Scraper type dredging machine

Abstract

The invention discloses a scraper type dredging machine. The scraper type dredging machine comprises, connected in sequence, a motor, a speed reducer, a transmission chain, a driving roller gear, a conveying chain and a driven roller gear which are used for conveying glass feed liquid and waste bottles which are eliminated by a bottle-making machine. The dredging machine is characterized by comprising a dredging pool as well as the motor, the speed reducer, the transmission chain, the driving roller gear, the conveying chain and the driven roller gear which are connected in sequence; the dredging pool comprises a dredging inclined groove and a dredging horizontal groove; the conveying chain runs through the dredging pool; and the dredging machine also comprises a scraper guide rail and a scraper fixed on the conveying chain, wherein the scraper guide rail is mounted below the scraper, and the scraper guide rail and the scraper are arranged at an interval. According to the scraper type dredging machine, large-bulk waste materials are prevented from being in direct contact with the scraper to cause damage to the dredging machine, meanwhile, cooling water and crushing materials are separated and drained, and the cooling water can be repeatedly used after treatment, so that the resources are saved.

Description

technical field [0001] The invention relates to a device for sucking up broken materials in water, especially for sucking up hot glass material liquid and waste bottles removed by a bottle making machine. Background technique [0002] In daily-use glass production enterprises, relatively old production lines usually use manual cleaning of the hot glass liquid discharged from the feeder and the discarded glass bottles removed by the queue machine. However, adopting this method requires a large number of operators, the labor intensity of the operators is high, the labor cost is high, and there are hidden major safety hazards. However, in the reconstruction plan of old production lines, scrapers are generally used to replace manual shoveling. However, the existing scooping machine cannot realize long-distance and large-drop transportation of waste materials, and cannot meet the needs of the existing daily-use glass production line. [0003] At present, in the known scraper, t...

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Problems solved by technology

[0005] Disadvantages of this prior art solution: Since the hot glass feed liquid and the waste bottles removed by the bottle making machine are high-temperature wastes in glass production, cooling water needs to be discharged into the scooping machine to cool it; while the broken material is discharged from the scooping machine A large amount of cooling water is also discharged together, and the cooling water cannot be reused; there are broken glass and large pieces of glass in the waste falling into the scraper, and when there are large pieces of waste, it is easy to damage the equipment

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