U CN201621348587 U CN 201621348587U CN 206267478 U CN206267478 U CN 206267478U
- Authority
- CN
- China
- Prior art keywords
- stator
- flanging
- top surface
- gland
- right flank
- 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
Links
Landscapes
- Manufacture Of Motors, Generators (AREA)
Abstract
The utility model provides a kind of dislocation metal frame fixed corner code and metal frame, and fixed corner code includes gland, left stator and right stator；The left surface and right flank of gland are correspondingly connected in the gland top surface left and right sides；Left stator and right stator are connected to the gland left and right sides and are generally aligned in the same plane；Left stator is connected with left surface lower end, and surface is provided with left fixing hole；Right stator is connected with right flank lower end, and surface is provided with right fixing hole.Dislocation metal frame includes the first square tube being connected with gland, and the second square tube being connected with left stator, right stator.The beneficial effects of the utility model：Improve installation effectiveness, accelerate construction progress, alleviate labour intensity, reduce the industrial grade requirement to workmen, it is applied widely, it is to avoid cladding steelframe is deformed because of heating, flatness error is big, hold the defects, simple structure such as fire hazardous, it is cheap, omnibearing stereo formula framework can be realized.
Description
Technical field
The utility model belongs to building element field, and in particular to one kind dislocation metal frame fixed corner code and metal frame.
Background technology
Stone material dry-hanging method, also known as hang-in-air method, is a kind of new construction technology in contemporary contemporary ornamental stone finishing.The method
Ornamental stone is directly hung on by metope with metal hanger or sky is hung on steelframe, be not required to stickup of being in the milk again.Its principle is in master
Main stress point is set in body structure, stone material is fixed on building by metal hanger, form stone curtain wall.
At present, the basic steelframe of decoration and the indoor partition decoration of every ceramic tile or stone wall surface must in whole decoration industry
Must weld, construction speed is slow, pad is heated and causes deformation, and flatness error is big, holds fire hazardous, and labour intensity is big.
Utility model content
For solve metal hanger used in current stone material dry suspending have that construction speed is slow, pad is heated and cause deformation,
Flatness error is big, hold fire hazardous, the shortcomings of labour intensity is big, the purpose of this utility model is to provide a kind of dislocation gold
Category frame fixed corner code and metal frame.
The utility model is achieved through the following technical solutions：One kind dislocation metal frame fixed corner code, including fixation
Head, left stator and right stator；Above-mentioned gland includes top surface, left surface and right flank, and left surface and right flank are accordingly
It is connected to the top surface left and right sides；Above-mentioned left stator and above-mentioned right stator are connected to the gland left and right sides, left
Stator is generally aligned in the same plane with right stator；Above-mentioned left stator is connected with above-mentioned left surface lower end, left stator and top surface
Parallel, left stator surface is provided with left fixing hole；Above-mentioned right stator is connected with above-mentioned right flank lower end, right stator and top surface
Parallel, right stator surface is provided with right fixing hole；Towards the side of above-mentioned gland front end, above-mentioned left stator edge is provided with a left side
Flanging before stator, above-mentioned right stator edge is provided with flanging before right stator；It is above-mentioned towards the side of above-mentioned gland rear end
Left stator edge is provided with flanging after left stator, and above-mentioned right stator edge is provided with flanging after right stator.
Preferably, above-mentioned left surface, above-mentioned right flank are vertical with above-mentioned top surface respectively for the utility model.
Preferably, above-mentioned left stator is vertical with above-mentioned left surface for the utility model, above-mentioned right stator and above-mentioned right side
Face is vertical.
Preferably, the left catch between above-mentioned left stator and above-mentioned left surface by arc is connected the utility model, on
The right catch between right stator and above-mentioned right flank by arc is stated to connect；Above-mentioned left catch one end is before above-mentioned gland
End, the other end is connected with above-mentioned left stator middle part；Above-mentioned right catch one end near above-mentioned gland rear end, the other end with it is above-mentioned
The connection of right stator middle part.
The utility model preferably, in above-mentioned gland front end, above-mentioned top surface, above-mentioned left surface, the side of above-mentioned right flank
Edge is respectively equipped with before top surface before flanging, left surface flanging before flanging, right flank.
Preferably, flanging is vertical with above-mentioned top surface before above-mentioned top surface for the utility model, before above-mentioned left surface flanging with it is above-mentioned
Left surface is vertical, and flanging is vertical with above-mentioned right flank before above-mentioned right flank；Flanging before flanging, above-mentioned left surface before above-mentioned top surface,
Flanging is generally aligned in the same plane before above-mentioned right flank.
The utility model preferably, in above-mentioned gland rear end, above-mentioned top surface, above-mentioned left surface, the side of above-mentioned right flank
Edge is respectively equipped with after top surface after flanging, left surface flanging after flanging, right flank.
Preferably, flanging is vertical with above-mentioned top surface after above-mentioned top surface for the utility model, after above-mentioned left surface flanging with it is above-mentioned
Left surface is vertical, and flanging is vertical with above-mentioned right flank after above-mentioned right flank；Flanging after flanging, above-mentioned left surface after above-mentioned top surface,
Flanging is generally aligned in the same plane after above-mentioned right flank.
The utility model preferably, flanging and above-mentioned left stator after flanging, above-mentioned left stator before above-mentioned left stator
Vertically, flanging is vertical with above-mentioned right stator after flanging, above-mentioned right stator before above-mentioned right stator.
A kind of metal frame, including the first square tube, the second square tube and a kind of above-mentioned dislocation metal frame fixed corner code, on
State gland to be connected with the port of above-mentioned first square tube, the pipe of above-mentioned left stator, above-mentioned right stator and above-mentioned second square tube
Wall is connected；Above-mentioned first square tube is provided with to pipe projecting inward preceding raised points and rear raised points near port；Above-mentioned gland connection
When in above-mentioned first square tube, above-mentioned preceding raised points are adapted to flanging before above-mentioned top surface, after above-mentioned rear raised points and above-mentioned top surface
Flanging is adapted to；Above-mentioned second party tube wall is provided with left draw-in groove, right draw-in groove, left through hole and right through hole；Above-mentioned left draw-in groove with it is above-mentioned
It is flanging before flanging adaptation, above-mentioned right draw-in groove and above-mentioned right stator after flanging, above-mentioned left stator before left stator, above-mentioned right solid
Flanging adaptation after stator, above-mentioned left through hole is corresponding with above-mentioned left fixing hole position, above-mentioned right through hole and above-mentioned right fixing hole position
Correspondence.
A kind of metal frame fixed corner code that misplaces described in the utility model is for connecting the first square tube being transversely mounted and indulging
To the second square tube installed, wherein, gland fills in the port of the first square tube, is connected with the first square tube；Stator and second party
Pipe is connected, and the through hole being adapted to the fixing hole on stator is opened up on the tube wall of the second square tube, by the through hole in the second square tube
It is aligned with the fixing hole on stator, penetrates bolt and fastened, stator is connected with the second square tube.
Left surface, right flank are vertical with top surface respectively, the outer wall of gland is formed the side being adapted to first party inside pipe wall
Shape structure, is conducive to the cladding steelframe of Fast Installation, is also beneficial to make gland fixed with the first square tube.
Left stator is vertical with left surface, and right stator is vertical with right flank, is conducive to making the first square tube and the second square tube
Vertical butt joint is kept, meanwhile, it is also beneficial to stator is brought into close contact with the outer wall of the second square tube, not only make cladding steelframe profile
It is attractive in appearance, and facilitate installation personnel quickly to find the through hole on fixing hole and the second square tube accurately, stator is connected with the second square tube
It is more firm.
Left catch between left stator and left surface by arc is connected, and arc is passed through between right stator and right flank
The connection of right catch, left catch and right catch had both served the effect of defined position to the pipe end of the first square tube, had also played slow
The effect of punching, once there is external force being applied axially in the first square tube along the first square tube, the pipe end of the first square tube will be to left fixation
Piece, right stator and the second square tube are impacted, and because metal has elasticity, the arcuate structure of left catch and right catch then can
Enough pipe ends produce cushioning effect, reduce impact of first square tube to left stator, right stator and the second square tube, make whole cladding
Steelframe has enough intensity.
Left catch one end is connected near gland front end, the other end with left stator middle part；Right catch one end is near fixation
Head rear end, the other end is connected with right stator middle part.Such structure can make left stator and right stator stagger relatively
Be connected to the gland left and right sides, make left stator and right stator the both sides of same square tube are fixed respectively and
It is spacing, square tube is more firmly attached with fixed corner code described in the utility model.
In gland front end, top surface is provided with flanging before top surface, and left surface is provided with flanging before left surface, and right flank is provided with right side
Flanging in front, flanging is contacted with the inwall of the first square tube before flanging, right flank before flanging, left surface before top surface, increases fixation
Head and the contact area and stiction of first party inside pipe wall, make gland be connected with the first square tube and more consolidate.Meanwhile, according to
Gland stretches into the length inside the first square tube, can be taken on the outer wall of the first square tube and the close one side in gland front end
Suitable location is stamped and formed out preceding raised points toward square tube inwall, makes the edge close contact of flanging before preceding raised points and top surface.Will be solid
When determining head and being filled in pipe by the mouth of pipe of the first square tube, external force is applied to gland, rolled over before making top surface using the intrinsic elasticity of metal
While preceding raised points into the first square tube are broken through, and now, the trend skidded off outside the oriented pipe of gland, but preceding raised points before top surface to rolling over
While serving effect that is spacing and stopping, make gland without being skidded off outside normal tubes, so, hot-working need not used（As welded）
In the case of, gland can be realized firmly being connected by mechanical structure and the first square tube.
Flanging is vertical with top surface before top surface, and flanging is vertical with left surface before left surface, and flanging hangs down with right flank before right flank
Directly, flanging is generally aligned in the same plane before flanging, right flank before flanging, left surface before top surface, so, before top surface before flanging, left surface
Flanging can be brought into close contact with the tube wall of the first square tube before flanging, right flank, further increase gland and the first square tube
The contact area and stiction of inwall, make gland be connected with the first square tube and more consolidate.Meanwhile, stretch into according to gland
Length inside one square tube, can take suitable location toward side on the outer wall of the first square tube and the close one side in gland rear end
Inside pipe wall is stamped and formed out rear raised points, makes the edge close contact of flanging after rear raised points and top surface.By gland by first party
When the mouth of pipe of pipe is filled in pipe, external force is applied to gland, projection after breaking through flanging after top surface using the intrinsic elasticity of metal
Point enters first party pipe, now, the trend skidded off outside the oriented pipe of gland, but rear raised points flanging after top surface is served it is spacing
With the effect for stopping, make gland without being skidded off outside normal tubes, so, hot-working need not used（As welded）In the case of, Gu
Determining head can realize firmly being connected by mechanical structure and the first square tube.
In gland rear end, top surface is provided with flanging after top surface, and left surface is provided with flanging after left surface, and right flank is provided with right side
Flanging behind face, flanging is contacted with the inwall of the first square tube after flanging, right flank after flanging, left surface after top surface, increases fixation
Head and the contact area and stiction of first party inside pipe wall, make gland be connected with the first square tube and more consolidate.
Flanging is vertical with top surface after top surface, and flanging is vertical with left surface after left surface, and flanging hangs down with right flank after right flank
Directly, flanging is generally aligned in the same plane after flanging, right flank after flanging, left surface after top surface, so, after top surface after flanging, left surface
Flanging can be brought into close contact with the tube wall of the first square tube after flanging, right flank, further increase gland and the first square tube
The contact area and stiction of inwall, make gland be connected with the first square tube and more consolidate.
Towards the side of gland front end, left stator edge is provided with flanging before left stator, and right stator edge is provided with
Flanging before right stator；Towards the side of gland rear end, left stator edge is provided with flanging after left stator, right stator side
Edge is provided with flanging after right stator.Can be opened up and flanging before left stator in the tube wall of the second square tube（Or rolled over after left stator
Side）The left draw-in groove of adaptation, while opening up and flanging after right stator（Or flanging before right stator）The right draw-in groove of adaptation.In addition,
The left through hole being adapted to left fixing hole is opened up in the tube wall of the second square tube, while opening up the right through hole being adapted to right fixing hole.
When piece and the second square tube of being connected, by flanging before left stator（Or flanging after left stator）Left draw-in groove is inserted, by right fixation
Flanging after piece（Or flanging before right stator）Right draw-in groove is inserted, left fixing hole is found accurately and is inserted bolt with left through hole and is tightened, will
Right fixing hole is found accurately with right through hole and inserts bolt and tightens.So, left stator and right stator firmly connect with the second square tube
Connect.Meanwhile, when during flanging is fixed on left draw-in groove before left stator and when flanging is fixed in right draw-in groove after right stator, Zuo Gu
Outer wall of the flanging respectively with the second square tube both sides is brought into close contact before flanging, right stator after stator；Flanging is consolidated after left stator
It is scheduled in left draw-in groove and when flanging is fixed in right draw-in groove before right stator, flanging after flanging, right stator before left stator
The outer wall with the second square tube both sides is brought into close contact respectively.So, a kind of dislocation metal frame fixed corner code described in the utility model
Displacement can not be produced relative to the second square tube, so as to connect more consolidate.
Flanging is vertical with left stator after flanging, left stator before left stator, before right stator after flanging, right stator
Flanging is vertical with right stator, so, flanging after flanging, right stator before left stator（Or flanging, right fixation after left stator
Flanging before piece）Fitted with the outer wall of the second square tube both sides respectively even closer, connection is more consolidated.
In traditional cladding steelframe building method, when longitudinal pipe and transverse pipe is connected, the same same height of longitudinal pipe
Degree position（Or the same same level position of transverse pipe）On can only at most connect one to two transverse pipe（Or longitudinal pipe）, it is no
Transverse pipe can then be caused（Or longitudinal pipe）Between influence each other, interfere, that is, " metal tube is fought " being commonly called as.Simultaneously as
Traditional cladding steelframe also limit the same sustained height position of longitudinal pipe using the connected mode of welding（Or it is same
The same level position of root transverse pipe）On can only at most connect one to two transverse pipe（Or longitudinal pipe）, because the metal of connection
Guan Yue is more, then pad is more, and longitudinal pipe is also lower with the junction intensity of transverse pipe, and the structure of whole cladding steelframe is more unstable
Gu.
And the utility model dexterously make use of the dislocation connected mode of fixed corner code and the second square tube.Building cladding steel
During frame, can be in the second square tube sustained height position（Or same level position）Four sides tube wall on open up left draw-in groove, right draw-in groove,
Left through hole and right through hole, so that using fixed corner code described in the utility model in the second square tube sustained height position（Or it is same
Horizontal level）Four faces on connect first square tube respectively, make four first square tubes in sustained height position（Or same water
Prosposition is put）It is fixedly connected with the second square tube simultaneously, has both ensure that cladding steelframe has good bulk strength, is realized again cladding
The comprehensive three-dimensional framework of steelframe, disclosure satisfy that more building decoration demands.
The utility model can at least reach less than one beneficial effect：
1., by the setting of flanging and fixing hole, enable the utility model to carry out quickly finding positioning accurately with cladding square tube,
The efficiency for installing cladding steelframe is improve, construction progress is accelerated, labour intensity is alleviated, the technology to workmen is reduced
Class requirement；
2. applied widely, can be according to the different specification of cladding square tube and the difference to cladding steelframe load bearing stength
It is required that, manufacture the utility model product of different size model；
3. need not be using hot-working such as welding, it is to avoid cladding steelframe is deformed because of heating, flatness error is big, hold
The defects such as fire hazardous；
4. simple structure, cheap, is conducive to producing in enormous quantities and marketing；
5. omnibearing stereo formula framework can be realized, more building decoration demands are disclosure satisfy that.
Brief description of the drawings
Fig. 1 is front view of the present utility model.
Fig. 2 is rearview of the present utility model.
Fig. 3 is the schematic diagram that the utility model is connected with the first square tube.
Fig. 4 is the schematic diagram that the utility model is connected with the second square tube.
Fig. 5 is that the structural representation to form cladding steelframe is connected using the utility model.
Specific embodiment
Explanation is further explained to the utility model below in conjunction with the accompanying drawings.
As depicted in figs. 1 and 2, the utility model includes gland 1, left stator 2 and right stator 3.
Embodiment 1
Gland 1 includes top surface 101, left surface 102 and right flank 103, and left surface 102 and right flank 103 accordingly divide
The left and right sides of top surface 101 is not connected to；Left stator 2 and right stator 3 stagger the gland 1 or so two that be relatively connected to
Side, left stator 2 is generally aligned in the same plane with right stator 3；Left stator 2 is connected with the lower end of left surface 102, left stator 2 with
Top surface 101 is parallel, and the surface of left stator 2 is provided with left fixing hole 201；Right stator 3 is connected with the lower end of right flank 103, right fixation
Piece 3 is parallel with top surface 101, and the surface of right stator 3 is provided with right fixing hole 301.
Embodiment 2
Gland 1 includes top surface 101, left surface 102 and right flank 103, and left surface 102 and right flank 103 accordingly divide
The left and right sides of top surface 101 is not connected to；Left stator 2 and right stator 3 stagger the gland 1 or so two that be relatively connected to
Side, left stator 2 is generally aligned in the same plane with right stator 3；Left stator 2 is connected with the lower end of left surface 102, left stator 2 with
Top surface 101 is parallel, and the surface of left stator 2 is provided with left fixing hole 201；Right stator 3 is connected with the lower end of right flank 103, right fixation
Piece 3 is parallel with top surface 101, and the surface of right stator 3 is provided with right fixing hole 301.
Left surface 102, right flank 103 are vertical with top surface 101 respectively.
Embodiment 3
Gland 1 includes top surface 101, left surface 102 and right flank 103, and left surface 102 and right flank 103 accordingly divide
The left and right sides of top surface 101 is not connected to；Left stator 2 and right stator 3 stagger the gland 1 or so two that be relatively connected to
Side, left stator 2 is generally aligned in the same plane with right stator 3；Left stator 2 is connected with the lower end of left surface 102, left stator 2 with
Top surface 101 is parallel, and the surface of left stator 2 is provided with left fixing hole 201；Right stator 3 is connected with the lower end of right flank 103, right fixation
Piece 3 is parallel with top surface 101, and the surface of right stator 3 is provided with right fixing hole 301.
Left surface 102, right flank 103 are vertical with top surface 101 respectively.
Left stator 2 is vertical with left surface 102, and right stator 3 is vertical with right flank 103.
Embodiment 4
Gland 1 includes top surface 101, left surface 102 and right flank 103, and left surface 102 and right flank 103 accordingly divide
The left and right sides of top surface 101 is not connected to；Left stator 2 and right stator 3 stagger the gland 1 or so two that be relatively connected to
Side, left stator 2 is generally aligned in the same plane with right stator 3；Left stator 2 is connected with the lower end of left surface 102, left stator 2 with
Top surface 101 is parallel, and the surface of left stator 2 is provided with left fixing hole 201；Right stator 3 is connected with the lower end of right flank 103, right fixation
Piece 3 is parallel with top surface 101, and the surface of right stator 3 is provided with right fixing hole 301.
Left surface 102, right flank 103 are vertical with top surface 101 respectively.
Left stator 2 is vertical with left surface 102, and right stator 3 is vertical with right flank 103.
Connected by the left catch 4 of arc between left stator 2 and left surface 102, right stator 3 and right flank 103 it
Between connected by the right catch 5 of arc.
Embodiment 5
Gland 1 includes top surface 101, left surface 102 and right flank 103, and left surface 102 and right flank 103 accordingly divide
The left and right sides of top surface 101 is not connected to；Left stator 2 and right stator 3 stagger the gland 1 or so two that be relatively connected to
Side, left stator 2 is generally aligned in the same plane with right stator 3；Left stator 2 is connected with the lower end of left surface 102, left stator 2 with
Top surface 101 is parallel, and the surface of left stator 2 is provided with left fixing hole 201；Right stator 3 is connected with the lower end of right flank 103, right fixation
Piece 3 is parallel with top surface 101, and the surface of right stator 3 is provided with right fixing hole 301.
Left surface 102, right flank 103 are vertical with top surface 101 respectively.
Left stator 2 is vertical with left surface 102, and right stator 3 is vertical with right flank 103.
Connected by the left catch 4 of arc between left stator 2 and left surface 102, right stator 3 and right flank 103 it
Between connected by the right catch 5 of arc.
In the front end of gland 1, top surface 101, left surface 102, the edge of right flank 103 are respectively equipped with flanging before top surface
1011st, flanging 1031 before flanging 1021, right flank before left surface.
Embodiment 6
Gland 1 includes top surface 101, left surface 102 and right flank 103, and left surface 102 and right flank 103 accordingly divide
The left and right sides of top surface 101 is not connected to；Left stator 2 and right stator 3 stagger the gland 1 or so two that be relatively connected to
Side, left stator 2 is generally aligned in the same plane with right stator 3；Left stator 2 is connected with the lower end of left surface 102, left stator 2 with
Top surface 101 is parallel, and the surface of left stator 2 is provided with left fixing hole 201；Right stator 3 is connected with the lower end of right flank 103, right fixation
Piece 3 is parallel with top surface 101, and the surface of right stator 3 is provided with right fixing hole 301.
Left surface 102, right flank 103 are vertical with top surface 101 respectively.
Left stator 2 is vertical with left surface 102, and right stator 3 is vertical with right flank 103.
Connected by the left catch 4 of arc between left stator 2 and left surface 102, right stator 3 and right flank 103 it
Between connected by the right catch 5 of arc.
In the front end of gland 1, top surface 101, left surface 102, the edge of right flank 103 are respectively equipped with flanging before top surface
1011st, flanging 1031 before flanging 1021, right flank before left surface.
Flanging 1011 is vertical with top surface 101 before top surface, and flanging 1021 is vertical with left surface 102 before left surface, before right flank
Flanging 1031 is vertical with right flank 103；Flanging 1031 is located at before flanging 1021, right flank before flanging 1011, left surface before top surface
Same plane.
Embodiment 7
Gland 1 includes top surface 101, left surface 102 and right flank 103, and left surface 102 and right flank 103 accordingly divide
The left and right sides of top surface 101 is not connected to；Left stator 2 and right stator 3 stagger the gland 1 or so two that be relatively connected to
Side, left stator 2 is generally aligned in the same plane with right stator 3；Left stator 2 is connected with the lower end of left surface 102, left stator 2 with
Top surface 101 is parallel, and the surface of left stator 2 is provided with left fixing hole 201；Right stator 3 is connected with the lower end of right flank 103, right fixation
Piece 3 is parallel with top surface 101, and the surface of right stator 3 is provided with right fixing hole 301.
Left surface 102, right flank 103 are vertical with top surface 101 respectively.
Left stator 2 is vertical with left surface 102, and right stator 3 is vertical with right flank 103.
Connected by the left catch 4 of arc between left stator 2 and left surface 102, right stator 3 and right flank 103 it
Between connected by the right catch 5 of arc.
In the front end of gland 1, top surface 101, left surface 102, the edge of right flank 103 are respectively equipped with flanging before top surface
1011st, flanging 1031 before flanging 1021, right flank before left surface.
Flanging 1011 is vertical with top surface 101 before top surface, and flanging 1021 is vertical with left surface 102 before left surface, before right flank
Flanging 1031 is vertical with right flank 103；Flanging 1031 is located at before flanging 1021, right flank before flanging 1011, left surface before top surface
Same plane.
In the rear end of gland 1, top surface 101, left surface 102, the edge of right flank 103 are respectively equipped with flanging after top surface
1012nd, flanging 1032 after flanging 1022, right flank after left surface.
Embodiment 8
Gland 1 includes top surface 101, left surface 102 and right flank 103, and left surface 102 and right flank 103 accordingly divide
The left and right sides of top surface 101 is not connected to；Left stator 2 and right stator 3 stagger the gland 1 or so two that be relatively connected to
Side, left stator 2 is generally aligned in the same plane with right stator 3；Left stator 2 is connected with the lower end of left surface 102, left stator 2 with
Top surface 101 is parallel, and the surface of left stator 2 is provided with left fixing hole 201；Right stator 3 is connected with the lower end of right flank 103, right fixation
Piece 3 is parallel with top surface 101, and the surface of right stator 3 is provided with right fixing hole 301.
Left surface 102, right flank 103 are vertical with top surface 101 respectively.
Left stator 2 is vertical with left surface 102, and right stator 3 is vertical with right flank 103.
Connected by the left catch 4 of arc between left stator 2 and left surface 102, right stator 3 and right flank 103 it
Between connected by the right catch 5 of arc.
In the front end of gland 1, top surface 101, left surface 102, the edge of right flank 103 are respectively equipped with flanging before top surface
1011st, flanging 1031 before flanging 1021, right flank before left surface.
Flanging 1011 is vertical with top surface 101 before top surface, and flanging 1021 is vertical with left surface 102 before left surface, before right flank
Flanging 1031 is vertical with right flank 103；Flanging 1031 is located at before flanging 1021, right flank before flanging 1011, left surface before top surface
Same plane.
In the rear end of gland 1, top surface 101, left surface 102, the edge of right flank 103 are respectively equipped with flanging after top surface
1012nd, flanging 1032 after flanging 1022, right flank after left surface.
Flanging 1012 is vertical with top surface 101 after top surface, and flanging 1022 is vertical with left surface 102 after left surface, after right flank
Flanging 1032 is vertical with right flank 103；Flanging 1032 is located at after flanging 1022, right flank after flanging 1012, left surface after top surface
Same plane.
Embodiment 9
Gland 1 includes top surface 101, left surface 102 and right flank 103, and left surface 102 and right flank 103 accordingly divide
The left and right sides of top surface 101 is not connected to；Left stator 2 and right stator 3 stagger the gland 1 or so two that be relatively connected to
Side, left stator 2 is generally aligned in the same plane with right stator 3；Left stator 2 is connected with the lower end of left surface 102, left stator 2 with
Top surface 101 is parallel, and the surface of left stator 2 is provided with left fixing hole 201；Right stator 3 is connected with the lower end of right flank 103, right fixation
Piece 3 is parallel with top surface 101, and the surface of right stator 3 is provided with right fixing hole 301.
Left surface 102, right flank 103 are vertical with top surface 101 respectively.
Left stator 2 is vertical with left surface 102, and right stator 3 is vertical with right flank 103.
Connected by the left catch 4 of arc between left stator 2 and left surface 102, right stator 3 and right flank 103 it
Between connected by the right catch 5 of arc.
In the front end of gland 1, top surface 101, left surface 102, the edge of right flank 103 are respectively equipped with flanging before top surface
1011st, flanging 1031 before flanging 1021, right flank before left surface.
Flanging 1011 is vertical with top surface 101 before top surface, and flanging 1021 is vertical with left surface 102 before left surface, before right flank
Flanging 1031 is vertical with right flank 103；Flanging 1031 is located at before flanging 1021, right flank before flanging 1011, left surface before top surface
Same plane.
In the rear end of gland 1, top surface 101, left surface 102, the edge of right flank 103 are respectively equipped with flanging after top surface
1012nd, flanging 1032 after flanging 1022, right flank after left surface.
Flanging 1012 is vertical with top surface 101 after top surface, and flanging 1022 is vertical with left surface 102 after left surface, after right flank
Flanging 1032 is vertical with right flank 103；Flanging 1032 is located at after flanging 1022, right flank after flanging 1012, left surface after top surface
Same plane.
Towards the side of the front end of gland 1, the edge of left stator 2 is provided with flanging 202 before left stator, the side of right stator 3
Edge is provided with flanging 302 before right stator；Towards the side of the rear end of gland 1, the edge of left stator 2 is provided with flanging after left stator
203, the edge of right stator 3 is provided with flanging 303 after right stator.
Embodiment 10
Gland 1 includes top surface 101, left surface 102 and right flank 103, and left surface 102 and right flank 103 accordingly divide
The left and right sides of top surface 101 is not connected to；Left stator 2 and right stator 3 stagger the gland 1 or so two that be relatively connected to
Side, left stator 2 is generally aligned in the same plane with right stator 3；Left stator 2 is connected with the lower end of left surface 102, left stator 2 with
Top surface 101 is parallel, and the surface of left stator 2 is provided with left fixing hole 201；Right stator 3 is connected with the lower end of right flank 103, right fixation
Piece 3 is parallel with top surface 101, and the surface of right stator 3 is provided with right fixing hole 301.
Left surface 102, right flank 103 are vertical with top surface 101 respectively.
Left stator 2 is vertical with left surface 102, and right stator 3 is vertical with right flank 103.
Connected by the left catch 4 of arc between left stator 2 and left surface 102, right stator 3 and right flank 103 it
Between connected by the right catch 5 of arc.
In the front end of gland 1, top surface 101, left surface 102, the edge of right flank 103 are respectively equipped with flanging before top surface
1011st, flanging 1031 before flanging 1021, right flank before left surface.
Flanging 1011 is vertical with top surface 101 before top surface, and flanging 1021 is vertical with left surface 102 before left surface, before right flank
Flanging 1031 is vertical with right flank 103；Flanging 1031 is located at before flanging 1021, right flank before flanging 1011, left surface before top surface
Same plane.
In the rear end of gland 1, top surface 101, left surface 102, the edge of right flank 103 are respectively equipped with flanging after top surface
1012nd, flanging 1032 after flanging 1022, right flank after left surface.
Flanging 1012 is vertical with top surface 101 after top surface, and flanging 1022 is vertical with left surface 102 after left surface, after right flank
Flanging 1032 is vertical with right flank 103；Flanging 1032 is located at after flanging 1022, right flank after flanging 1012, left surface after top surface
Same plane.
Towards the side of the front end of gland 1, the edge of left stator 2 is provided with flanging 202 before left stator, the side of right stator 3
Edge is provided with flanging 302 before right stator；Towards the side of the rear end of gland 1, the edge of left stator 2 is provided with flanging after left stator
203, the edge of right stator 3 is provided with flanging 303 after right stator.
Flanging 203 is vertical with left stator 2 after flanging 202, left stator before left stator, flanging 302 before right stator,
Flanging 303 is vertical with right stator 3 after right stator.
By taking embodiment 10 as an example, installation method of the present utility model is：
As shown in figure 3, the length inside the first square tube 12 is stretched into according to gland 1, before the first square tube 12 with gland 1
On the outer wall of the close one side in end, take suitable location and be stamped and formed out preceding raised points 10 toward the inwall of the first square tube 12, in the first square tube
12 with the outer wall of the close one side in the rear end of gland 1 on, take suitable location and be stamped and formed out rear raised points toward the inwall of the first square tube 12
11, flanging 1011 is in close contact before making preceding raised points 10 and top surface, and flanging 1012 is in close contact after making rear raised points 11 and top surface.
When gland 1 is filled in pipe by the mouth of pipe of the first square tube 12, external force is applied to gland 1, it is intrinsic using metal
Elasticity make flanging 1011 before top surface break through preceding raised points 10 to enter the first square tube 12, now, skidded off outside the oriented pipe of gland 1
Trend, but preceding raised points 10 serve effect that is spacing and stopping to flanging before top surface 1011, make gland 1 without sliding outside normal tubes
Go out, so, hot-working need not used（As welded）In the case of, gland 1 can be by mechanical structure and the first square tube 12
Realize firm connection.
As shown in figure 4, being opened up and flanging 202 before left stator in the tube wall of the second square tube 13（Or flanging after left stator
203）The left draw-in groove 6 of adaptation, while opening up and flanging 303 after right stator（Or flanging 302 before right stator）The right card of adaptation
Groove 7.In addition, the tube wall in the second square tube 13 opens up the left through hole 8 that is adapted to left fixing hole 201, while opening up and right fixing hole
The right through hole 9 of 301 adaptations.
By flanging 202 before left stator（Or flanging 203 after left stator）Left draw-in groove 6 is inserted, by flanging after right stator
303（Or flanging 302 before right stator）Right draw-in groove 7 is inserted, left fixing hole 201 is found accurately and is inserted bolt with left through hole 8 and is tightened,
Right fixing hole 301 is found accurately and insert bolt with right through hole 9 and is tightened.So, left stator 2 and right stator 3 be and second party
Pipe 13 is firmly connected.
When flanging 303 is fixed on right draw-in groove 7 during flanging 202 is fixed on left draw-in groove 6 before left stator and after right stator
When middle, outer wall of the flanging 302 respectively with the both sides of the second square tube 13 is brought into close contact before flanging 303, right stator after left stator；When
Flanging 203 is fixed in left draw-in groove 6 and when flanging 302 is fixed in right draw-in groove 7 before right stator after left stator, left fixation
Outer wall of the flanging 303 respectively with the both sides of the second square tube 13 is brought into close contact after flanging 202, right stator before piece.So, this practicality is new
A kind of dislocation metal frame fixed corner code described in type can not produce displacement relative to the second square tube 13, so as to connect more consolidate.
As shown in figure 5, installed by the above method, a kind of dislocation metal frame fixed corner code described in the utility model and the
One square tube 12, the connection of the second square tube 13 form cladding steelframe.
Above-described embodiment is preferred embodiment of the present utility model, is not the limit to technical solutions of the utility model
System, on the premise of the utility model spirit and scope are not departed from, the utility model also has various changes and modifications, these changes
Change and improvement is regarded as falling into the range of claimed the utility model.
Claims (10)
1. a kind of dislocation metal frame fixed corner code, it is characterised in that：Including gland（1）, left stator（2）With right stator
（3）；
The gland（1）Including top surface（101）, left surface（102）And right flank（103）, left surface（102）And right flank
（103）Accordingly it is connected to top surface（101）The left and right sides；
The left stator（2）With the right stator（3）It is connected to gland（1）The left and right sides, left stator（2）With
Right stator（3）It is generally aligned in the same plane；
The left stator（2）With the left surface（102）Lower end connects, left stator（2）With top surface（101）It is parallel, Zuo Gu
Stator（2）Surface is provided with left fixing hole（201）；
The right stator（3）With the right flank（103）Lower end connects, right stator（3）With top surface（101）Parallel, the right side is solid
Stator（3）Surface is provided with right fixing hole（301）；
Towards the gland（1）The side of front end, the left stator（2）Edge is provided with flanging before left stator（202）, institute
State right stator（3）Edge is provided with flanging before right stator（302）；
Towards the gland（1）The side of rear end, the left stator（2）Edge is provided with flanging after left stator（203）, institute
State right stator（3）Edge is provided with flanging after right stator（303）.
2. a kind of dislocation metal frame fixed corner code according to claim 1, it is characterised in that：The left surface（102）, institute
State right flank（103）Respectively with the top surface（101）Vertically.
3. a kind of dislocation metal frame fixed corner code according to claim 2, it is characterised in that：The left stator（2）With
The left surface（102）Vertically, the right stator（3）With the right flank（103）Vertically.
4. a kind of dislocation metal frame fixed corner code according to claim 3, it is characterised in that：The left stator（2）With
The left surface（102）Between by the left catch of arc（4）Connection, the right stator（3）With the right flank（103）It
Between by the right catch of arc（5）Connection；
The left catch（4）One end is near the gland（1）Front end, the other end and the left stator（2）Middle part connects；
The right catch（5）One end is near the gland（1）Rear end, the other end and the right stator（3）Middle part connects.
5. a kind of dislocation metal frame fixed corner code according to any one of claim 1 to 4, it is characterised in that：Described
Gland（1）Front end, the top surface（101）, the left surface（102）, the right flank（103）Edge be respectively equipped with top surface
Preceding flanging（1011）, flanging before left surface（1021）, flanging before right flank（1031）.
6. a kind of dislocation metal frame fixed corner code according to claim 5, it is characterised in that：Flanging before the top surface
（1011）With the top surface（101）Vertically, flanging before the left surface（1021）With the left surface（102）Vertically, the right side
Flanging before side（1031）With the right flank（103）Vertically；
Flanging before the top surface（1011）, flanging before the left surface（1021）, flanging before the right flank（1031）Positioned at same
One plane.
7. a kind of dislocation metal frame fixed corner code according to claim 6, it is characterised in that：In the gland（1）Afterwards
End, the top surface（101）, the left surface（102）, the right flank（103）Edge be respectively equipped with flanging after top surface
（1012）, flanging after left surface（1022）, flanging after right flank（1032）.
8. a kind of dislocation metal frame fixed corner code according to claim 7, it is characterised in that：Flanging after the top surface
（1012）With the top surface（101）Vertically, flanging after the left surface（1022）With the left surface（102）Vertically, the right side
Flanging behind side（1032）With the right flank（103）Vertically；
Flanging after the top surface（1012）, flanging after the left surface（1022）, flanging after the right flank（1032）Positioned at same
One plane.
9. a kind of dislocation metal frame fixed corner code according to claim 8, it is characterised in that：Flanging before the left stator
（202）, flanging after the left stator（203）With the left stator（2）Vertically, flanging before the right stator（302）, institute
State flanging after right stator（303）With the right stator（3）Vertically.
10. a kind of metal frame, it is characterised in that：Including the first square tube（12）, the second square tube（13）And described in claim 9
A kind of dislocation metal frame fixed corner code, the gland（1）With first square tube（12）Port（14）Connection, the left side
Stator（2）, the right stator（3）With second square tube（13）Tube wall connection；
First square tube（12）Near port（14）It is provided with to the projecting inward preceding raised points of pipe（10）With rear raised points（11）；Institute
State gland（1）It is connected to first square tube（12）When middle, the preceding raised points（10）With flanging before the top surface（1011）
Adaptation, the rear raised points（11）With flanging after the top surface（1012）Adaptation；
Second square tube（13）Tube wall is provided with left draw-in groove（6）, right draw-in groove（7）, left through hole（8）With right through hole（9）；
The left draw-in groove（6）With flanging before the left stator（202）, flanging after the left stator（203）Adaptation, the right side
Draw-in groove（7）With flanging before the right stator（302）, flanging after the right stator（303）Adaptation, the left through hole（8）With
The left fixing hole（201）Position correspondence, the right through hole（9）With the right fixing hole（301）Position correspondence.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621348587.6U CN206267478U (en) | 2016-12-09 | 2016-12-09 | One kind dislocation metal frame fixed corner code and metal frame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621348587.6U CN206267478U (en) | 2016-12-09 | 2016-12-09 | One kind dislocation metal frame fixed corner code and metal frame |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206267478U true CN206267478U (en) | 2017-06-20 |
Family
ID=59044935
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621348587.6U Expired - Fee Related CN206267478U (en) | 2016-12-09 | 2016-12-09 | One kind dislocation metal frame fixed corner code and metal frame |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206267478U (en) |
-
2016
- 2016-12-09 CN CN201621348587.6U patent/CN206267478U/en not_active Expired - Fee Related
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN205276590U (en) | Insulating glass curtain wall is concealed to horizontal bright vertical stroke of thin steel | |
| CN108193993A (en) | A kind of high-strength aluminum alloy heat-insulating bridge-cut-off passive type door and window | |
| CN206267478U (en) | One kind dislocation metal frame fixed corner code and metal frame | |
| CN206233420U (en) | A kind of installation system of back-bolt type stone curtain wall | |
| CN206337686U (en) | A kind of bright hidden frame connection auxiliary frame of curtain wall and its curtain wall system | |
| CN203741724U (en) | Anti-collision wall formwork system | |
| CN202227551U (en) | Unit open type aluminium plate curtain wall system | |
| CN208379857U (en) | A kind of disjunctor stone curtain wall | |
| CN202299053U (en) | Truss structure for stone decorative rib of glass curtain wall | |
| CN206581451U (en) | A kind of prefabricated partition board based on light steel skeleton and lightweight concrete | |
| CN206458031U (en) | A kind of plain brick wall for external decoration of high-rise building | |
| CN206512859U (en) | A kind of prefabricated buildings wall panel assembly | |
| CN108222339A (en) | A kind of easy construction cell system system of high-precision | |
| CN211172608U (en) | Keel of cold-bending glass curtain wall | |
| CN207878740U (en) | Glass curtain wall beam structure | |
| CN202299046U (en) | Inner corner structure of glass curtain wall | |
| CN206308873U (en) | It is a kind of that firm compound integrated suspended ceiling pinch plate is installed | |
| CN206190117U (en) | Opening section bar formula window and door system | |
| CN206158468U (en) | Opening section bar window and door system | |
| CN205276617U (en) | Thin steel erects bright violently latent insulating glass curtain wall | |
| CN221219313U (en) | Energy-saving heat-preservation assembled curtain wall hanging structure | |
| CN208455899U (en) | A kind of wall surface dry-hang aluminium veneer curtain wall | |
| CN207003744U (en) | Plunger type connection component and curtain wall system | |
| CN219863571U (en) | Assembled stone material structure with good waterproof performance and adjustable | |
| CN204185984U (en) | One is exempted from weldering all steel and is cut off curtain wall |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170620 Termination date: 20191209 |