Device for compressing and packing material

Abstract

The invention discloses a device for compressing and packing a material. The device for compressing and packing the material comprises a substance storage container, a compacting head, a guide sleeve and binding members, wherein one end of the substance storage container is provided with an opening; the compacting head is used for compacting the material under the driving of an external force; the guide sleeve passes through the opening in the substance storage container to be movably arranged between the compacting head and the substance storage container in a sleeving manner, and moreover, a gap is formed between the guide sleeve and the inner wall of the substance storage container; the binding members are arranged at the bottom of the substance storage container, and moreover, free ends of the binding members can stretch out outwards through the gap; the bottom surface of the compacting head is provided with through grooves corresponding to the free ends of the binding members; the shapes of the through grooves are configured to at least partially obstruct a compressed material to enter into the through grooves, so that the free ends of the binding members can pass through the corresponding through grooves to bind the compressed material after being removed from the substance storage container in the guide sleeve. The problem that the substance storage container is difficult to be capped due to the rebounding of the material is prevented, and the packing efficiency of the packing device is improved.

Description

technical field [0001] The invention relates to a material compression and packaging equipment, which is especially suitable for the compression and packaging of soft items such as clothes. Background technique [0002] In the prior art, in order to solve the problem of waste disposal, improve labor efficiency, save manpower, and reduce transportation costs, the existing recycling centers, industrial and mining, enterprises, supermarkets, etc. mainly use balers for packaging, and loose materials that cannot be stacked Or the waste that accumulates and occupies a large space needs to be compressed first to reduce the occupied space to facilitate transportation and unified treatment. [0003] For example, during the operation, maintenance and decommissioning of nuclear power plants and nuclear facilities, a certain amount of loose waste such as work clothes, gloves, and plastic packaging contaminated by radionuclides will be produced. Due to the large volume of clothing waste,...

AI Technical Summary

Problems solved by technology

[0004] In order to improve the utilization rate of waste barrels, during the compression process of radioactive waste, it is necessary to continuously add waste to the steel barrels for compression, so that the compressed waste fills the waste barrels, but because the waste itself has a large resilience after compression , how to prevent the rebound of radioactive waste after compression is a major problem in the process of compression packaging

At present, in order to prevent the compressed waste from rebounding and causing problems such as inconvenient capping and later lifting of the lid, most of the radioactive waste compression packaging equipment that has been in operation in my country usually adopts the following methods, for example, only place the compressed steel during the compression process. 60% to 70% of the volume of the barrel; the capping action is carried out quickly after the pressure head is lifted; in order to prevent the waste from rebounding, the pressure head is kept in the state of compressing the waste at a predetermined pressure for 12-24 hours, etc. These are serious Affects the efficiency of waste compression and packaging

[0005] In the Chinese patent CN202878712U, a small-sized reclaimed material compression baler is disclosed. In this patent, in order to prevent the compressed material from rebounding and turning up, a device is set to prevent the material from rebounding and turning up, that is, on the side wall of the discharge door. The shaft is movably connected to the block, and the inner wall of the discharge door is fixed with a bending piece. After the material is compressed, the compressed material is prevented from rebounding by limiting the pressure plate. The turning device is complicated to prevent the material from bouncing back, and the control is difficult. When bundling, it cannot guarantee that the bundling of the material is in the best compression state, so the efficiency is relatively low, and the structure is complicated, which is not conducive to standardized operation and management.

Images