CN107060357B - The bracing device of Assembled wall panels - Google Patents
The bracing device of Assembled wall panels Download PDFInfo
- Publication number
- CN107060357B CN107060357B CN201710031700.0A CN201710031700A CN107060357B CN 107060357 B CN107060357 B CN 107060357B CN 201710031700 A CN201710031700 A CN 201710031700A CN 107060357 B CN107060357 B CN 107060357B
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- China
- Prior art keywords
- core bar
- body cradle
- pin hole
- bar
- casing
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Classifications
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
- E04G21/00—Preparing, conveying, or working-up building materials or building elements in situ; Other devices or measures for constructional work
- E04G21/24—Safety or protective measures preventing damage to building parts or finishing work during construction
- E04G21/26—Strutting means for wall parts; Supports or the like, e.g. for holding in position prefabricated walls
Abstract
The invention discloses a kind of bracing devices of Assembled wall panels, hound and horizon bar including being located at wallboard side, one end of hound and horizon bar swings with body cradle A set on floor and connects, the other end of hound is contacted by body cradle B with wallboard, the other end of horizon bar is contacted by body cradle C with wallboard, hound includes core bar A, core bar A is swung by the shaft A of sleeve A and body cradle A and is connected, core bar A is swung by the shaft B of casing B and body cradle B and is connected, horizon bar includes core bar B, core bar B is connect by cannula C with body cradle A, core bar B is swung by the rotating shaft C of casing D and body cradle C and is connected.Known to from the above, the bracing device of Assembled wall panels of the invention, degree of regulation is also ensured while thereby may be ensured that horizon bar and hound length adjustment speed, to ensure that the precision of wallboard installation and spend vertically, reduces the labor intensity of operative employee.
Description
Technical field
The present invention relates to the technical fields of prefabricated panel installation, and in particular to a kind of bracing device of Assembled wall panels.
Background technique
The current residential housing in China when construction, is generally bound using reinforcing bar, and use mould by concrete structure
Plate fixation pours shape, and is directly carried out at the construction field (site) by concrete cast-in-place.Since concrete setting to preset strength needs
The regular hour is wanted, institute not only can pollute air in this way, noise disturbs residents；And construction efficiency is by multiple working procedures
Related a large amount of concrete set times are limited, therefore can not further increase construction efficiency.Country is for building at present
The requirement of industry construction environment is increasingly stringenter, and more and more prefabricated components are applied to construction site, and then when shortening construction
Between.But when the in-site installation of prefabricated panel, need to guarantee the accurate of wallboard installation site, and also to guarantee wallboard
The vertical degree of installation, so need end wall bracket by wall-panels supports column when wallboard installation, but it is oblique due to construction site
There is deviation support position angle and the inevitable of Theoretical Design, cause current end wall bracket also to need when in use existing
Field carries out splicing processing, to adapt to actual size.It is improved so as to cause wallboard installation speed limited.
Summary of the invention
It is an object of the invention to: a kind of bracing device of Assembled wall panels is overcome the deficiencies of the prior art and provide, it is horizontal
Bar and hound both ends are respectively provided with the casing of adjustment length, and one of casing is adjusted by pin rod, can be fast
To the left and right of required length, another casing is adjusted by the thread velocity modulation section, can precisely adjust required length；So as to
Guarantee to also ensure degree of regulation while horizon bar and hound length adjustment speed, to ensure that the precision of wallboard installation
With vertical degree, the labor intensity of operative employee is reduced；By the effect of identification rings, hound or horizon bar can be quickly judged
Adjustment length；By the corresponding set value region of identification rings, convenient for the reading of operative employee；By bearing by connection frame and casing
Connection, convenient for the rotation of casing, consequently facilitating operative employee is adjusted by the thread the length of horizon bar and hound；By pointer with
Arcuate socket set by body cradle and tag line, so as to intuitively observe whether the metope contacted with body cradle end face erects
Directly；By opening set by cannula C, and the width being open is greater than the connection shank diameter of sleeve A, is convenient for hound and horizon bar
Between for different height wallboard carry out angular adjustment when hound do not interfered with horizon bar；Pass through adjusting and supporting lug
The adjusting bolt of connection is able to maintain level when to guarantee horizon bar for different body cradle A, and floor can also mention
For support, the intensity for bar of improving the standard avoids horizon bar from damaging.
The technical solution used in the present invention is:
The bracing device of Assembled wall panels, hound and horizon bar including being located at wallboard side, the hound and water
One end of flat bar swings with body cradle A set on floor and connects, and the other end of the hound passes through body cradle B and wallboard
Contact, the other end of the horizon bar are contacted by body cradle C with wallboard, and the hound includes core bar A, and the core bar A is logical
The shaft A for crossing sleeve A and body cradle A swings connection, and core bar A is swung by the shaft B of casing B and body cradle B and connected, the water
Flat bar includes core bar B, and the core bar B is connect by cannula C with body cradle A, and the core bar B is turned by casing D's and body cradle C
Axis C swings connection.
It is that one end of the core bar A is protruded into sleeve A that the present invention, which is further improved scheme, and the core bar A is close to sleeve A
The tube wall side of interior one end and opposite side are equipped with a pair of of pin hole A, the side and opposite side of described sleeve pipe A tube wall, along set
The length direction of pipe A is successively equidistantly equipped with multipair pin hole B, and pin rod A passes through pin hole A and one pair of them pin hole B for core bar A and set
Pipe A is fixed；One end of the core bar B is protruded into cannula C, the tube wall side of one end and opposite in cannula C the core bar B
Side is equipped with a pair of of pin hole C, and the side and opposite side of described sleeve pipe C tube wall are successively equidistantly set along the length direction of cannula C
There are multipair pin hole D, pin rod B to pass through pin hole C and one pair of them pin hole D and fix core bar B and cannula C；Described sleeve pipe B passes through screw thread
A is connect with core bar A；Described sleeve pipe D is connect by screw thread B with core bar B.
The further improvement project of the present invention is, the surface of the core bar A be located at side of the pin hole A towards casing B, along
The length direction of core bar A is successively equidistantly equipped with multiple identification rings A, and each identification rings A is respectively equipped with number towards the side of casing B
It is worth region A；The surface of the core bar B is located at side of the pin hole C towards casing D, successively equidistant along the length direction of core bar B
Equipped with multiple identification rings B, each identification rings B is respectively equipped with value region B towards the side of casing D.
The further improvement project of the present invention is, between the distance between two neighboring identification rings A and adjacent two couples of pin hole B
Be equidistant；The distance between two neighboring identification rings B is equal with the distance between adjacent two couples of pin hole D.
The further improvement project of the present invention is, when pin rod A passes through pin hole A and one pair of them pin hole B for core bar A and casing
When A is fixed, a corresponding identification rings A is flushed towards the edge of the side body cradle A with the end of sleeve A on core bar A；When
When pin rod B passes through pin hole C and one pair of them pin hole D for core bar B and fixed cannula C, a corresponding identification rings on core bar B
B is flushed towards the edge of the side body cradle A with the end of cannula C.
The further improvement project of the present invention is that the length of set screw thread A is more than or equal to adjacent two pairs pins on the core bar A
The distance between hole B；The length of set screw thread B is more than or equal to the distance between adjacent two couples of pin hole D on the core bar B.
The further improvement project of the present invention is that described sleeve pipe B is connect by connection frame A with body cradle B, the connection frame
The end of A and casing B is rotatablely connected；Described sleeve pipe D is connect by connection frame B with body cradle C, the connection frame B and casing D's
End rotation connection.
The further improvement project of the present invention is that the end of described sleeve pipe B is rotated by one end of bearing A and connection frame A
Connection；The end of described sleeve pipe D is rotatablely connected by one end of bearing B and connection frame B.
The further improvement project of the present invention is that the connection frame A is provided inwardly with flange A towards one end end of casing B,
Bearing A and flange A are connect with casing B by briquetting A, described sleeve pipe B is equipped with threaded hole A towards the end face of connection frame A, fixed
Bolt A corresponds to through-hole A set by threaded hole A across briquetting A and connect with threaded hole A；The described one end of connection frame B towards casing D
End is provided inwardly with flange B, is connect bearing B and flange B with casing D by briquetting B, end of the described sleeve pipe D towards connection frame B
Face is equipped with threaded hole B, and fixing bolt B corresponds to through-hole B set by threaded hole B across briquetting B and connect with threaded hole B.
The further improvement project of the present invention is that the connection frame B is fixed with pointer backwards to one end end of core bar B, institute
It states pointer to be located on the axis of core bar B, the rotating shaft C is rotationally connected on the side plate of the two sides body cradle C, the body cradle C's
Arcuate socket is equipped on side plate, using the axle center of rotating shaft C as the center of circle, backwards to core bar B, the radius of the arcuate socket is less than or equal to pointer tip
The distance between end and rotating shaft C axle center.
The further improvement project of the present invention is equipped on the side plate of the two sides the body cradle C, positioned at the side of arcuate socket
The tag line vertical with body cradle C-terminal face, axle center of the place straight line of the tag line Jing Guo rotating shaft C.
The further improvement project of the present invention is that the connection frame B is fixed with end cap towards one end of body cradle C, described
Pointer is fixed on end cap.
The further improvement project of the present invention is that described sleeve pipe C is located at the one end body cradle A, the side towards sleeve A is equipped with
Opening, described sleeve pipe A are connect by connecting rod with body cradle A, and the width of the opening is greater than the diameter of connecting rod.
The further improvement project of the present invention is that described sleeve pipe C is equipped with supporting lug towards the side of floor.
The further improvement project of the present invention is that a side end face of the supporting lug towards floor is by screw thread C and adjusts
Section is bolted, and the nut for adjusting bolt is contacted with floor.
Advantageous effect of the invention is:
The first, the bracing device of Assembled wall panels of the invention, horizon bar and hound both ends are respectively provided with adjusting
The casing of length, and one of casing is adjusted by pin rod, can quickly adjust the left and right of required length, another set
Pipe is adjusted by the thread, and can precisely adjust required length；It thereby may be ensured that horizon bar and hound length adjustment speed
While also ensure degree of regulation, to ensure that the precision of wallboard installation and vertical degree, the labour for reducing operative employee are strong
Degree.
The second, the bracing device of Assembled wall panels of the invention can quickly judge hound by the effect of identification rings
Or the adjustment length of horizon bar.
The bracing device of third, Assembled wall panels of the invention, by the corresponding set value region of identification rings, convenient for behaviour
The reading of workmanship.
4th, the bracing device of Assembled wall panels of the invention is convenient for casing by bearing by connection frame and casing connection
Rotation, consequently facilitating operative employee is adjusted by the thread the length of horizon bar and hound.
5th, the bracing device of Assembled wall panels of the invention passes through arcuate socket and mark set by pointer and body cradle
Line, it is whether vertical so as to intuitively observe the metope contacted with body cradle end face.
6th, the bracing device of Assembled wall panels of the invention, by opening set by cannula C, and the width being open
It is oblique when convenient between hound and horizon bar for different height wallboard progress angular adjustment greater than the connection shank diameter of sleeve A
Strut is not interfered with horizon bar.
7th, the bracing device of Assembled wall panels of the invention, by adjusting the adjusting bolt connecting with supporting lug, from
And it is able to maintain level when guaranteeing horizon bar for different body cradle A, and floor can also provide support, bar of improving the standard
Intensity, avoid horizon bar from damaging.
Detailed description of the invention:
Fig. 1 is main view schematic cross-sectional view of the invention.
Fig. 2 is schematic front view of the invention.
Fig. 3 is the enlarged diagram of hound and the junction body cradle B in Fig. 1.
Fig. 4 is the enlarged diagram of horizon bar and the junction body cradle C in Fig. 1.
Specific embodiment:
In conjunction with shown in Fig. 1 ~ Fig. 4, the present invention includes the hound and horizon bar positioned at 2 side of wallboard, the hound and
One end of horizon bar swings with body cradle A3 set on floor 1 and connects, and the other end of the hound passes through body cradle B6
It is contacted with wallboard 2, the other end of the horizon bar is contacted by body cradle C7 with wallboard 2, and the hound includes core bar A4, institute
It states core bar A4 and connection is swung by the shaft A8 of sleeve A 12 and body cradle A3, core bar A4 is turned by casing B11's and body cradle B6
Axis B9 swings connection, and the horizon bar includes core bar B5, and the core bar B5 is connect by cannula C 14 with body cradle A3, the core
Bar B5 is swung by the rotating shaft C 10 of casing D13 and body cradle C7 and is connected.
One end of the core bar A4 is protruded into sleeve A 12, the tube wall side of the one end in sleeve A 12 the core bar A4 with
And opposite side is equipped with a pair of of pin hole A, the side and opposite side of described sleeve pipe A12 tube wall, along sleeve A 12 length direction according to
Secondary to be equidistantly equipped with multipair pin hole B17, pin rod A18 passes through pin hole A and one pair of them pin hole B17 and consolidates core bar A4 and sleeve A 12
It is fixed；One end of the core bar B5 is protruded into cannula C 14, the core bar B5 tube wall side of one end and phase in cannula C 14
Opposite side is equipped with a pair of of pin hole C, the side and opposite side of described sleeve pipe C14 tube wall, along cannula C 14 length direction successively etc.
Spacing is equipped with multipair pin hole D19, and pin rod B20 passes through pin hole C and one pair of them pin hole D19, and core bar B5 and cannula C 14 is fixed；Institute
Casing B11 is stated to connect by screw thread A21 with core bar A4；Described sleeve pipe D13 is connect by screw thread B2 with core bar B5.
The surface of the core bar A4 be located at side of the pin hole A towards casing B11, along core bar A4 length direction successively etc.
Spacing is equipped with multiple identification rings A25, and each identification rings A25 is respectively equipped with value region A towards the side of casing B11；The core
The surface of bar B5 is located at side of the pin hole C towards casing D13, is successively equidistantly equipped with multiple marks along the length direction of core bar B5
Know ring B26, each identification rings B26 is respectively equipped with value region B towards the side of casing D13.
The distance between two neighboring identification rings A25 is equal with the distance between adjacent two couples of pin hole B17；Two neighboring mark
It is equal to know the distance between adjacent two couples of pin hole D19 of the distance between ring B26.
When pin rod A18 passes through pin hole A and one pair of them pin hole B17 for core bar A4 and fixed sleeve A 12, core bar A4
A upper corresponding identification rings A25 is flushed towards the edge of the side body cradle A3 with the end of sleeve A 12；When pin rod B20 is passed through
When pin hole C and one pair of them pin hole D19 is by core bar B5 and fixed cannula C 14, a corresponding identification rings B26 on core bar B5
Edge towards the side body cradle A3 is flushed with the end of cannula C 14.
The length of set screw thread A21 is more than or equal to the distance between adjacent two couples of pin hole B17 on the core bar A4；The core
The length of set screw thread B22 is more than or equal to the distance between adjacent two couples of pin hole D19 on bar B5.
Described sleeve pipe B11 is connect by connection frame A28 with body cradle B6, and the end of the connection frame A28 and casing B11 turn
Dynamic connection；Described sleeve pipe D13 is connect by connection frame B29 with body cradle C7, and the end of the connection frame B29 and casing D13 turn
Dynamic connection.
The end of described sleeve pipe B11 is rotatablely connected by one end of bearing A32 and connection frame A28；The end of described sleeve pipe D13
Portion is rotatablely connected by one end of bearing B37 and connection frame B29.
The connection frame A28 is provided inwardly with flange A31 towards one end end of casing B11, by briquetting A30 by bearing
A32 and flange A31 are connect with casing B11, and described sleeve pipe B11 is equipped with threaded hole A34, fixed spiral shell towards the end face of connection frame A28
Bolt A33 corresponds to through-hole A set by threaded hole A34 across briquetting A30 and connect with threaded hole A34；The connection frame B29 is towards casing
One end end of D13 is provided inwardly with flange B36, is connect bearing B37 and flange B36 with casing D13 by briquetting B35, described
Casing D13 is equipped with threaded hole B39 towards the end face of connection frame B29, and fixing bolt B38 passes through briquetting B35 and corresponds to threaded hole B39 institute
If through-hole B connect with threaded hole B39.
The connection frame B29 is fixed with pointer 23 backwards to one end end of core bar B5, and the pointer 23 is located at core bar B5's
On axis, the rotating shaft C 10 is rotationally connected on the side plate of the two sides body cradle C7, on the side plate of the body cradle C7, with shaft
The axle center of C10 is the center of circle, is equipped with arcuate socket 24 backwards to core bar B5, the radius of the arcuate socket 24 be less than or equal to 23 tip of pointer with
The distance between 10 axle center of rotating shaft C.
The mark vertical with the end face body cradle C7 is equipped on the side plate of the two sides the body cradle C7, positioned at the side of arcuate socket 24
Know line, axle center of the place straight line of the tag line Jing Guo rotating shaft C 9.
The connection frame B29 is fixed with end cap 28 towards one end of body cradle C7, and the pointer 23 is fixed on end cap 28.
Described sleeve pipe C14 is located at the one end body cradle A3, the side towards sleeve A 12 and is equipped with opening 15, and described sleeve pipe A12 is logical
It crosses connecting rod 16 to connect with body cradle A3, the width of the opening 15 is greater than the diameter of connecting rod 16.
Described sleeve pipe C14 is equipped with supporting lug 27 towards the side of floor 1.
A side end face of the supporting lug 27 towards floor 1 is bolted by screw thread C with adjusting, the adjusting bolt
Nut contacted with floor 1.
When the present invention uses, first body cradle A3 is fixed on floor 1, it is then solid according to body cradle A3 and wallboard 2
The length for adjusting horizon bar the distance between is set in positioning, when adjusting the length of horizon bar, first to core bar B5 and cannula C 14 into
Row is adjusted and is fixed by pin rod B20, by screw thread B22 casing D13 and core bar B5 is adjusted again so that body cradle C7 and
When core bar B5 is vertical, the end face of body cradle C7 is equal to wallboard 2 at a distance from body cradle A3 at a distance from body cradle A3；Then by water
Flat bar lying adjusts the adjusting bolt connecting with supporting lug 27 on floor 1, so that horizon bar keeps horizontal；Root again
According to the angle between the height adjustment core bar A4 and core bar B5 of wallboard 2, to calculate the required length of hound, diagonal brace is adjusted
When the length of bar, core bar A4 is adjusted with sleeve A 12 first and is fixed by pin rod A18；Wallboard 2 is hung by loop wheel machine
Be filled near the fixed position of wallboard 2, and make the metope of wallboard 2 at least with the end face of body cradle B6 or the end face of body cradle C7 wherein
One contact, then casing B11 and core bar A4 are adjusted by screw thread A21, so that the end face and hinge of wallboard 2 and body cradle B6
The end face for meeting frame C7 contacts respectively, and pointer 23 body cradle C7 tag line institute on straight line；By loop wheel machine by wallboard 2
It is placed in downwards on floor 1 close to the end face of body cradle B6 and the end face of body cradle C7, and wallboard 2 and floor 1 is spliced
It is fixed；After wallboard 2 completes the splicing with floor 1, wallboard 2 is separated with loop wheel machine；It is strong to wallboard 2 and being connected up to for floor 1
After degree requires, horizon bar and hound and body cradle A3 are separated with floor 1 and wallboard 2 respectively.To make the wall of splicing
Plate 2 can guarantee vertical degree in placement and splicing fixation procedure.
Claims (9)
1. the bracing device of Assembled wall panels, it is characterised in that: hound and horizon bar including being located at wallboard (2) side, institute
The one end for stating hound and horizon bar, which is swung with body cradle A(3 set on floor (1)), to be connected, the hound it is another
End passes through body cradle B(6) it is contacted with wallboard (2), the other end of the horizon bar passes through body cradle C(7) contacted with wallboard (2),
The hound includes core bar A(4), the core bar A(4) pass through the shaft A(8 of sleeve A (12) and body cradle A(3)) company of swing
Connect, core bar A(4) by the shaft B(9 of casing B(11) and body cradle B(6)) connection is swung, the horizon bar includes core bar B
(5), the core bar B(5) connect by cannula C (14) with body cradle A(3), the core bar B(5) pass through casing D(13) and it is hinged
Frame C(7) rotating shaft C (10) swing connection；
The core bar A(4) one end protrude into sleeve A (12), the core bar A(4) tube wall one close to sleeve A (12) interior one end
Side and opposite side are equipped with a pair of of pin hole A, described sleeve pipe A(12) side of tube wall and opposite side, along the length of sleeve A (12)
Spend direction and be successively equidistantly equipped with multipair pin hole B(17), pin rod A(18) pass through pin hole A and one pair of them pin hole B(17) by core bar
A(4) and sleeve A (12) is fixed；The core bar B(5) one end protrude into cannula C (14), the core bar B(5) close to cannula C
(14) the tube wall side of interior one end and opposite side are equipped with a pair of of pin hole C, described sleeve pipe C(14) side of tube wall and opposite
Side is successively equidistantly equipped with multipair pin hole D(19 along the length direction of cannula C (14)), pin rod B(20) pass through pin hole C and its
Middle a pair of pin hole D(19) core bar B(5) and cannula C (14) is fixed；Described sleeve pipe B(11) pass through screw thread A(21) and core bar A(4)
Connection；Described sleeve pipe D(13) pass through screw thread B(2) connect with core bar B(5).
2. the bracing device of Assembled wall panels as described in claim 1, it is characterised in that: the core bar A(4) surface be located at
Side of the pin hole A towards casing B(11) is successively equidistantly equipped with multiple identification rings A(25 along the length direction of core bar A(4)),
Each identification rings A(25) side towards casing B(11) is respectively equipped with value region A；The core bar B(5) surface be located at pin
Side of the hole C towards casing D(13) is successively equidistantly equipped with multiple identification rings B(26 along the length direction of core bar B(5)), often
A identification rings B(26) side towards casing D(13) is respectively equipped with value region B.
3. the bracing device of Assembled wall panels as claimed in claim 2, it is characterised in that: two neighboring identification rings A(25) it
Between distance it is equal with the distance between adjacent two couples of pin hole B(17)；Two neighboring identification rings B(26) the distance between with it is adjacent
Two couples of pin hole D(19) the distance between it is equal.
4. the bracing device of Assembled wall panels as claimed in claim 2, it is characterised in that: when pin rod A(18) pass through pin hole A and
One pair of them pin hole B(17) core bar A(4) and sleeve A (12) is fixed when, core bar A(4) on a corresponding identification rings A
(25) edge towards the side body cradle A(3) is flushed with the end of sleeve A (12)；When pin rod B(20) passes through pin hole C and wherein
A pair of of pin hole D(19) core bar B(5) and cannula C (14) is fixed when, core bar B(5) on a corresponding identification rings B(26)
Edge towards the side body cradle A(3) is flushed with the end of cannula C (14).
5. the bracing device of Assembled wall panels as described in claim 1, it is characterised in that: the core bar A(4) on set screw thread
The distance between A(21 length) is more than or equal to adjacent two couples of pin hole B(17)；The core bar B(5) on set screw thread B(22)
The distance between length is more than or equal to adjacent two couples of pin hole D(19).
6. the bracing device of Assembled wall panels as described in claim 1, it is characterised in that: described sleeve pipe B(11) pass through connection
Frame A(28) connect with body cradle B(6), the connection frame A(28) with casing B(11) end be rotatablely connected；Described sleeve pipe D
(13) pass through connection frame B(29) connect with body cradle C(7), the connection frame B(29) and casing D(13) end rotation connection.
7. the bracing device of Assembled wall panels as claimed in claim 6, it is characterised in that: the connection frame B(29) backwards to core
Bar B(5) one end end be fixed with pointer (23), the pointer (23) is located at core bar B(5) axis on, the rotating shaft C (10)
Be rotationally connected with body cradle C(7) on the side plates of two sides, the body cradle C(7) side plate on, with the axle center of rotating shaft C (10) be circle
The heart is equipped with arcuate socket (24) backwards to core bar B(5), and the radius of the arcuate socket (24) is less than or equal to pointer (23) tip and rotating shaft C
(10) the distance between axle center.
8. the bracing device of Assembled wall panels as described in claim 1, it is characterised in that: described sleeve pipe C(14) it is located at hingedly
Frame A(3) one end, side towards sleeve A (12) be equipped with opening (15), described sleeve pipe A(12) by connecting rod (16) and hinged
Frame A(3) it connects, the width of the opening (15) is greater than the diameter of connecting rod (16).
9. the bracing device of Assembled wall panels as described in claim 1, it is characterised in that: described sleeve pipe C(14) towards floor
(1) side is equipped with supporting lug (27).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710031700.0A CN107060357B (en) | 2017-01-17 | 2017-01-17 | The bracing device of Assembled wall panels |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710031700.0A CN107060357B (en) | 2017-01-17 | 2017-01-17 | The bracing device of Assembled wall panels |
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| Publication Number | Publication Date |
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| CN107060357A CN107060357A (en) | 2017-08-18 |
| CN107060357B true CN107060357B (en) | 2019-03-12 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201710031700.0A Active CN107060357B (en) | 2017-01-17 | 2017-01-17 | The bracing device of Assembled wall panels |
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Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107975251B (en) * | 2017-12-01 | 2023-09-08 | 中建科技河南有限公司 | Assembled building wallboard joint support device |
| CN110230405A (en) * | 2018-03-05 | 2019-09-13 | 青岛腾远设计事务所有限公司 | A kind of bearing diagonal of the fluid pressure type automatic adjustment verticality for fabricated construction |
| CN111910771A (en) * | 2020-07-29 | 2020-11-10 | 江苏新盈装配建筑科技有限公司 | Assembling building connection reinforcing apparatus |
| CN112458814B (en) * | 2020-12-11 | 2022-04-19 | 孙萌 | Road design roadbed reinforced structure |
| CN112922370A (en) * | 2021-01-28 | 2021-06-08 | 浙江至方建设有限公司 | Assembled shear wall and construction method |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN204920223U (en) * | 2015-08-05 | 2015-12-30 | 四川鑫铖环保科技有限责任公司 | Multi -functional bracing |
| CN205617821U (en) * | 2016-04-12 | 2016-10-05 | 中航建设集团有限公司 | Building wall strutting arrangement |
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| CN107060357A (en) | 2017-08-18 |
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