CN204914209U - Concrete mixing plant octagon combined supporting steel construction - Google Patents
Concrete mixing plant octagon combined supporting steel construction Download PDFInfo
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- CN204914209U CN204914209U CN201520656487.9U CN201520656487U CN204914209U CN 204914209 U CN204914209 U CN 204914209U CN 201520656487 U CN201520656487 U CN 201520656487U CN 204914209 U CN204914209 U CN 204914209U
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Abstract
The utility model provides an use the utilization ratio that concrete mixing plant octagon combined supporting steel construction, compact structure, directly put top and main website structure with the powder storehouse on, the area that significantly reduces, improvement soil and resource that can furthest to improve the price / performance ratio, economic benefits obviously improves, satisfies market and customer's multiple demands. Be by: the dead load bearing diagonal is connected to stirring station combined supporting stand device, the main support that carries of " A " shape, measurement layer crossbeam, powder layer crossbeam, measurement stratum society platform, powder stratum society platform structure, the top of two pair at least stirring station combined supporting stand devices sets up powder layer crossbeam, and the middle part of stirring station combined supporting stand device sets up measurement layer crossbeam, measurement layer crossbeam top coincide to correspond and sets up measurement stratum society platform, and crossbeam top in powder layer coincide to correspond and sets up powder stratum society platform.
Description
Technical field
The utility model relates to concrete mixing plant, especially a kind of concrete mixing plant octagon combined support steel construction.
Background technology
At present, existing concrete mixing plant main website form all more adopts main website and filler bin independence separate structure, the many uses of main website structure four supporting legs go up lower support 2 ~ 3 layers of combined platform successively, form rectangular structure form, and filler bin is placed on side, main website basis and arranges successively; Market also exists a kind of filler bin and coordinates the version supported with main website, be also utilize filler bin supporting leg or by filler bin as steel construction top.
Existing concrete mixing plant is with regard to integral form, the platform adopted is quadrilateral structure, and supporting leg is in quadrangle corner, and this mode is commonly used in the supporting construction of current concrete mixing plant, this structure main website floor space is comparatively large, and resource utilization is lower.The another kind of steel structural form using filler bin top set structure, often can not adjust according to the size of filler bin volume, support not isometric cement bin, the supporting very flexible of warehouse volume two kinds of versions for a long time, it is technical barrier in the art, form the bottleneck further developed, along with production economy benefit is limited, market and client's multiple demands can not be met.
In view of the foregoing, existing concrete mixing plant needs reformed AHP.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, a kind of concrete mixing plant octagon combined support steel construction is provided, compact conformation, on direct for filler bin top set and main website structure, greatly reduce floor space, the use utilization rate of soil and resource can be improved to greatest extent, thus improve cost performance, economic benefit significantly improves, and meets market and client's multiple demands.
The utility model to achieve these goals, adopt following technical scheme: a kind of concrete mixing plant octagon powder metering combined support steel construction, by mixing plant combined support stand column device 1, be connected and fixed load bearing diagonal 2, " A " shape master carries support 3, measuring layer crossbeam 4, powder layer crossbeam 5, measuring layer combined platform 6, powder layer combined platform 7 is formed; The top of at least two pairs of mixing plant combined support stand column device 1 arranges powder layer crossbeam 5, and the middle part of mixing plant combined support stand column device 1 arranges measuring layer crossbeam 4; Correspondence of coincideing above measuring layer crossbeam 4 arranges measuring layer combined platform 6, and correspondence of coincideing above powder layer crossbeam 5 arranges powder layer combined platform 7.
Between the lower margin that measuring layer crossbeam 4, powder layer crossbeam 5 are adjacent with mixing plant combined support stand column device 1, uniform setting is connected and fixed load bearing diagonal 2, and between mixing plant combined support stand column device 1 lower margin separately and the middle part of powder layer crossbeam 5, uniform setting " A " shape master carries support 3.
Be connected and fixed " X " shape that load bearing diagonal 2 is set to symmetrical chiasma.
" A " shape master is carried support 3 and is set to isosceles triangle.
Mixing plant combined support stand column device 1 be preferably set to three to, four to or five right, be connected and fixed load bearing diagonal 2 by uniform setting between adjacent mixing plant combined support stand column device 1, form respectively and overlook as hexagon, octagon, decagonal structure.
Overlook the mixing plant combined support stand column device 1 for hexagon, octagon, decagon structure, measuring layer crossbeam 4 is set with uniform between opposite side separately, carries support 3 with " A " shape master and form the structure of overlooking as triangular shape, " well " shape, five-cornuted respectively.
Overlook the mixing plant combined support stand column device 1 for hexagon, octagon, decagon structure, powder layer crossbeam 5 is set with uniform between opposite side separately, carries support 3 with " A " shape master and form the structure of overlooking as triangular shape, " well " shape, five-cornuted respectively.
Form " A " shape master overlooked as the structure of triangular shape, " well " shape, five-cornuted and carry support 3, misplace respectively 60 °, 45 °, 36 ° angles of downward projection structure are arranged.
Technological principle of the present utility model is: a kind of mixing plant version of novelty of the utility model framework, sets up new site type structure, expands the site type series stirred.Adopt two root posts 1 to use column diagonal brace 2 to be combined into one respectively, final formation four, four diagonal angles are placed on relevant position, are still combined into peripheral octagonal framework with column diagonal brace 2 between four columns.
Four A-brackets 3 are encircled a city a square, be placed on column 1 encircle a city octagon in the middle part of, after using measuring layer crossbeam 5, in the middle part of column 1 and A-bracket 3, two parts are connected into entirety, measuring layer platform group 6 is placed on measuring layer crossbeam 4, column 1 and A-bracket 3 top are connected into entirety by same use powder layer crossbeam 5, finally powder layer platform group 7 is placed on powder layer crossbeam, finally forms frame support structure.
Described column is that round steel pipe is made, steel pipe position is at octagonal eight vertex positions, and straight up, what in the middle part of column and top was arranged has connecting plate, for connecting measuring layer crossbeam and powder layer crossbeam, between adjacent two root posts, column diagonal brace is used to make; Column diagonal brace uses standard cell steel to complete, and between two root posts, eight root post positions fixed by top-bottom cross two " X " shape diagonal braces that distribute;
Described middle A-bracket is that rectangular square tube is made, be arranged in the middle of eight root posts, a set of equipment is supported by four A shapes and forms, 4th support base placed close together successively, bottom is formed as a square structure, the upper vertex that A shape supports also forms a square on top, the summit that A shape supports is positioned on this foursquare summit, 4 A-brackets are spatially forming two squares up and down, upper and lower two square vertices misplace 45° angle successively (namely from top view, the square vertices projection on top just in time drops on the foursquare four edges mid point in bottom), all around around one group between two, eight columns, position is parallel to A shape support base square limit, middle part respectively, and column top supports formation isosceles triangle in A shape, A-bracket structure is also furnished with connecting plate at middle part and top, is connected in the lump with column with measuring layer crossbeam and powder layer crossbeam, thus forms frame structure.
Described measuring layer crossbeam adopts section bar to make, different according to bearing capacity, generally selects rectangular tube or I-steel, is connected as surrounding column with middle part A shape, be connected to form " well " word structure; Powder layer crossbeam is similar, and being also has section bar to use, and is also connected with middle part A-bracket by surrounding column, same formation " well " font structure, two well word structures dislocation 45° angles.
Described measuring layer platform and powder layer platform, measuring layer platform combination is arranged on measuring layer crossbeam top, powder layer crossbeam is arranged filler bin platform combination, platform combination is all formed by polylith platform combination, platform making uses common section bar to do framework and forms at upper surface laying checkered steel plate, platform quantity and arrangement form are determined according to the physical dimension at whole station, coordinate transportation clearance restriction simultaneously and determine, accomplishing to be paved with the area rectified and improved and be made up of eight columns.
The beneficial effects of the utility model are: compact conformation, on direct for filler bin top set and main website structure, greatly reduce floor space, the use utilization rate of soil and resource can be improved to greatest extent, thus raising cost performance, economic benefit significantly improves, and meets market and client's multiple demands.
The utility model can be widely used in the supporting construction of concrete mixing plant main website, be adapted to support the measuring equipment of producing concrete batch plant, store filler bin equipment, concrete mixing plant supporting construction has been carried out planning and layout again by the utility model, four traditional cube structures are abandoned, support main website and become polygon prism structure, be not limited to six prisms of optimal technical scheme, eight prisms, ten prisms; On the direct top set of filler bin and main website structure, the utility model floor space is less, and structure is compacter, can improve the use utilization rate in soil to greatest extent, thus improves cost performance.
Best-of-breed technology scheme of the present utility model is: concrete mixing plant octagon support steel structure.Concrete mixing plant octagon steel construction is that to complete form be eight-sided formation to platform combination, 8 supporting leg forms are supported in octagonal corner, use four A types supports as the support of middle part steel structure in centre, thus four of combined support top filler bins, this supporting structure combination form can according to the size adjustment support zone of filler bin volume, thus guarantee to support not isometric cement bin form.Certain energy-conserving and environment-protective, are convenient to promote.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the utility model is described in further detail:
Fig. 1 is general assembly structural representation of the present utility model;
Fig. 2 is the plan structure schematic diagram of measuring layer crossbeam in Fig. 1;
Fig. 3 is the plan structure schematic diagram of powder layer crossbeam in Fig. 1;
In Fig. 1,2,3: mixing plant combined support stand column device 1, is connected and fixed load bearing diagonal 2, " A " shape master carries support 3, measuring layer crossbeam 4, powder layer crossbeam 5, measuring layer combined platform 6, powder layer combined platform 7.
Detailed description of the invention
Below in conjunction with accompanying drawing and detailed description of the invention, the utility model is described in further detail:
As shown in the figure, the top of at least two pairs of mixing plant combined support stand column device 1 arranges powder layer crossbeam 5, and the middle part of mixing plant combined support stand column device 1 arranges measuring layer crossbeam 4; Correspondence of coincideing above measuring layer crossbeam 4 arranges measuring layer combined platform 6, and correspondence of coincideing above powder layer crossbeam 5 arranges powder layer combined platform 7.
Between the lower margin that measuring layer crossbeam 4, powder layer crossbeam 5 are adjacent with mixing plant combined support stand column device 1, uniform setting is connected and fixed load bearing diagonal 2, and between mixing plant combined support stand column device 1 lower margin separately and the middle part of powder layer crossbeam 5, uniform setting " A " shape master carries support 3.
Be connected and fixed " X " shape that load bearing diagonal 2 is set to symmetrical chiasma.
" A " shape master is carried support 3 and is set to isosceles triangle.
Mixing plant combined support stand column device 1 be preferably set to three to, four to or five right, be connected and fixed load bearing diagonal 2 by uniform setting between adjacent mixing plant combined support stand column device 1, form respectively and overlook as hexagon, octagon, decagonal structure.
Overlook the mixing plant combined support stand column device 1 for hexagon, octagon, decagon structure, measuring layer crossbeam 4 is set with uniform between opposite side separately, carries support 3 with " A " shape master and form the structure of overlooking as triangular shape, " well " shape, five-cornuted respectively.
Overlook the mixing plant combined support stand column device 1 for hexagon, octagon, decagon structure, powder layer crossbeam 5 is set with uniform between opposite side separately, carries support 3 with " A " shape master and form the structure of overlooking as triangular shape, " well " shape, five-cornuted respectively.
Form " A " shape master overlooked as the structure of triangular shape, " well " shape, five-cornuted and carry support 3, misplace respectively 60 °, 45 °, 36 ° angles of downward projection structure are arranged.
Claims (8)
1. a concrete mixing plant octagon combined support steel construction, by mixing plant combined support stand column device (1), be connected and fixed load bearing diagonal (2), " A " shape master carries support (3), measuring layer crossbeam (4), powder layer crossbeam (5), measuring layer combined platform (6), powder layer combined platform (7) is formed; It is characterized in that: the top of at least two pairs of mixing plant combined support stand column device (1) arranges powder layer crossbeam (5), the middle part of mixing plant combined support stand column device (1) arranges measuring layer crossbeam (4); The identical correspondence in measuring layer crossbeam (4) top arranges measuring layer combined platform (6), and the identical correspondence in powder layer crossbeam (5) top arranges powder layer combined platform (7).
2. a kind of concrete mixing plant octagon combined support steel construction according to claim 1, it is characterized in that: between the lower margin that measuring layer crossbeam (4), powder layer crossbeam (5) are adjacent with mixing plant combined support stand column device (1), uniform setting is connected and fixed load bearing diagonal (2), between mixing plant combined support stand column device (1) lower margin separately and the middle part of powder layer crossbeam (5), uniform setting " A " shape master carries support (3).
3. a kind of concrete mixing plant octagon combined support steel construction according to claim 2, is characterized in that: be connected and fixed " X " shape that load bearing diagonal (2) is set to symmetrical chiasma.
4. a kind of concrete mixing plant octagon combined support steel construction according to claim 2, is characterized in that: " A " shape master is carried support (3) and is set to isosceles triangle.
5. a kind of concrete mixing plant octagon combined support steel construction according to claim 1, it is characterized in that: mixing plant combined support stand column device (1) be preferably set to three to, four to or five right, be connected and fixed load bearing diagonal (2) by uniform setting between adjacent mixing plant combined support stand column device (1), form respectively and overlook as hexagon, octagon, decagonal structure.
6. a kind of concrete mixing plant octagon combined support steel construction according to claim 1, it is characterized in that: overlook the mixing plant combined support stand column device (1) into hexagon, octagon, decagon structure, measuring layer crossbeam (4) is set with uniform between opposite side separately, carries support (3) with " A " shape master and form the structure of overlooking as triangular shape, " well " shape, five-cornuted respectively.
7. a kind of concrete mixing plant octagon combined support steel construction according to claim 6, it is characterized in that: overlook the mixing plant combined support stand column device (1) into hexagon, octagon, decagon structure, powder layer crossbeam (5) is set with uniform between opposite side separately, carries support (3) with " A " shape master and form the structure of overlooking as triangular shape, " well " shape, five-cornuted respectively.
8. a kind of concrete mixing plant octagon combined support steel construction according to claim 7, it is characterized in that: form " A " shape master overlooked as the structure of triangular shape, " well " shape, five-cornuted and carry support (3), misplace respectively 60 °, 45 °, 36 ° angles of downward projection structure are arranged.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520656487.9U CN204914209U (en) | 2015-08-20 | 2015-08-20 | Concrete mixing plant octagon combined supporting steel construction |
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| CN201520656487.9U CN204914209U (en) | 2015-08-20 | 2015-08-20 | Concrete mixing plant octagon combined supporting steel construction |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111469272A (en) * | 2020-04-09 | 2020-07-31 | 郑州三和水工机械有限公司 | Integral type environmental protection type frame stirring building frame construction |
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2015
- 2015-08-20 CN CN201520656487.9U patent/CN204914209U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111469272A (en) * | 2020-04-09 | 2020-07-31 | 郑州三和水工机械有限公司 | Integral type environmental protection type frame stirring building frame construction |
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