CN107575127B - A kind of vertical profiles rotarily opening shutter sash and the sash using the vertical profiles - Google Patents
A kind of vertical profiles rotarily opening shutter sash and the sash using the vertical profiles Download PDFInfo
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- CN107575127B CN107575127B CN201710918664.XA CN201710918664A CN107575127B CN 107575127 B CN107575127 B CN 107575127B CN 201710918664 A CN201710918664 A CN 201710918664A CN 107575127 B CN107575127 B CN 107575127B
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Abstract
The invention discloses a kind of vertical profiles for rotarily opening shutter sash and use the sash of the vertical profiles, the side horizontal edge end of I-shaped main body profile connects to form the first cavity by S type profile, the other side horizontal edge of I-shaped main body profile forms the card slot for being clamped transverse profile and glass, it is separately connected to be formed there are two right angle profile outward on the relatively hyphen side of I-shaped main body profile and seals clamp bar slot, it is separately connected outward on the longer horizontal edge of I-shaped main body profile and forms the attachment card slot opposite with sealing clamp bar slot there are two right angle profile, the interconnecting piece of adjacent vertical profiles is contacted using S type cambered surface, collision problem will not be generated not preset clearance, the sealing strip various pieces compression degree installed additional in S type cambered surface is consistent, realize better seal effect, in addition, the connection of vertical profiles of the present invention and transverse profile Mode can realize screw to be hidden well.
Description
Technical field
The invention belongs to rotarily open shutter technical field, and in particular to a kind of to rotarily open the vertical of shutter sash
Profile and the sash for using the vertical profiles.
Background technique
Shutter is rotarily opened to realize that anti-theft function blade design is narrow, there are many seam, and sealing problem is always
Perplex its large-scale promotion application and urgent problem to be solved, the shutter sealing effect that rotarily opens designed in the past are not enough managed
Think.Therefore, it is necessary to further be improved to sash vertical profiles structure, and equipped sealing strip is effectively to solve adjacent sash
Sealing problem.
Summary of the invention
The technical problem to be solved by the present invention is to provide rotations a kind of reasonable in design and ideal sealing effect
Open shutter sash vertical profiles and the sash using the vertical profiles.
The present invention adopts the following technical scheme that solve above-mentioned technical problem
A kind of vertical profiles rotarily opening shutter sash, it is characterised in that I-shaped including I-shaped main body profile
The side horizontal edge end of main body profile connects to form the first cavity by S type profile, the other side horizontal edge of I-shaped main body profile
Form the card slot for being clamped transverse profile and glass, be separately connected outward on the relatively hyphen side of I-shaped main body profile there are two
Right angle profile forms sealing clamp bar slot, is separately connected that there are two right angle profile shapes on the longer horizontal edge of I-shaped main body profile outward
At with the opposite attachment card slot of sealing clamp bar slot, right angle profiled ends are connected with profile on the inside of attachment card slot, S type profile to
Lower extension connect to form the second cavity with the bottom edge of profile, and the independent shape in the extension with S type profile of profile
At U-shaped card mouth, it is consistent that sash where S type profile cambered surface protrusion and the vertical profiles rotarily opens running track, S type profile arc
It is consistent that face inner fovea part with sash where adjacent vertical profiles rotarily opens running track.
Further preferably, the S type profile cambered surface inner fovea part is pasted with sealing strip or by being set in S type profile cambered surface
The card slot of recess portion two sides is connected with sealing strip.
Further preferably, it is disconnected in the middle part of first cavity and connects to form bridge cutoff structure by heat insulating strip.
A kind of vertical profiles rotarily opening shutter sash, it is characterised in that I-shaped including I-shaped main body profile
The side horizontal edge of main body profile forms the U-shaped card mouth for adding the S type profile of transverse slat for being clamped two sides, I-shaped main body profile
Other side horizontal edge form the card slot for being clamped transverse profile and glass, divide outward on the relatively hyphen side of I-shaped main body profile
Sealing clamp bar slot Lian Jie not be formed there are two right angle profile, be connected separately with two outward on the longer horizontal edge of I-shaped main body profile
A right angle profile forms the attachment card slot opposite with sealing clamp bar slot, and right angle profiled ends are connected with U-shaped type on the inside of attachment card slot
Material, the S type profile arc-shaped side that two sides add transverse slat, which is extended downwardly, to be connect to form the second cavity with the bottom edge of profile, and U
The independent of type profile connect to form U-shaped card mouth in the extension for the S type profile arc-shaped side for adding transverse slat with two sides, and two sides install additional
There is sash where the cambered surface protrusion of the S type profile arc-shaped side of transverse slat and the vertical profiles to rotarily open running track consistent, two
Sash where side adds the cambered surface inner fovea part and adjacent vertical profiles of the S type profile arc-shaped side of transverse slat rotarily opens running track
Unanimously.
Further preferably, the cambered surface inner fovea part that the two sides add the S type profile arc-shaped side of transverse slat is pasted with sealing strip
Or the card slot of cambered surface inner fovea part two sides by being set to the S type profile arc-shaped side that two sides add transverse slat is connected with sealing strip.
Further preferably, it is disconnected in the middle part of the I-shaped main body profile and connects to form bridge cutoff structure by heat insulating strip, it is heat-insulated
Clamp bar slot two sides form U-shaped card mouth compared with hyphen side and longer horizontal edge with I-shaped main body profile respectively, wherein the U-shaped card mouth of upside
Inside it is connected with the arc evagination profile that two sides add transverse slat, window where the outer convex globoidal and the vertical profiles of arc evagination profile
Fan rotarily opens that running track is consistent, and the arc concave shape profile that two sides add transverse slat, arc are connected in the U-shaped card mouth of downside
It is consistent that the inner concave arc surface of indent profile with sash where adjacent vertical profiles rotarily opens running track.
It is a kind of to rotarily open shutter sash, including vertical profiles, transverse profile and clamping using above-mentioned vertical profiles
Glass between vertical profiles and transverse profile, it is characterised in that: the transverse profile is connected in the card slot of vertical profiles
And seal the cross screw in clamp bar slot and attachment card slot by being set to vertical profiles or to be set to I-shaped main body profile vertical
Longitudinal screw on the plate or longitudinal screw being set on the first cavity is connected and fixed or the combination of aforesaid way.
Further preferably, the transverse profile is the one being formed by connecting by two symmetrical truss structures by connecting plate
Profile, connecting plate up and down two sides truss structures between be respectively formed U-type groove, two truss structures lateral walls upwardly extend respectively
Glass baffle plate is formed, the bottom both ends of two truss structures are separately connected right angle profile and form card slot, wherein in the card slot of side
It is connected on water fender or the card slot of side and extends outward to form water fender, water fender to the card slot for being externally provided with water fender or side
Width with the rotation run trace of the matching used vertical profiles outer end face of the transverse profile within；Or the transverse profile
The integrated section being formed by connecting by two symmetrical truss structures by connecting plate, connecting plate up and down two sides truss structures it
Between be respectively formed U-type groove, two truss structures lateral walls upwardly extend to form glass baffle plate respectively, the bottom of two truss structures
Both ends are separately connected right angle profile and form card slot；Or the transverse profile is to be connected by two symmetrical truss structures by heat insulating strip
Integrated section made of connecing, heat insulating strip up and down two sides truss structures between be respectively formed U-type groove, two truss structures lateral walls
It upwardly extending to form glass baffle plate respectively, the bottom both ends of two truss structures are separately connected right angle profile and form card slot, wherein
It is connected in the card slot of side on water fender or the card slot of side and is extended outward to form to the card slot for being externally provided with water fender or side
Water fender, the width of water fender with the rotation run trace of the matching used vertical profiles outer end face of the transverse profile within；
Or the transverse profile is the integrated section being formed by connecting by two symmetrical truss structures by heat insulating strip, heat insulating strip upper and lower two
U-type groove is respectively formed between the truss structures of side, two truss structures lateral walls upwardly extend to form glass baffle plate respectively, and two
The bottom both ends of truss structures are separately connected right angle profile and form card slot.
Further preferably, when being equipped with bolt apertures in the transverse profile truss structures, transverse profile is connected in vertical profiles
Card slot in and pass through the longitudinal screw being arranged on I-shaped main body profile vertical plate or the longitudinal screw being set on the first cavity
Longitudinally connected fixation；When being not provided with bolt apertures in transverse profile truss structures, transverse profile is connected in the card slot of vertical profiles
And be connected and fixed by the cross screw in setting sealing clamp bar slot and attachment card slot, the both ends of the surface of vertical profiles add envelope
Head, two adjacent transverse profile water fenders for being connected as one by end socket outer surface.
Further preferably, it is installed additional in the attachment card slot of the vertical profiles and ipsilateral sealing clamp bar slot by clamping attachment
There is plant box, for realizing the function of beautifying the environment with hidden screw simultaneously.
Compared with the prior art, the present invention has the following advantages: the interconnecting piece of the adjacent vertical profiles of the present invention uses S type arc
Face contact will not generate collision problem not preset clearance, the sealing strip various pieces compression degree installed additional in S type cambered surface
Unanimously, better seal effect is realized, in addition, the connection type of vertical profiles of the present invention and transverse profile can be by screw reality
Now hide well.
Detailed description of the invention
Fig. 1 is the structural schematic diagram that the first form rotarily opens shutter sash vertical profiles；
Fig. 2 is the structural schematic diagram that second of form rotarily opens shutter sash vertical profiles；
Fig. 3 is the structural schematic diagram that the third form rotarily opens shutter sash vertical profiles；
Fig. 4 is the structural schematic diagram that the 4th kind of form rotarily opens shutter sash vertical profiles；
Fig. 5 is the assembling structure schematic diagram that the first form rotarily opens shutter sash vertical profiles and transverse profile；
Fig. 6 is the assembling structure schematic diagram that second of form rotarily opens shutter sash vertical profiles and transverse profile；
Fig. 7 is the structural schematic diagram that the first form rotarily opens shutter sash transverse profile；
Fig. 8 is the structural schematic diagram that second of form rotarily opens shutter sash transverse profile；
Fig. 9 is use state of the invention with reference to figure.
In figure: 1, I-shaped main body profile, 2, S type profile, 3, transverse profile, 4, sealing clamp bar slot, 5, attachment card slot, 6,
Profile, 7, U-shaped card mouth, 8, heat insulating strip, 9, two sides add the S type profile of transverse slat, 10, two sides add the arc of transverse slat
Evagination profile, 11, two sides add the arc concave shape profile of transverse slat, 12, truss structures, 13, water fender.
Specific embodiment
Above content of the invention is described in further detail by the following examples, but this should not be interpreted as to this
The range for inventing above-mentioned theme is only limitted to embodiment below, and all technologies realized based on above content of the present invention belong to this hair
Bright range.
Embodiment 1
As shown in Figure 1, a kind of vertical profiles for rotarily opening shutter sash, including I-shaped main body profile 1, it is I-shaped
The side horizontal edge end of main body profile 1 forms the first cavity by the connection of S type profile 2, and the other side of I-shaped main body profile 1 is horizontal
Side forms the card slot for being clamped transverse profile 3 and glass, is connected separately with outward on the relatively hyphen side of I-shaped main body profile 1
Two right angle profiles form sealing clamp bar slots 4, are separately connected that there are two right angles on the longer horizontal edge of I-shaped main body profile 1 outward
Profile forms the attachment card slot 5 opposite with sealing clamp bar slot 4, and 5 inside right angle profiled ends of attachment card slot are connected with profile 6,
S type profile 2, which is extended downwardly, to be connect to form the second cavity with the bottom edge of profile 6, and the independent side of profile 6 and S type type
The extension side of material 2 forms U-shaped card mouth 7, and sash where 2 cambered surface protrusion of S type profile and the vertical profiles rotarily opens operation rail
Mark is consistent, and it is consistent that 2 cambered surface inner fovea part of S type profile and sash where adjacent vertical profiles rotarily open running track, S type profile 2
Inner fovea part is pasted with sealing strip or the card slot by being set to 2 inner fovea part two sides of S type profile is connected with sealing strip.
Embodiment 2
A kind of vertical profiles rotarily opening shutter sash, the overall structure of the vertical profiles is similar to Example 1, no
It is to disconnect forming bridge cutoff structure by the connection of heat insulating strip 8 in the middle part of the first cavity with place, specific structure is as shown in Figure 2.
Embodiment 3
As shown in figure 3, a kind of vertical profiles for rotarily opening shutter sash, including I-shaped main body profile 1, it is I-shaped
The side horizontal edge of main body profile 1 forms the U-shaped card mouth for adding the S type profile 9 of transverse slat for being clamped two sides, I-shaped subject type
The other side horizontal edge of material 1 forms the card slot for being clamped transverse profile 3 and glass, on the relatively hyphen side of I-shaped main body profile 1
It is separately connected to be formed there are two right angle profile outward and seals clamp bar slot 4, distinguish outward on the longer horizontal edge of I-shaped main body profile 1
It is connected with right angle profile and forms the attachment card slot 5 opposite with sealing clamp bar slot 4, the connection of 5 inside right angle profiled ends of attachment card slot
There is profile 6,9 arc-shaped side of S type profile that two sides add transverse slat is extended downwardly to be connect to form second with the bottom edge of profile 6
Cavity, and the independent of profile 6 forms U-shaped card mouth in the extension for 9 arc-shaped side of S type profile for adding transverse slat with two sides
7, sash where two sides add the cambered surface protrusion and the vertical profiles of 9 arc-shaped side of S type profile of transverse slat rotarily opens operation
Track is consistent, and sash where two sides add the cambered surface inner fovea part and adjacent vertical profiles of 9 arc-shaped side of S type profile of transverse slat rotates
Unlatching running track is consistent, and the cambered surface inner fovea part that two sides add 9 arc-shaped side of S type profile of transverse slat is pasted with sealing strip or passes through
The card slot of cambered surface inner fovea part two sides for being set to 9 arc-shaped side of S type profile that two sides add transverse slat is connected with sealing strip.
Embodiment 4
As shown in figure 4, a kind of vertical profiles for rotarily opening shutter sash, the overall structure and implementation of the vertical profiles
Example 3 is similar, the difference is that: it is disconnected in the middle part of the I-shaped main body profile 1 and bridge cutoff structure is formed by the connection of heat insulating strip 8,
8 liang of side bayonet slots of heat insulating strip form U-shaped card mouth compared with hyphen side and longer horizontal edge with I-shaped main body profile 1 respectively, wherein the U of upside
The arc evagination profile 10 that two sides add transverse slat is connected in type bayonet, the outer convex globoidal of arc evagination profile 10 is vertical with this
Sash where profile rotarily opens that running track is consistent, is connected with two sides in the U-shaped card mouth of downside and adds in the arc of transverse slat
Concave material 11, it is consistent that the inner concave arc surface of arc concave shape profile 11 with sash where adjacent vertical profiles rotarily opens running track.
Embodiment 5
It is a kind of to rotarily open shutter sash, including vertical profiles, transverse profile 3 and clamping using above-mentioned vertical profiles
Glass between vertical profiles and transverse profile 3, the transverse profile 3 are connected in the card slot of vertical profiles and pass through setting
The cross screw in clamp bar slot 4 and attachment card slot 5 is sealed in vertical profiles or is set to vertical on I-shaped 1 vertical plate of main body profile
It is connected and fixed to screw or the longitudinal screw being set on the first cavity, as shown in fig. 6-7.
When vertical profiles are the non-bridge cutoff structure form of embodiment 1 or 3, downside transverse profile is by two symmetrical squares
The integrated section that shape side's chamber 12 is formed by connecting by connecting plate, connecting plate up and down two sides truss structures between be respectively formed it is U-shaped
Slot, two 12 lateral walls of truss structures upwardly extend to form glass baffle plate respectively, the bottom both ends difference of two truss structures 12
It connects right angle profile and forms card slot, be wherein connected in the card slot of side on water fender 13 or the card slot of side to being externally provided with water blocking
Plate 13 or the card slot of side extend outward to form water fender 13, and the width of water fender 13 is matching used perpendicular with the transverse profile
To within the rotation run trace of profile outer end face, as shown in Figure 8；Upside transverse profile is by two symmetrical truss structures 12
The integrated section being formed by connecting by connecting plate, connecting plate up and down two sides truss structures between be respectively formed U-type groove, two squares
Shape side's chamber lateral wall upwardly extends to form glass baffle plate respectively, and the bottom both ends of two truss structures are separately connected right angle profile shape
At card slot, it wherein at least is connected with U-shaped sealing element in the card slot of side, as shown in Figure 6.
When vertical profiles are the bridge cutoff structure form of embodiment 2 or 4, downside transverse profile is by two symmetrical rectangles
Square chamber 12 passes through the integrated section that heat insulating strip 8 is formed by connecting, and is respectively formed U between the truss structures 12 of about 8 two sides of heat insulating strip
Type groove, two 12 lateral walls of truss structures upwardly extend to form glass baffle plate respectively, the bottom both ends point of two truss structures 12
Not Lian Jie right angle profile formed card slot, be wherein connected in the card slot of side on water fender 13 or the card slot of side to be externally provided with gear
Water plate 13 or the card slot of side extend outward to form water fender 13, and the width of water fender 13 is matching used with the transverse profile
Within the rotation run trace of vertical profiles outer end face, as shown in Figure 9；Upside transverse profile is by two symmetrical truss structures
12 pass through the integrated sections that heat insulating strip 8 is formed by connecting, and are respectively formed U-type groove between the truss structures 12 of about 8 two sides of heat insulating strip,
Two 12 lateral walls of truss structures upwardly extend to form glass baffle plate respectively, and the bottom both ends of two truss structures 12 are separately connected
Right angle profile forms card slot, as shown in Figure 7.
When being equipped with bolt apertures in 3 truss structures 12 of transverse profile, transverse profile 3 is connected in the card slot of vertical profiles simultaneously
It is longitudinally connected solid by the longitudinal screw being arranged on I-shaped 1 vertical plate of main body profile or the longitudinal screw being set on the first cavity
It is fixed；When being not provided with bolt apertures in 3 truss structures 12 of transverse profile, transverse profile 3 is connected in the card slot of vertical profiles and passes through
The cross screw being arranged on vertical profiles sealing clamp bar slot 4 and attachment card slot 5 is connected and fixed.
Basic principle of the invention, main feature and advantage has been shown and described above, do not depart from spirit of that invention and
Under the premise of range, there are also various changes and modifications, these changes and improvements to both fall within claimed invention by the present invention
Range.
Claims (7)
1. a kind of vertical profiles for rotarily opening shutter sash, it is characterised in that including I-shaped main body profile, I-shaped master
The side horizontal edge of frame body sectional material forms the U-shaped card mouth for adding the S type profile of transverse slat for being clamped two sides, I-shaped main body profile
Other side horizontal edge forms the card slot for being clamped transverse profile and glass, distinguishes outward on the relatively hyphen side of I-shaped main body profile
There are two right angle profiles to form sealing clamp bar slot for connection, be separately connected on the longer horizontal edge of I-shaped main body profile outward there are two
Right angle profile forms the attachment card slot opposite with sealing clamp bar slot, and right angle profiled ends are connected with profile on the inside of attachment card slot,
The S type profile arc-shaped side that two sides add transverse slat, which is extended downwardly, to be connect to form the second cavity with the bottom edge of profile, and U-shaped
The independent of profile connect to form U-shaped card mouth in the extension for the S type profile arc-shaped side for adding transverse slat with two sides, and two sides add
It is consistent that sash where the cambered surface protrusion of the S type profile arc-shaped side of transverse slat and the vertical profiles rotarily opens running track, two sides
Sash where adding the cambered surface inner fovea part and adjacent vertical profiles of the S type profile arc-shaped side of transverse slat rotarily opens running track one
It causes.
2. the vertical profiles according to claim 1 for rotarily opening shutter sash, it is characterised in that: the two sides install additional
There is the cambered surface inner fovea part of the S type profile arc-shaped side of transverse slat to be pasted with sealing strip or adds the S type of transverse slat by being set to two sides
The card slot of the cambered surface inner fovea part two sides of profile arc-shaped side is connected with sealing strip.
3. a kind of vertical profiles for rotarily opening shutter sash, it is characterised in that: the vertical profiles are described in claim 1
It rotarily opens to disconnect in the middle part of the I-shaped main body profile of the vertical profiles of shutter sash and connects to form bridge cut-off knot by heat insulating strip
Structure, heat-insulated clamp bar slot two sides form U-shaped card mouth compared with hyphen side and longer horizontal edge with I-shaped main body profile respectively, wherein upside
The arc evagination profile that two sides add transverse slat, the outer convex globoidal of arc evagination profile and the vertical type are connected in U-shaped card mouth
Sash where material rotarily opens that running track is consistent, and the arc concave shape that two sides add transverse slat is connected in the U-shaped card mouth of downside
Profile, it is consistent that the inner concave arc surface of arc concave shape profile with sash where adjacent vertical profiles rotarily opens running track.
4. a kind of rotarily open shutter sash using vertical profiles described in any one of claim 1-3, including vertical
Profile, transverse profile and the glass being connected between vertical profiles and transverse profile, it is characterised in that: the transverse profile clamping
In sealing cross screw or setting in clamp bar slot and attachment card slot in the card slot of vertical profiles and by being set to vertical profiles
It is connected and fixed in longitudinal screw on I-shaped main body profile vertical plate or the longitudinal screw being set on the first cavity.
5. according to claim 4 rotarily open shutter sash, it is characterised in that: the transverse profile is right by two
The integrated section that the truss structures of title are formed by connecting by connecting plate, connecting plate up and down two sides truss structures between be respectively formed
U-type groove, two truss structures lateral walls upwardly extend to form glass baffle plate respectively, and the bottom both ends of two truss structures connect respectively
Connect right angle profile formed card slot, be wherein connected in the card slot of side on water fender or the card slot of side to be externally provided with water fender or
The card slot of side extends outward to form water fender, the width of water fender with the matching used vertical profiles outer end of the transverse profile
Within the rotation run trace in face；Or the transverse profile is to be formed by connecting by two symmetrical truss structures by connecting plate
Integrated section, connecting plate are respectively formed U-type groove between the truss structures of two sides up and down, and two truss structures lateral walls difference are upward
Glass baffle plate is extended to form, the bottom both ends of two truss structures are separately connected right angle profile and form card slot；Or the lateral type
Material is the integrated section being formed by connecting by two symmetrical truss structures by heat insulating strip, the truss structures of two sides above and below heat insulating strip
Between be respectively formed U-type groove, two truss structures lateral walls upwardly extend to form glass baffle plate respectively, the bottom of two truss structures
Portion both ends are separately connected right angle profile and form card slot, are wherein connected in the card slot of side on water fender or the card slot of side outward
Card slot equipped with water fender or side extends outward to form water fender, and the width of water fender is matching used with the transverse profile
Within the rotation run trace of vertical profiles outer end face；Or the transverse profile is by two symmetrical truss structures by heat-insulated
The integrated section that item is formed by connecting, heat insulating strip is respectively formed U-type groove between the truss structures of two sides up and down, outside two truss structures
Side wall upwardly extends to form glass baffle plate respectively, and the bottom both ends of two truss structures are separately connected right angle profile and form card slot.
6. according to claim 5 rotarily open shutter sash, it is characterised in that: in the transverse profile truss structures
When equipped with bolt apertures, transverse profile is connected in the card slot of vertical profiles and vertical on I-shaped main body profile vertical plate by being arranged
To screw or the longitudinally connected fixation of longitudinal screw being set on the first cavity；Bolt apertures are not provided in transverse profile truss structures
When, transverse profile is connected in the card slot of vertical profiles and is connected by the cross screw in setting sealing clamp bar slot and attachment card slot
Fixation is connect, the both ends of the surface of vertical profiles add end socket, and end socket outer surface is used to connect two adjacent transverse profile water fenders
It is connected in one.
7. the vertical profiles according to claim 1 for rotarily opening shutter sash, it is characterised in that: the vertical profiles
Attachment card slot and ipsilateral sealing clamp bar slot in by being clamped attachment add plant box, at the same realize beautification ring
The function in border and hidden screw.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710918664.XA CN107575127B (en) | 2017-09-30 | 2017-09-30 | A kind of vertical profiles rotarily opening shutter sash and the sash using the vertical profiles |
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| CN201710918664.XA CN107575127B (en) | 2017-09-30 | 2017-09-30 | A kind of vertical profiles rotarily opening shutter sash and the sash using the vertical profiles |
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| CN113006671A (en) * | 2021-03-29 | 2021-06-22 | 新乡职业技术学院 | Section bar for rotary opening shutter, window sash and shutter |
| CN113202396A (en) * | 2021-06-16 | 2021-08-03 | 新乡市达威智能门窗实用技术研究中心 | Vertical section bar for rotatably opening shutter, shutter sash and assembling method |
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| CN203891678U (en) * | 2014-06-06 | 2014-10-22 | 李一达 | Multifunctional energy-saving security window and profiles thereof |
| CN204139933U (en) * | 2014-10-16 | 2015-02-04 | 中国建筑西南设计研究院有限公司 | A kind of fixed-wing glass louvre system |
| WO2017145061A1 (en) * | 2016-02-25 | 2017-08-31 | Van Der Westhuizen Jacobus Johannes | A shutter |
| CN207296745U (en) * | 2017-09-30 | 2018-05-01 | 李一达 | A kind of vertical profiles for rotarily opening shutter sash and the sash using the vertical profiles |
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Effective date of registration: 20181129 Address after: 453000, five storey, East unit five, communication tower, twenty-one high tech Zone, Xinxiang, Henan. Applicant after: Xinxiang Dawei intelligent door and window practical technology research center Address before: 453000 Unit 7, Unit 4, Building No. 13, Nanjie, Dongdi, Hongqi District, Xinxiang City, Henan Province Applicant before: Li Yida |
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