Automatic Bundling Pipe Bagging Machine

Abstract

The invention discloses an automatic pipe bundling and bagging machine which comprises a machine frame. A turnover frame and a supporting and pressing mechanism are arranged on the machine frame. The turnover frame is located on the supporting and pressing mechanism and used for leading in outside pipes to be bundled and bagged and turning the pipes into the supporting and pressing mechanism. The supporting and pressing mechanism is used for controlling the pipes to roll in sequence. A pushing mechanism, a bundling mechanism and a bagging mechanism are sequentially arranged behind the supporting and pressing mechanism from right to left and located on the same horizontal axis. The pipes are pushed by the pushing mechanism to be firstly bundled by the bundling mechanism and then bagged by the bagging mechanism. The bagged pipes can be discharged into an outside storage rack through a lifting discharging mechanism. The automatic pipe bundling and bagging machine is high in automation degree, and coherent processing of bundling and bagging on the same axis is achieved; besides, the whole machine is small in occupied space so that a large batch of machines can carry out pipe packaging in a concentrated mode.

Description

technical field [0001] The invention belongs to the field of pipe bundling and bagging, in particular to an automatic bundling pipe bagging machine. Background technique [0002] Nowadays, the development of domestic pipe packaging technology is still relatively slow. The packaging of pipes needs to go through two necessary processes of bundling and bagging, and most manufacturers of these two processes need manual intervention. The degree of automation is not high, which also increases the workload of workers; although some manufacturers have produced automatic packaging equipment for pipes, due to the many processes involved, especially the two processes of bundling and bagging, the existing equipment cannot do it. To the coherent processing of the coaxial line, the binding and bagging are carried out at staggered stations. Generally, the bagging device is located in front of the binding device, so the pipe needs to be transported to the bagging workers of different axes t...

AI Technical Summary

Problems solved by technology

[0002] Nowadays, the development of domestic pipe packaging technology is still relatively slow. The packaging of pipes needs to go through two necessary processes of bundling and bagging, and most manufacturers of these two processes need manual intervention. The degree of automation is not high, which also increases the workload of workers; although some manufacturers have produced automatic packaging equipment for pipes, due to the many processes involved, especially the two processes of bundling and bagging, the existing equipment cannot do it. To the coherent processing of the coaxial line, the binding and bagging are carried out at staggered stations. Generally, the bagging device is located in front of the binding device, so the pipe needs to be transported to the bagging workers of different axes through the conveying device after the binding is completed at the binding station. The position is bagged, which makes the equipment relatively large and takes up a lot of space on the site. Moreover, after the pipe is packed, the pipe must be unloaded to the loading rack, and the loading rack takes up a certain space, resulting in the space between the equipment. The aisle is narrow, which is inconvenient for workers to pass through and other equipment to move, so such equipment is not suitable for mass packaging of equipment in a limited space.

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