CN214697054U - Column-drawing reinforcing structure of single-storey factory building - Google Patents
Column-drawing reinforcing structure of single-storey factory building Download PDFInfo
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- CN214697054U CN214697054U CN202120381941.XU CN202120381941U CN214697054U CN 214697054 U CN214697054 U CN 214697054U CN 202120381941 U CN202120381941 U CN 202120381941U CN 214697054 U CN214697054 U CN 214697054U
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Abstract
The utility model relates to a post reinforced structure is taken out to individual layer factory building, including waiting to take out the post, adjacent post first, adjacent post second, it is equipped with cantilever reinforced structure first to wait to take out between the upper end of post and adjacent post first, cantilever reinforced structure first quadrilateral frame includes short vertical angle limit first, horizontal right angle limit first, long vertical angle limit first, the indent encircles limit first, short vertical angle limit first is connected with the upper end one side of waiting to take out the post, horizontal right angle limit first is connected with the crossbeam, long vertical angle limit first is connected with adjacent post first, it is equipped with cantilever reinforced structure second to wait to take out between the upper end of post and adjacent post second, cantilever reinforced structure second quadrilateral frame second is including short vertical angle limit second, horizontal right angle limit second, long vertical angle limit second, the indent encircles limit second, short vertical angle limit second is connected with the upper end opposite side of waiting to take out the post, horizontal right angle limit second is connected with the crossbeam, long vertical angle second is connected with adjacent post second. The utility model discloses a waiting to take out the scheme that sets up cantilever reinforced structure and consolidate the crossbeam between post and adjacent post, have the construction of being convenient for, characteristics that the efficiency of construction is high.
Description
Technical Field
The utility model relates to a take out post reinforced structure, in particular to individual layer factory building takes out post reinforced structure belongs to and takes out post construction field.
Background
In order to meet the use requirement of equipment with larger occupied area in the use process of a building, the use area of the interior needs to be enlarged and combined, and the existing support column structure is necessary to be extracted. However, after the supporting columns are removed, the stress balance state of the building structure is obviously changed, firstly, the span of the beam body supported on the column body is increased after the beam body loses the support of the column body, so that the deflection, cracks, bearing capacity and the like of the beam body cannot meet the design requirements, and secondly, after the supporting columns are removed, the loads of adjacent bearing members are inevitably increased in different degrees, so that the bearing members cannot meet the requirement of the bearing capacity. At present, the mode of increasing the section of the beam body is generally adopted for reinforcing and transforming the beam body, but the mode not only increases the weight and the volume of the beam body, but also has large construction amount and higher construction difficulty.
SUMMERY OF THE UTILITY MODEL
The utility model discloses column reinforced structure is taken out to individual layer factory building discloses new scheme, adopts and is waiting to take out the column reinforcing scheme of taking out that sets up cantilever reinforced structure and come the reinforcement crossbeam between column and adjacent post, and it is big to have solved the construction volume that current scheme adopted the mode that increases the roof beam body cross-section to bring, problem that the construction degree of difficulty is high.
The utility model discloses a single-storey factory building extraction column reinforcing structure comprises an extraction column, one side of the extraction column is provided with an adjacent column A, the other side of the extraction column is provided with an adjacent column B, a cantilever reinforcing structure A is arranged between the upper end of the extraction column and the adjacent column A, the cantilever reinforcing structure A comprises a quadrilateral frame A, the quadrilateral frame A comprises a short vertical angle edge A, a transverse angle edge A, a long vertical angle edge A and an indent arch edge A, the short vertical angle edge A is connected with one side of the upper end of the extraction column, the transverse angle edge A is connected with the adjacent column A and a cross beam between the extraction columns, the long vertical angle edge A is connected with the adjacent column A, a cantilever reinforcing structure B is arranged between the upper end of the extraction column and the adjacent column B, the cantilever reinforcing structure B comprises a quadrilateral frame B, the quadrilateral frame B comprises a short vertical angle edge B, a transverse angle edge B, a long vertical angle edge B, an indent arch edge B, the short vertical angle B is connected with the other side of the upper end of the extraction column, the horizontal right-angle side B is connected with the adjacent column B and a cross beam between columns to be drawn, and the long vertical angle side B is connected with the adjacent column B.
Further, the place ahead of the post is equipped with adjacent post third of waiting to take out of this scheme, it is equipped with cantilever reinforced structure third to wait to take out the upper end of post and adjacent post third of the ten heavenly stems to be equipped with, cantilever reinforced structure third includes that quadrilateral frame third includes that short vertical angle is third, horizontal right angle third of the ten heavenly stems, long vertical angle third of the ten heavenly stems, the indent encircles third of the ten heavenly stems, short vertical angle third of the ten heavenly stems is connected with the upper end front side of waiting to take out the post, horizontal right angle third of the ten heavenly stems and adjacent post third of the ten heavenly stems, it is connected to wait to take out the crossbeam between the post, long vertical angle third of the ten heavenly stems is connected with adjacent post third of the ten heavenly stems.
Further, the rear of the post of waiting to take out of this scheme is equipped with adjacent post butyl, it adds the solid structure butyl to be equipped with the cantilever between the upper end of waiting to take out the post and adjacent post butyl, cantilever reinforced structure butyl includes quadrilateral frame butyl, quadrilateral frame butyl includes short vertical angle limit butyl, horizontal right angle limit butyl, long vertical angle limit butyl, indent arch limit butyl, short vertical angle limit butyl is connected with the upper end rear side of waiting to take out the post, horizontal right angle limit butyl and adjacent post butyl, the crossbeam of waiting to take out between the post is connected, long vertical angle limit butyl is connected with adjacent post butyl.
Still further, the quadrilateral frame A of the scheme is internally provided with a reinforcing grid plate A, the reinforcing grid plate A comprises a plurality of transverse grid plates A and vertical grid plates A, the transverse grid plates A are arranged in a downward inclination mode from the column to be drawn to the adjacent column A, the transverse grid plates A are intersected and connected with the vertical grid plates A, the quadrilateral frame B is internally provided with a reinforcing grid plate B, the reinforcing grid plate B comprises a plurality of transverse grid plates B and vertical grid plates B, the transverse grid plates B are arranged in a downward inclination mode from the column to be drawn to the adjacent column B, the transverse grid plates B are intersected and connected with the vertical grid plates B, the quadrilateral frame C is internally provided with a reinforcing grid plate C, the reinforcing grid plate C comprises a plurality of transverse grid plates C and vertical grid plates C, the transverse grid plates C are arranged in a downward inclination mode from the column to be drawn to the adjacent column C, the transverse grid plates C are intersected and connected with the vertical grid plates C, and the reinforcing grid plate D is arranged in the quadrilateral frame D, and the reinforcing grid plate D comprises a plurality of transverse T-shaped grids A, The horizontal grid plate T is arranged in a downward inclined mode along the direction from the column to be drawn to the adjacent column T, and the horizontal grid plate T is connected with the vertical grid plate T in an intersecting mode.
Still further, the cantilever reinforced structure A, the cantilever reinforced structure B, the cantilever reinforced structure C and the cantilever reinforcing structure T are made of carbon fiber reinforced plastics.
The utility model discloses the individual layer factory building is taken out post reinforced structure and is adopted and waiting to take out the post and set up the post reinforcing scheme of taking out that cantilever reinforced structure strengthened the crossbeam between post and adjacent post, has the construction of being convenient for, characteristics that the efficiency of construction is high.
Drawings
Fig. 1 is a front view of a single-storey workshop extraction column reinforcing structure before extraction columns.
Fig. 2 is a front view of a single-storey workshop column-drawing reinforcing structure after column drawing.
Fig. 3 is a schematic bottom view of an example of a single floor column-drawing reinforcing structure.
Fig. 4 is a schematic front view of the cantilever reinforcement structure (a/b/c/d).
Fig. 5 is a schematic top view of a cantilever reinforcement structure (a/b/c/d).
Fig. 6 is a schematic left view of the cantilever reinforcement structure (a/b/c/d).
The drawing column comprises a column to be drawn 100, a column A200, a cantilever reinforcing structure A210, a cantilever reinforcing structure B300, a cantilever reinforcing structure B310, a cantilever reinforcing structure C400, a cantilever reinforcing structure C410, a cantilever reinforcing structure C500, a cantilever reinforcing structure T510, a cantilever reinforcing structure T600, a quadrilateral frame (A/B/C/T) 600, a short vertical angle (A/B/C/T) 610, a transverse angle (A/B/C/T) 620, a long vertical angle (A/B/C/T) 630, an inward concave arch edge (A/B/C/T) 640, a reinforcing grid plate (A/B/C/T) 700, a transverse grid plate (A/B/C/T) 710 and a vertical grid plate (A/B/C/T) 720.
Detailed Description
As shown in figures 1, 2 and 4, the utility model discloses a single-layer factory building extraction column reinforcing structure comprises an extraction column to be extracted, one side of the extraction column is provided with an adjacent column A, the other side of the extraction column is provided with an adjacent column B, a cantilever reinforcing structure A is arranged between the upper end of the extraction column and the adjacent column A, the cantilever reinforcing structure A comprises a quadrilateral frame A, the quadrilateral frame A comprises a short vertical angle side A, a transverse right angle side A, a long vertical angle side A and an inner concave arch side A, the short vertical angle side A is connected with one side of the upper end of the extraction column, the transverse right angle side A is connected with the adjacent column A and a cross beam between the extraction columns, the long vertical angle side A is connected with the adjacent column A, a cantilever reinforcing structure B is arranged between the upper end of the extraction column and the adjacent column B, the cantilever reinforcing structure B comprises a quadrilateral frame B, the quadrilateral frame B comprises a short vertical angle side B, a transverse right angle side B, a long vertical angle side B, a short vertical side B is connected with the other side of the extraction column to be extracted, the horizontal right-angle side B is connected with the adjacent column B and a cross beam between columns to be drawn, and the long vertical angle side B is connected with the adjacent column B.
Above-mentioned scheme adopts and is waiting to take out the post reinforcement scheme of taking out that sets up cantilever reinforced structure and come the reinforcement crossbeam between post and adjacent post, wherein, cantilever reinforced structure has adopted quadrilateral frame structure, frame structure's horizontal right angle limit and the crossbeam fixed connection of top, and the short vertical angle limit of horizontal right angle limit both sides with wait to take out post upper end fixed connection, long vertical angle limit and the adjacent post fixed connection who corresponds, the effectual reinforced structure that holds up has been formed, and simultaneously, relative both sides indent hunch limit with wait to take out the enhancement bearing structure that post upper end formed upwards hunch-up, overall structure's bearing capacity has been strengthened, only need when the construction with light cantilever reinforced structure install in place can, need not to consider the cross-section of increase crossbeam and relevant construction process, the work progress has been simplified, the efficiency of construction has been improved.
In-process at the actual post of taking out, the adjacent post that the outlying needs of waiting to take out the post are strengthened can be 3 or 4 that surpass 2, in order to satisfy higher reinforcement requirement, as shown in figure 3, 4, the place ahead of waiting to take out the post of this scheme is equipped with adjacent post third, it is equipped with cantilever reinforced structure third to wait to take out the upper end of post and adjacent post third of the ten heavenly stems, cantilever reinforced structure third includes quadrilateral frame third, quadrilateral frame third includes short vertical angle third of the ten heavenly stems, horizontal vertical angle third of the ten heavenly stems, long vertical angle third of the ten heavenly stems, indent arch third of the ten heavenly stems, short vertical angle third of the ten heavenly stems and the upper end front side of waiting to take out the post are connected, horizontal vertical angle third of the ten heavenly stems and adjacent post third of the ten heavenly stems, it is connected to wait to take out the crossbeam between the post, long vertical angle third of the ten heavenly stems and adjacent post third of the ten heavenly stems are connected. The rear of the post is taken out in treating of this scheme is equipped with adjacent post butyl, it adds the consolidation structure butyl to be equipped with the cantilever between the upper end of taking out the post and adjacent post butyl, cantilever reinforced structure butyl includes quadrilateral frame butyl, quadrilateral frame butyl includes short vertical angle limit butyl, horizontal right angle limit butyl, long vertical angle limit butyl, indent arch limit butyl, short vertical angle limit butyl is connected with the upper end rear side of waiting to take out the post, horizontal right angle limit butyl and adjacent post butyl, the crossbeam of waiting to take out between the post is connected, long vertical angle limit butyl is connected with adjacent post butyl.
Based on the scheme, in order to further improve the bearing capacity of the cantilever reinforced structure, as shown in figures 2, 4, 5 and 6, a reinforcing grid plate A is arranged in a quadrilateral frame A of the scheme, the reinforcing grid plate A comprises a plurality of transverse grid plates A and vertical grid plates A, the transverse grid plates A are obliquely downwards arranged along the direction from a column to be drawn to an adjacent column A, the transverse grid plates A are intersected and connected with the vertical grid plates A, a reinforcing grid plate B is arranged in a quadrilateral frame B, the reinforcing grid plate B comprises a plurality of transverse grid plates B and vertical grid plates B, the transverse grid plates B are obliquely downwards arranged along the direction from the column to be drawn to the adjacent column B, the transverse grid plates B are intersected and connected with the vertical grid plates B, a reinforcing grid plate C is arranged in a quadrilateral frame C, the reinforcing grid plate C comprises a plurality of transverse grid plates C and vertical grid plates C, the transverse grid plates C are obliquely downwards arranged along the direction from the column to be drawn to the adjacent column C, the horizontal grid plate third is connected with the vertical grid plate third in an intersecting manner, the reinforcing grid plate T is arranged in the quadrilateral frame T and comprises a plurality of horizontal grid plate Ts and vertical grid plate Ts, the horizontal grid plate T is arranged in a downward inclining manner along the direction from the column to be drawn to the adjacent column T, and the horizontal grid plate T is connected with the vertical grid plate T in an intersecting manner. Wherein, the horizontal grid tray of downward sloping has formed stable triangle frame structure with the frame structure, and it combines together with vertical grid tray and has improved cantilever reinforced structure's load-carrying ability by a wide margin. Further, in order to reduce the weight of the cantilever reinforcing structure, improve the bearing performance of the cantilever reinforcing structure, improve the corrosion resistance and the like, the cantilever reinforcing structure A, the cantilever reinforcing structure B, the cantilever reinforcing structure C and the cantilever reinforcing structure D are made of carbon fiber reinforced plastics. The carbon fiber is a composite material with multiple physical and mechanical properties comparable to those of metal, has the properties of high temperature resistance, friction resistance, electric conduction, heat conduction, corrosion resistance, small thermal expansion coefficient and the like, has the characteristics of high strength along the fiber axis direction, ultralight weight, small specific gravity, high specific strength and the like, and has various properties superior to those of a steel structure.
The structures and connections disclosed in this application may be implemented using conventional or customary arrangements known in the art, unless otherwise specified. The column-drawing reinforcing structure of the single-storey factory building is not limited to the content disclosed in the specific embodiment, the technical solutions presented in the examples can be extended based on the understanding of those skilled in the art, and simple alternatives made by those skilled in the art according to the present solution in combination with common general knowledge also belong to the scope of the present solution.
Claims (5)
1. Column reinforced structure is taken out to individual layer factory building, characterized by include and wait to take out the post, the one side of waiting to take out the post is equipped with adjacent post first, the opposite side of waiting to take out the post is equipped with adjacent post second, wait to take out the upper end of post with be equipped with cantilever reinforced structure first between adjacent post first, cantilever reinforced structure first includes quadrilateral frame first, quadrilateral frame first includes short vertical angle limit first, horizontal right angle limit first, long vertical angle limit first, indent arch limit first, short vertical angle limit first with wait to take out upper end one side of post and be connected, horizontal right angle limit first with adjacent post first, wait to take out the crossbeam between the post and connect, long vertical angle limit first with adjacent post first connects, wait to take out the upper end of post with be equipped with cantilever reinforced structure second between adjacent post second, cantilever reinforced structure second includes quadrilateral frame second, quadrilateral frame second includes short vertical angle limit second, The transverse right-angle side B is connected with the other side of the upper end of the column to be drawn, the transverse right-angle side B is connected with the adjacent column B and a cross beam between the columns to be drawn, and the long vertical right-angle side B is connected with the adjacent column B.
2. The extraction column reinforcing structure of the single-storey factory building according to claim 1, wherein an adjacent column C is arranged in front of the column to be extracted, a cantilever reinforcing structure C is arranged between the upper end of the column to be extracted and the adjacent column C, the cantilever reinforcing structure C comprises a quadrilateral frame C, the quadrilateral frame C comprises a short vertical corner C, a transverse corner C, a long vertical corner C and an inward concave arch C, the short vertical corner C is connected with the front side of the upper end of the column to be extracted, the transverse corner C is connected with the adjacent column C and a cross beam between the columns to be extracted, and the long vertical corner C is connected with the adjacent column C.
3. The single-storey factory building column-drawing reinforcing structure according to claim 2, wherein an adjacent column T is arranged behind the column to be drawn, a cantilever reinforcing structure T is arranged between the upper end of the column to be drawn and the adjacent column T, the cantilever reinforcing structure T comprises a quadrilateral frame T, the quadrilateral frame T comprises a short vertical angle T, a transverse angle T, a long vertical angle T and an inward concave arch T, the short vertical angle T is connected with the rear side of the upper end of the column to be drawn, the transverse angle T is connected with the adjacent column T and a cross beam between the columns to be drawn, and the long vertical angle T is connected with the adjacent column T.
4. The extraction column reinforcing structure of the single-story factory building as claimed in claim 3, wherein the first quadrilateral frame is provided with a first reinforcing grid plate, the first reinforcing grid plate comprises a plurality of first transverse grid plates and a plurality of first vertical grid plates, the first transverse grid plates are inclined downwards in the direction from the extraction column to the first adjacent column, the first transverse grid plates are connected with the first vertical grid plates in an intersecting manner, the second quadrilateral frame is provided with a second reinforcing grid plate, the second reinforcing grid plates comprise a plurality of second transverse grid plates and a plurality of second vertical grid plates, the second transverse grid plates are inclined downwards in the direction from the extraction column to the second adjacent column, the second transverse grid plates are connected with the second vertical grid plates in an intersecting manner, the third quadrilateral frame is provided with a third reinforcing grid plate, the third reinforcing grid plates comprise a plurality of third transverse grid plates and third vertical grid plates, the third transverse grid plates are inclined downwards in the direction from the extraction column to the first adjacent column, the horizontal grid plate third is connected with the vertical grid plate third in an intersecting manner, the reinforcing grid plate T is arranged in the quadrilateral frame T and comprises a plurality of horizontal grid plate Ts and vertical grid plate Ts, the horizontal grid plate T is arranged in a downward inclining manner along the direction from the column to be drawn to the adjacent column T, and the horizontal grid plate T is connected with the vertical grid plate T in an intersecting manner.
5. The single story factory building column extraction reinforcing structure of claim 4, wherein the cantilever reinforcing structure A, the cantilever reinforcing structure B, the cantilever reinforcing structure C and the cantilever reinforcing structure D are made of carbon fiber reinforced plastics.
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| Application Number | Priority Date | Filing Date | Title |
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| CN202120381941.XU CN214697054U (en) | 2021-02-20 | 2021-02-20 | Column-drawing reinforcing structure of single-storey factory building |
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| CN202120381941.XU CN214697054U (en) | 2021-02-20 | 2021-02-20 | Column-drawing reinforcing structure of single-storey factory building |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115263013A (en) * | 2022-07-19 | 2022-11-01 | 中冶检测认证有限公司 | Industrial plant joist column cutting method and industrial plant joist structure |
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2021
- 2021-02-20 CN CN202120381941.XU patent/CN214697054U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115263013A (en) * | 2022-07-19 | 2022-11-01 | 中冶检测认证有限公司 | Industrial plant joist column cutting method and industrial plant joist structure |
| CN115263013B (en) * | 2022-07-19 | 2024-03-01 | 中冶检测认证有限公司 | Joist column cutting method and joist structure for industrial factory building |
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