Distillation type residue dumping equipment

Abstract

The invention discloses distillation type residue dumping equipment, which comprises a portal frame and a dumping cabin. An electric hoist is arranged under the top part of the portal frame; the bottom part of a first electromagnet sucker is connected with the bottom part of a barrel; a variable frequency motor is arranged at the right side of the top part of the dumping cabin; a conveyor belt is connected between one group of roller shafts; the bottom part of the conveyor belt is connected with a second electromagnet sucker through a pull wire; a heat-conducting oil heating pipeline is arranged under the second electromagnet sucker; the right end of the dumping cabin is connected with the air supply end of a hot air fan through a ventilating pipe; a heat-conducting oil heater is arranged under the hot air fan; and the top part and the left end of the heat-conducting oil heater communicate with an oil inlet and an oil outlet of the heat-conducting oil heating pipeline. The distillation type residue dumping equipment is high in stability, environmentally-friendly and energy-saving, simple in structure, and suitable to be popularized.

Description

technical field [0001] The invention relates to the technical field of debarrel equipment, in particular to a distillation type residue debarrel equipment. Background technique [0002] At present, there are mainly two ways of removing the barrel equipment in China. One is to place the open residue barrel upside down on the sliding platform with holes. Enter the hot air to take off the bucket. After the barrel removal is completed, open the heating bin door and slide out of the platform to remove the empty barrel, and recycle the last operation; another way is to lift the open residue barrel to the fixed slide at the mouth of the heating bin, and use the hydraulic mechanism to force the open barrel Push it into the heating chamber, and the heating pipe in the exit chamber supplies heat to remove the barrel, and the empty barrel is removed through the back door. [0003] The two methods require that after the residue passes through the opening of the end face, the distance ...

AI Technical Summary

Problems solved by technology

[0003] The two methods require that after the residue passes through the opening of the end face, the distance between the edge of the opening and the edge of the barrel is greater than 50mm to ensure the overall strength of the barrel, no deformation when taking off the barrel and stable placement when it is inverted. Therefore, the wall thickness needs to be 50mm when taking off the barrel The residue is completely melted, which requires a lot of heat and time

In addition, the kiln-type heating chamber needs to manually put the barrels on the round holes of the sliding platform in order and turn them over 180° when loading the barrels. Lay it flat or turn it 180° in advance, and then load the barrel after pushing it in. It takes a long time to fill the barrel, consumes a lot of energy, and is time-consuming and laborious

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