CN215045976U - Directional grading distribution device - Google Patents
Directional grading distribution device Download PDFInfo
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- CN215045976U CN215045976U CN202120515301.3U CN202120515301U CN215045976U CN 215045976 U CN215045976 U CN 215045976U CN 202120515301 U CN202120515301 U CN 202120515301U CN 215045976 U CN215045976 U CN 215045976U
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Abstract
The directional grading and distributing device is characterized by comprising a first grading sieve (21), a first incoming material belt conveyor (1), a second incoming material belt conveyor (2), a third incoming material belt conveyor (3), a warehousing reversible belt conveyor, a distribution bin, a transshipment belt conveyor, a bucket elevator, a traveling bilateral distribution belt conveyor and a product bin. This patent can realize realizing even cloth with the product in limited space, utilizes the feed bin space effectively, realizes automatic mechanized production operation.
Description
Technical Field
The patent relates to a directional grading distributing device.
Background
In the related disposal industries of building solid waste and the like, after a series of related disposal processes, aggregate with single particle size is usually generated, such as aggregate with 0-5mm, aggregate with 5-10mm or aggregate with 5-16mm, aggregate with 10-25mm or aggregate with 16-31.5mm, the particle size of the generated aggregate is relatively single, if the aggregate is directly blended in the production process and cannot meet the proportioning requirement among the aggregates with various particle sizes, the aggregate with single particle size fraction needs to be generated firstly, and then the aggregates with different particle sizes and different proportions are blended in a compounding manner so as to meet the rear end blending requirements of different products. At present, all adopt artifical and loading machine's form to compound single aggregate in the actual production, and this patent can accomplish this work through the form of conveyor belt and proportioning bins, and the ratio is more accurate, realizes mechanized production operation.
Meanwhile, the general space of the product bin is relatively limited, the product accumulation amount is limited due to the single blanking point, the space utilization rate of the product bin is insufficient, the loading machinery is adopted for transportation at present, the material distribution system, the bucket type vertical lifting device, the traveling type bilateral material distribution device and the rotary material distribution device can realize uniform material distribution of products in the limited space, the bin space is effectively utilized, and the workload of manpower, loading machinery and transport vehicles is reduced.
SUMMERY OF THE UTILITY MODEL
The utility model aims to provide a directional grading distribution device, which is characterized in that the device comprises a first grading sieve (21), a first incoming material belt conveyor (1), a second incoming material belt conveyor (2), a third incoming material belt conveyor (3), a reversible belt conveyor for warehousing, a distribution bin, a reversed-carrying belt conveyor, a bucket elevator, a traveling bilateral distribution belt conveyor and a product bin;
the warehousing reversible belt conveyor comprises a first warehousing reversible belt conveyor (4) and a second warehousing reversible belt conveyor (6);
the matching bins comprise a first matching bin (5), a second matching bin (7), a third matching bin (8) and a fourth matching bin (9);
the transfer belt conveyor comprises a first transfer belt conveyor (10) and a second transfer belt conveyor (14);
the bucket elevator comprises a first bucket elevator (11) and a second bucket elevator (13);
the travelling double-side cloth belt conveyor comprises a first travelling double-side cloth belt conveyor (17), a second travelling double-side cloth belt conveyor (15) and a third travelling double-side cloth belt conveyor (16);
the product bins comprise a first product bin (20), a second product bin (18) and a third product bin (19);
the first grading sieve (21) is respectively connected with one ends of the first incoming material belt conveyor (1), the second incoming material belt conveyor (2) and the third incoming material belt conveyor (3);
the other end of the first incoming material belt conveyor (1) is connected with a first warehousing reversible belt conveyor (4) through a second grading screen (22);
the other end of the second feeding belt conveyor (2) is connected with a second warehousing reversible belt conveyor (6) through a second grading sieve (22); a sorting device is arranged between the second feeding belt conveyor (2) and the second grading screen (22);
the other end of the third incoming material belt conveyor (3) is connected with a third reversible belt conveyor (12);
the first warehousing reversible belt conveyor (4) is connected with an inlet of the first distribution warehouse (5);
the second warehousing reversible belt conveyor (6) is respectively connected with inlets of a second distribution warehouse (7) and a third distribution warehouse (8);
one end of the third reversible belt conveyor (12) is connected with an inlet of the fourth distribution bin (9), and the other end of the third reversible belt conveyor is connected with one end of a second bucket elevator (13).
Outlets of the first distribution bin (5), the second distribution bin (7), the third distribution bin (8) and the fourth distribution bin (9) are connected with one end of a first bucket elevator (11) through a first transfer belt conveyor (10);
the other end of the first bucket elevator (11) is connected with a second transfer belt conveyor (14); one end of the second transfer belt conveyor (14) is connected with the first product bin (20) through a first advancing type double-side distributing belt conveyor (17); the other end of the second transshipment belt conveyor (14) is connected with a second product bin (18) through a second advancing type double-side material distribution belt conveyor (15);
the other end of the second bucket elevator (13) is connected with a third product bin (19) through a third travelling double-side distributing belt conveyor (16).
The number of the first matching bins (5) is 2.
The first warehousing reversible belt conveyor (4) and the second warehousing reversible belt conveyor (6) are identical in structure and comprise reversible conveyors (2-1-1) and rotating bases (2-1-2); the reversible conveyor (2-1-1) is rotatable on a rotating base (2-1-2).
The first traveling type double-side distributing belt conveyor (17), the second traveling type double-side distributing belt conveyor (15) and the third traveling type double-side distributing belt conveyor (16) are identical in structure and comprise a distributing machine traveling rail (2-1), a traveling type unloading machine head (3-2) and a reversible conveyor (3-3), the traveling type unloading machine head (3-2) is connected with the reversible conveyor (3-3), and the traveling type unloading machine head (3-2) and the reversible conveyor (3-3) can slide along the distributing machine traveling rail (2-1).
Has the advantages that:
the utility model discloses a can be with these products with the grading back of different size grades, different proportions, mix raw materials such as cement, lime, fly ash and be used for high added value products such as inorganic binder, concrete for the production road. Meanwhile, the bucket type vertical elevator, the travelling type two-side distributing machine and the rotary distributing machine can realize uniform distribution of products in a limited space, effectively utilize the space of a storage bin and realize automatic mechanical production operation.
Drawings
FIG. 1 is a flow chart of the structure of the present patent;
FIG. 2 is a schematic structural diagram of the present patent;
FIG. 3 is a bottom view of FIG. 2;
FIG. 4 is a schematic structural view of a warehousing reversible belt conveyor;
FIG. 5 is a schematic structural view of a traveling double-sided cloth belt conveyor;
fig. 6 is a top view of fig. 5.
Detailed Description
The present invention will be further described with reference to the following specific examples.
As shown in the figure: a directional grading distribution device is characterized by comprising a first grading sieve (21), a first incoming material belt conveyor (1), a second incoming material belt conveyor (2), a third incoming material belt conveyor (3), a warehousing reversible belt conveyor, a distribution bin, a transshipment belt conveyor, a bucket elevator, a traveling bilateral distribution belt conveyor and a product bin;
the warehousing reversible belt conveyor comprises a first warehousing reversible belt conveyor (4) and a second warehousing reversible belt conveyor (6);
the matching bins comprise a first matching bin (5), a second matching bin (7), a third matching bin (8) and a fourth matching bin (9);
the transfer belt conveyor comprises a first transfer belt conveyor (10) and a second transfer belt conveyor (14);
the bucket elevator comprises a first bucket elevator (11) and a second bucket elevator (13);
the travelling double-side cloth belt conveyor comprises a first travelling double-side cloth belt conveyor (17), a second travelling double-side cloth belt conveyor (15) and a third travelling double-side cloth belt conveyor (16);
the product bins comprise a first product bin (20), a second product bin (18) and a third product bin (19);
the first grading sieve (21) is respectively connected with one ends of the first incoming material belt conveyor (1), the second incoming material belt conveyor (2) and the third incoming material belt conveyor (3);
the other end of the first incoming material belt conveyor (1) is connected with a first warehousing reversible belt conveyor (4) through a second grading screen (22);
the other end of the second feeding belt conveyor (2) is connected with a second warehousing reversible belt conveyor (6) through a second grading sieve (22); a sorting device is arranged between the second feeding belt conveyor (2) and the second grading screen (22);
the other end of the third incoming material belt conveyor (3) is connected with a third reversible belt conveyor (12);
the first warehousing reversible belt conveyor (4) is connected with an inlet of the first distribution warehouse (5);
the second warehousing reversible belt conveyor (6) is respectively connected with inlets of a second distribution warehouse (7) and a third distribution warehouse (8);
one end of the third reversible belt conveyor (12) is connected with an inlet of the fourth distribution bin (9), and the other end of the third reversible belt conveyor is connected with one end of a second bucket elevator (13).
Outlets of the first distribution bin (5), the second distribution bin (7), the third distribution bin (8) and the fourth distribution bin (9) are connected with one end of a first bucket elevator (11) through a first transfer belt conveyor (10);
the other end of the first bucket elevator (11) is connected with a second transfer belt conveyor (14); one end of the second transfer belt conveyor (14) is connected with the first product bin (20) through a first advancing type double-side distributing belt conveyor (17); the other end of the second transshipment belt conveyor (14) is connected with a second product bin (18) through a second advancing type double-side material distribution belt conveyor (15);
the other end of the second bucket elevator (13) is connected with a third product bin (19) through a third travelling double-side distributing belt conveyor (16).
The number of the first matching bins (5) is 2.
The first warehousing reversible belt conveyor (4) and the second warehousing reversible belt conveyor (6) are identical in structure and comprise reversible conveyors (2-1-1) and rotating bases (2-1-2); the reversible conveyor (2-1-1) is rotatable on a rotating base (2-1-2).
The first traveling type double-side distributing belt conveyor (17), the second traveling type double-side distributing belt conveyor (15) and the third traveling type double-side distributing belt conveyor (16) are identical in structure and comprise a distributing machine traveling rail (2-1), a traveling type unloading machine head (3-2) and a reversible conveyor (3-3), the traveling type unloading machine head (3-2) is connected with the reversible conveyor (3-3), and the traveling type unloading machine head (3-2) and the reversible conveyor (3-3) can slide along the distributing machine traveling rail (2-1).
The using method of the device comprises the following steps of crushing and screening the building solid waste to obtain incoming materials of 0-31.5mm, wherein the incoming materials comprise fine aggregate and concrete aggregate brick and tile aggregate, screening the incoming materials by a first grading screen (21), and dividing the incoming materials into a first material (coarse aggregate) of 5-10mm, a second material (coarse aggregate) of 10-31.5mm and a third material (fine aggregate) of 0-5 mm;
the first material enters a second grading sieve (22) through a first material coming belt conveyor (1) and is sieved by a first warehousing reversible belt conveyor (4), and then concrete coarse aggregates with the thickness of 5-10mm and brick and tile coarse aggregates with the thickness of 5-10mm are respectively classified and enter different first warehouses (5);
the second material enters a sorting device through a second feeding belt conveyor (2), one part of large-size materials returns to the raw material for sorting, the other part of large-size materials enters a second grading sieve (22), all materials entering the second grading sieve (22) are sieved, the sieved materials respectively enter a second distribution bin (7) through a second warehousing reversible belt conveyor (6), and 10-25mm of concrete coarse aggregates and 10-31.5mm of brick and tile coarse aggregates enter a third distribution bin (8);
the third material (fine aggregate) with the thickness of 0-5mm is conveyed to a third reversible belt conveyor (12) through a third coming belt conveyor (3), one part of the third material with the thickness of 0-5mm enters a fourth distribution bin (9) through the third reversible belt conveyor (12), and the other part of the third material enters a second bucket elevator (13); the materials entering the second bucket elevator (13) are vertically lifted and conveyed to a third product bin (19) through a third traveling type double-side distribution belt conveyor (16) to form fine aggregates with the thickness of 0-5 mm.
Materials in the first distribution bin (5), the second distribution bin (7), the third distribution bin (8) and the fourth distribution bin (9) are respectively conveyed to a first bucket elevator (11) by a first transfer belt conveyor (10); the materials are vertically lifted by a first bucket elevator (11) and enter a second transfer belt conveyor (14) to respectively convey different materials; wherein, the concrete coarse aggregate with the thickness of 10-25mm and the concrete coarse aggregate with the thickness of 5-10mm enter a second product bin (18) through a second advancing type double-side distributing belt conveyor (15) to form the concrete continuous coarse aggregate with the thickness of 5-25 mm; 0-5mm fine aggregate, 10-31.5mm brick and tile type coarse aggregate and 5-10mm brick and tile type coarse aggregate enter a first product bin (20) through a first advancing type double-side material distribution belt conveyor (17) to form 0-31.5mm brick and tile type continuous-level coarse aggregate;
as shown in fig. 4, the first warehousing reversible belt conveyor (4) and the second warehousing reversible belt conveyor (6) have the same structure and comprise a reversible conveyor (2-1-1) and a rotating base (2-1-2); the reversible conveyor (2-1-1) is rotatable on a rotating base (2-1-2). The reversible conveyor (2-1-1) is provided with two positions A (1,2) and B (1,2), when the reversible conveyor rotates to the position A, products are distributed to a blanking point A1 by the reversible conveyor, when the detection equipment detects that products at the blanking point A1 are stacked to a certain height, the reversible conveyor reversely rotates to the blanking point A2 to distribute the materials, when the blanking point A2 is distributed, the reversible conveyor rotates to the position B, the distribution of the two blanking points B1 and B2 is completed, and therefore the distribution work of the whole distribution bin is completed;
as shown in fig. 5 and 6
The traveling type double-side cloth belt conveyor comprises a first traveling type double-side cloth belt conveyor (17), a second traveling type double-side cloth belt conveyor (15) and a third traveling type double-side cloth belt conveyor (16), which are identical in structure and comprise a traveling track (2-1) of a cloth machine, a traveling type unloading machine head (3-2) and a reversible conveyor (3-3), wherein the traveling type unloading machine head (3-2) is connected with the reversible conveyor (3-3), and the traveling type unloading machine head (3-2) and the reversible conveyor (3-3) can slide along the traveling track (2-1) of the cloth machine.
After the bucket elevator finishes feeding the incoming materials, the traveling type bilateral material distribution device is arranged in the middle position above the product bin, receives the incoming materials of the bucket elevator, and completes the material distribution of the products in the bin through the traveling bilateral material distribution machine. The traveling type discharging machine head 3-2 and the reversible conveyor 3-3 can move on the traveling track 2-1 of the distributing machine, incoming materials are conveyed to the reversible conveyor 3-3 through the distributing traveling track 2-1 and the traveling type discharging machine head 3-2, and the reversible conveyor is used for distributing the materials on two sides. The whole bin is provided with a material level detection device, and the traveling type material distributor completes the material distribution of the whole product bin from the interior of the bin to the bin opening.
This patent can satisfy the aggregate of different demands to carry the aggregate to finished product feed bin through "bucket type vertical lift device + two side distributing device of marching type + rotation type distributing device" and accomplish the cloth, the operation expense in later stage has been saved greatly to automatic mechanical transmission mode.
When the solid waste of building is dealt with and is arranged, the general space of setting up in product storehouse is relatively limited, but the complete cloth to the product storehouse can not be accomplished to single blanking point, and product storehouse space utilization is not enough, all adopts the mode of loading machinery fortune at present, but the cloth system of this patent, bucket type vertical lifting device, the two side distributing device of the formula of marcing, rotation type distributing device can realize mechanized operation mode and accomplish the cloth to the product storehouse with the product.
It should be understood that these examples are for illustrative purposes only and are not intended to limit the scope of the present invention. Furthermore, it should be understood that various changes and modifications of the present invention may be made by those skilled in the art after reading the teachings of the present invention, and these equivalents also fall within the scope of the appended claims.
Claims (5)
1. A directional grading distribution device is characterized by comprising a first grading sieve (21), a first incoming material belt conveyor (1), a second incoming material belt conveyor (2), a third incoming material belt conveyor (3), a warehousing reversible belt conveyor, a distribution bin, a transshipment belt conveyor, a bucket elevator, a traveling bilateral distribution belt conveyor and a product bin;
the warehousing reversible belt conveyor comprises a first warehousing reversible belt conveyor (4) and a second warehousing reversible belt conveyor (6);
the matching bins comprise a first matching bin (5), a second matching bin (7), a third matching bin (8) and a fourth matching bin (9);
the transfer belt conveyor comprises a first transfer belt conveyor (10) and a second transfer belt conveyor (14);
the bucket elevator comprises a first bucket elevator (11) and a second bucket elevator (13);
the travelling double-side cloth belt conveyor comprises a first travelling double-side cloth belt conveyor (17), a second travelling double-side cloth belt conveyor (15) and a third travelling double-side cloth belt conveyor (16);
the product bins comprise a first product bin (20), a second product bin (18) and a third product bin (19);
the first grading sieve (21) is respectively connected with one ends of the first incoming material belt conveyor (1), the second incoming material belt conveyor (2) and the third incoming material belt conveyor (3);
the other end of the first incoming material belt conveyor (1) is connected with a first warehousing reversible belt conveyor (4) through a second grading screen (22);
the other end of the second feeding belt conveyor (2) is connected with a second warehousing reversible belt conveyor (6) through a second grading sieve (22); a sorting device is arranged between the second feeding belt conveyor (2) and the second grading screen (22);
the other end of the third incoming material belt conveyor (3) is connected with a third reversible belt conveyor (12);
the first warehousing reversible belt conveyor (4) is connected with an inlet of the first distribution warehouse (5);
the second warehousing reversible belt conveyor (6) is respectively connected with inlets of a second distribution warehouse (7) and a third distribution warehouse (8);
one end of the third reversible belt conveyor (12) is connected with an inlet of the fourth distribution bin (9), and the other end of the third reversible belt conveyor is connected with one end of a second bucket elevator (13).
2. A directional grading distribution device according to claim 1,
outlets of the first distribution bin (5), the second distribution bin (7), the third distribution bin (8) and the fourth distribution bin (9) are connected with one end of a first bucket elevator (11) through a first transfer belt conveyor (10);
the other end of the first bucket elevator (11) is connected with a second transfer belt conveyor (14); one end of the second transfer belt conveyor (14) is connected with the first product bin (20) through a first advancing type double-side distributing belt conveyor (17); the other end of the second transshipment belt conveyor (14) is connected with a second product bin (18) through a second advancing type double-side material distribution belt conveyor (15);
the other end of the second bucket elevator (13) is connected with a third product bin (19) through a third travelling double-side distributing belt conveyor (16).
3. A directional grading distribution device according to claim 1, characterized in that said first distribution chamber (5) is 2 in number.
4. A directional grading distribution device according to claim 1, characterized in that said first (4) and second (6) entry reversible belt conveyors are structurally identical and comprise reversible conveyors (2-1-1) and rotating bases (2-1-2); the reversible conveyor (2-1-1) is rotatable on a rotating base (2-1-2).
5. A directional grading distribution device according to claim 2, characterized in that said first, second and third traveling double-sided distribution belt conveyors (17, 15, 16) are identical in structure and comprise a distribution machine traveling track (2-1), a traveling stripper head (3-2) and a reversible conveyor (3-3), said traveling stripper head (3-2) and reversible conveyor (3-3) being connected, said traveling stripper head (3-2) and reversible conveyor (3-3) being able to slide along the distribution machine traveling track (2-1).
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| CN202120515301.3U CN215045976U (en) | 2021-03-11 | 2021-03-11 | Directional grading distribution device |
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| CN202120515301.3U CN215045976U (en) | 2021-03-11 | 2021-03-11 | Directional grading distribution device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113023227A (en) * | 2021-03-11 | 2021-06-25 | 北京都市绿源环保科技有限公司 | Directional grading distribution device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113023227A (en) * | 2021-03-11 | 2021-06-25 | 北京都市绿源环保科技有限公司 | Directional grading distribution device |
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