CN211160142U

CN211160142U - Building decoration refuse treatment equipment

Info

Publication number: CN211160142U
Application number: CN201921354877.5U
Authority: CN
Inventors: 刘松潮; 吕宗源
Original assignee: Henan Winner Vibrating Equipment Co Ltd
Current assignee: Henan Winner Vibrating Equipment Co Ltd
Priority date: 2019-08-20
Filing date: 2019-08-20
Publication date: 2020-08-04
Anticipated expiration: 2029-08-20

Abstract

The utility model belongs to a building decoration garbage disposal device; the system comprises a plate conveyor, wherein the plate conveyor is connected with a feed inlet of an intelligent garbage sorting machine through a shredder and a first conveyor belt, an oversize light material channel of the intelligent garbage sorting machine is connected with a light material recovery pool of the intelligent garbage sorting machine, an undersize channel of the intelligent garbage sorting machine is connected with a first muck recovery pool through an intelligent garbage sorting machine conveyor belt, an oversize channel of the intelligent garbage sorting machine is connected with a feed inlet of a soil removal and frequency recovery sieve through a second conveyor belt, a crusher and a third conveyor belt, and an undersize channel of the soil removal and frequency recovery sieve is connected with a second muck recovery pool through a soil removal and frequency recovery sieve conveyor belt; has the advantages of reasonable structural design, continuous and thorough screening process, high screening efficiency, capability of recycling the construction waste and safety and environmental protection.

Description

Building decoration refuse treatment equipment

Technical Field

The utility model belongs to the technical field of refuse handling installation, concretely relates to building decoration refuse handling installation.

Background

With the rapid development of urban construction, a large amount of construction waste is brought in the process of reconstruction and removal, the construction waste mainly comprises slag, sand and stone, waste mortar, concrete fragments, waste wood, waste decorative materials and the like, wherein part of the construction waste can be reused as renewable resources, such as: the waste metal can be re-melted and processed into steel products with various specifications, the waste wood can be used for manufacturing various artificial boards and the like, and the treatment of the construction and decoration garbage is in the grope starting stage at present, so that equipment capable of comprehensively treating the construction garbage is needed, and resources can be recycled.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to overcome the defect among the prior art and provide a structural design is reasonable, building decoration refuse screening is handled and is fully thoroughly just a building decoration refuse treatment equipment of high-efficient environmental protection.

The purpose of the utility model is realized like this: comprises a plate conveyor, the plate conveyor is connected with a feed inlet of an intelligent garbage sorting machine through a shredder and a first conveyer belt, an oversize light material channel of the intelligent garbage sorting machine is connected with a light material recovery pool of the intelligent garbage sorting machine, an undersize channel of the intelligent garbage sorting machine is connected with a first residue soil recovery pool through an intelligent garbage sorting machine conveyer belt, an oversize channel of the intelligent garbage sorting machine is connected with a feed inlet of a soil removal and frequency recovery sieve through a second conveyer belt, a crusher and a third conveyer belt, an undersize channel of the soil removal and frequency recovery sieve is connected with a second residue soil recovery pool through a soil removal and frequency recovery sieve conveyer belt, an oversize channel of the soil removal and frequency recovery sieve is connected with a feed inlet of a vibrating air separator through a fourth conveyer belt, a light material channel of the vibrating air separator is connected with the first light material recovery pool, a heavy material channel of the vibrating air separator is connected with a feed inlet of a double-layer frequency recovery sieve through a fifth conveyer belt, the small qualified aggregate of the double-layer complex frequency sieve is connected with the small qualified aggregate recovery tank through the first double-layer complex frequency sieve conveying belt, the large qualified aggregate of the double-layer complex frequency sieve is connected with the large qualified aggregate recovery tank through the second double-layer complex frequency sieve conveying belt, an oversize material channel of the double-layer complex frequency sieve is connected with the winnowing machine through the sixth conveying belt, a light material channel of the winnowing machine is connected with the second light material recovery tank, and a heavy material channel of the winnowing machine is connected with the second conveying belt through the seventh conveying belt.

Preferably, the middle part of the first conveying belt is a manual sorting area.

Preferably, the first muck recovery pool is a muck recovery pool with the particle size of less than 15 mm.

Preferably, the second residue soil recovery tank is a residue soil recovery tank with the particle size of less than 10 mm.

Preferably, the small qualified aggregate recovery tank is a qualified aggregate recovery tank with the diameter of 0-10 mm.

Preferably, the large qualified aggregate recovery tank is a qualified aggregate recovery tank with the diameter of 10-31.5 mm.

The utility model adopts the soil-removing complex frequency sieve, which is energy-saving and environment-friendly, has no dust leakage on site, improves the quality of working environment and does not generate secondary pollution; the vibrating winnowing machine is adopted for vibrating winnowing, so that the light material sorting effect is better, and the double-wind-sorting arrangement is adopted in the whole screening process, so that the labor intensity of workers is greatly reduced, the content of light materials in finished aggregate is greatly reduced, the quality of the finished aggregate is greatly improved, and the income is greatly increased; an intelligent garbage sorting machine with a fan system is adopted for carrying out early-stage screening, and light substances are screened and discharged partially in the early stage, so that the screening pressure in the later stage is reduced; has the advantages of reasonable structural design, continuous and thorough screening process, high screening efficiency, capability of recycling the construction waste and safety and environmental protection.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Detailed Description

In order to clearly understand the technical features, objects, and effects of the present invention, embodiments of the present invention will be described with reference to the accompanying drawings, in which like reference numerals refer to like parts in the drawings. For the sake of simplicity, only the parts related to the utility model are schematically shown in the drawings, and they do not represent the actual structure as a product.

As shown in figure 1, the utility model relates to a building decoration garbage treatment device, which comprises a plate conveyor 1, wherein the plate conveyor 1 is connected with a feed inlet of an intelligent garbage sorting machine 4 through a shredder 2 and a first conveyer belt 3, an oversize light material channel of the intelligent garbage sorting machine 4 is connected with a light material recovery tank 25 of the intelligent garbage sorting machine, an undersize material channel of the intelligent garbage sorting machine 4 is connected with a first residue soil recovery tank 6 through an intelligent garbage sorting machine conveyer belt 5, an oversize material channel of the intelligent garbage sorting machine 4 is connected with a feed inlet of a soil removal repetition frequency sieve 9 through a second conveyer belt 7, a crusher 8 and a third conveyer belt 26, an undersize material channel of the soil removal frequency repetition sieve 9 is connected with a second residue soil recovery tank 11 through a soil removal frequency repetition sieve conveyer belt 10, an oversize material channel of the soil removal frequency repetition sieve 9 is connected with a feed inlet of a vibration winnowing machine 13 through a fourth conveyer belt 12, the light material channel of the vibrating winnowing machine 13 is connected with the first light material recovery tank 14, the heavy material channel of the vibrating winnowing machine 13 is connected with the feed inlet of the double-layer frequency-doubling sieve 16 through the fifth conveying belt 15, the small qualified aggregate of the double-layer frequency-doubling sieve 16 is connected with the small qualified aggregate recovery tank 18 through the first double-layer frequency-doubling sieve conveying belt 17, the large qualified aggregate of the double-layer frequency-doubling sieve 16 is connected with the large qualified aggregate recovery tank 20 through the second double-layer frequency-doubling sieve conveying belt 19, the oversize material channel of the double-layer frequency-doubling sieve 16 is connected with the winnowing machine 22 through the sixth conveying belt 21, the light material channel of the winnowing machine 22 is connected with the second light material recovery tank 23, and the heavy material channel of the winnowing machine 22 is connected with the second conveying belt 7 through the seventh. The middle part of the first conveying belt 3 is a manual sorting area. The first residue soil recovery tank 6 is a residue soil recovery tank with the particle size smaller than 15 mm. The second residue soil recovery tank 11 is a residue soil recovery tank with the particle size smaller than 10 mm. The small qualified aggregate recovery tank 18 is a qualified aggregate recovery tank with the diameter of 0-10 mm. The large qualified aggregate recovery tank 20 is a qualified aggregate recovery tank with the diameter of 10-31.5 mm.

The utility model discloses work flow as follows: firstly, manually sorting large metal, plastic and PVC products and wood products in construction and decoration garbage in a stock dump, then conveying the sorted construction and decoration garbage into a shredder 2 through a plate chain conveyor 1 for shredding into construction and decoration garbage below 120mm, then carrying out secondary manual sorting in a manual sorting area in the middle of a first conveying belt 3, sorting out the shredded metal, plastic and PVC products and wood products, feeding the secondarily sorted garbage into an intelligent garbage sorting machine 4 through a feeding hole of the intelligent garbage sorting machine, screening the garbage, conveying the residue soil smaller than 15mm into a first residue soil recycling tank 6 through an intelligent garbage sorting machine conveying belt 5, feeding the rest concrete and brick blocks larger than 15mm into a crusher 8 through a second conveying belt 7 for crushing, feeding the crushed garbage into a soil removal frequency recovery sieve 9, the undersize materials of the dregs and soil which are less than 10mm in the soil removal frequency doubling screen 9 are conveyed into a second dregs and soil recovery tank 11 through a soil removal frequency doubling screen conveyer belt 10, the oversize materials in the soil removal frequency doubling screen 9 enter a vibration winnowing machine 13 through a fourth conveyer belt 12 for sieving, the light materials which are separated by wind, namely wood blocks, plastics and the like enter a first light material recovery tank 14 for recovery, the heavy materials in the vibration winnowing machine 13 are conveyed into a double-layer frequency doubling screen 16 through a fifth conveyer belt 15, qualified aggregates which are 0-10 mm in the double-layer frequency doubling screen 16 are conveyed into a small qualified aggregate recovery tank 18 through a first double-layer frequency doubling screen conveyer belt 17, qualified aggregates which are 10-31.5 mm in the double-layer frequency doubling screen 16 are conveyed into a large qualified aggregate recovery tank 20 through a second double-layer frequency doubling screen conveyer belt 19, the oversize materials which are more than 31.5mm in the double-layer frequency doubling screen 16 are conveyed into a sixth conveyer belt 21 for inspection, further removing light materials, recycling the light materials in the winnowing machine 22 in a second light material recycling pool 23, conveying the heavy materials in the winnowing machine 22 to the second conveying belt 7 through a seventh conveying belt 24, and returning the heavy materials to the crusher 8 for crushing to form a closed circulation.

The utility model discloses still include P L C intelligent control system, each signal end of P L C intelligent control system links to each other with corresponding circuit control end in each equipment in the above-mentioned flow respectively, realizes long-range intelligent visual control.

The utility model discloses it is easy and simple to handle directly perceived, the integral control of being convenient for, and flow reasonable in design can guarantee that building, decoration rubbish obtain abundant treatment, retrieve and recycle.

The utility model provides a plate link chain conveyer 1, shredder 2, breaker 8, all can directly purchase on the market, remove native compound frequency sieve 9 and independently develop for this company, and applied for the patent, the patent number is Z L201621281239.1, double-deck compound frequency sieve 16 independently develops for this company, and applied for the patent, the patent number is Z L201821437460.0, intelligent garbage separator independently develops and has reported the patent for this company, Z L201920593885.9, vibration air separator 13 independently develops for this company, and applied for the patent, the patent number is 201811514079.4, air separator 22 independently develops for this company, and applied for the patent, the patent number is 201721255336.8.

The above examples are only specific illustrations of feasible embodiments of the present invention, and they are not intended to limit the scope of the present invention, and all equivalent embodiments, modifications and alterations without departing from the technical spirit of the present invention are intended to be included in the scope of the present invention.

Claims

1. The utility model provides a building decoration refuse treatment equipment, includes slat conveyor (1), its characterized in that: the plate conveyor (1) is connected with a feed inlet of an intelligent garbage sorting machine (4) through a shredder (2) and a first conveyer belt (3), an oversize light material channel of the intelligent garbage sorting machine (4) is connected with a light material recovery tank (25) of the intelligent garbage sorting machine, an undersize material channel of the intelligent garbage sorting machine (4) is connected with a first residue soil recovery tank (6) through an intelligent garbage sorting machine conveyer belt (5), an oversize material channel of the intelligent garbage sorting machine (4) is connected with a feed inlet of a soil removal complex frequency sieve (9) through a second conveyer belt (7), a crusher (8) and a third conveyer belt (26), an undersize material channel of the soil removal complex frequency sieve (9) is connected with a second residue soil recovery tank (11) through a soil removal complex frequency sieve conveyer belt (10), an oversize material channel of the soil removal complex frequency sieve (9) is connected with a feed inlet of a vibration winnowing machine (13) through a fourth conveyer belt (12), a light material channel of a vibrating winnowing machine (13) is connected with a first light material recovery tank (14), a heavy material channel of the vibrating winnowing machine (13) is connected with a feed inlet of a double-layer frequency-multiplying sieve (16) through a fifth conveying belt (15), small qualified aggregates of the double-layer frequency-multiplying sieve (16) are connected with a small qualified aggregate recovery tank (18) through a first double-layer frequency-multiplying sieve conveying belt (17), large qualified aggregates of the double-layer frequency-multiplying sieve (16) are connected with a large qualified aggregate recovery tank (20) through a second double-layer frequency-multiplying sieve conveying belt (19), oversize material channels of the double-layer frequency-multiplying sieve (16) are connected with a winnowing machine (22) through a sixth conveying belt (21), a light material channel of the winnowing machine (22) is connected with a second light material recovery tank (23), and a heavy material channel of the winnowing machine (22) is connected with a second conveying belt (7) through a seventh conveying belt (24).

2. A construction decoration waste disposal apparatus according to claim 1, wherein: the middle part of the first conveying belt (3) is a manual sorting area.

3. A construction decoration waste disposal apparatus according to claim 1, wherein: the first residue soil recovery tank (6) is a residue soil recovery tank with the particle size smaller than 15 mm.

4. A construction decoration waste disposal apparatus according to claim 1, wherein: the second residue soil recovery tank (11) is a residue soil recovery tank with the particle size smaller than 10 mm.

5. A construction decoration waste disposal apparatus according to claim 1, wherein: the small qualified aggregate recovery tank (18) is a qualified aggregate recovery tank with the diameter of 0-10 mm.

6. A construction decoration waste disposal apparatus according to claim 1, wherein: the large qualified aggregate recovery tank (20) is a qualified aggregate recovery tank with the diameter of 10-31.5 mm.