A method of long-distance delivery of bubble bags for wrapping

Abstract

The invention discloses a method for long-distance distribution of air bubble bags used for wrapping and packaging. The air bubble bags distributed are continuous, and after the air bubble bags are blown out into the material storage frame by the wind in the feeding port, the continuous air bubble bags will form a Ribbon-shaped bubble bags for a ride, the inside of the pocket is pushed by the wind from the material inlet, and the outside of the pocket is pulled by the wind from the blowing device. At the front end of the pocket, the subsequent bubble bags will pull the previous bubble bags to slide forward , each bubble bag will be subjected to multiple forces to promote a relatively long section of the bubble bag to slide forward as a whole, which can better distribute the bubble bags in a longer range, so that the bubble bags gradually fill the storage box, and the storage box There is no detection switch in each area to control the start and stop of the blowing device. When the material at a certain position is used up, all the blowing devices are turned on. Even if the area in the direction of incoming material is filled with bubble bags, the blowing device at the front will blow the bubble bags to The area where the material is vacant, so that the area where the material is vacant can be replenished in time.

Description

technical field [0001] The invention relates to a distribution method, in particular to a method for long-distance distribution of air bubble bags used for packaging. Background technique [0002] In the technical solution of ZL201710054123.7, there is no wind with a certain flow rate in the material inlet of the conveying pipeline. After the bubble bag enters the conveying pipeline from the material inlet, due to the action of gravity, the bubble bag will directly fall down and fall to the bottom of the material inlet. As the number of bubble bags increases, a large number of bubble bags will accumulate below the material inlet, which will prevent more bubble bags from entering the conveying pipeline smoothly; [0003] In the technical solution of ZL201710054123.7, when the height detection switch in the conveying pipeline detects that the height of the material at the corresponding position in the conveying pipeline reaches the set value, the fan stops working, that is, th...

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Problems solved by technology

[0003] In the technical solution of ZL201710054123.7, when the height detection switch in the conveying pipeline detects that the height of the material at the corresponding position in the conveying pipeline reaches the set value, the fan stops working, that is, the fan stops blowing, and finally the material will fill the entire conveying pipeline , after the entire conveying pipeline is filled, during the packaging process, if only the materials in some positions are used up, while the materials in other areas are still full, in this case, the height detection switch above other areas detects the height of the corresponding area. If the material is still full, the fan above the corresponding area will not be turned on, resulting in that the material cannot be transported to the used area for replenishment, thus affecting the operation of the corresponding packaging post and reducing the packaging efficiency

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