Big bag filling device capable of preventing bag falling

Abstract

The invention discloses a big bag filling device capable of preventing bag falling. The big bag filling device comprises a filling frame and a material pipe, a Y-shaped connecting pipe is arranged atthe top end of the filling frame, a feeding pipe of the Y-shaped connecting pipe is a vertical pipe, a discharging pipe of the Y-shaped connecting pipe is inclined pipes, one end of the vertical pipeis communicated with a material pipe, the other end of the vertical pipe is communicated with the two inclined pipes, the end of each inclined pipe is vertically connected with a filling component, abig bag clamping device and a big bag expander are arranged on each filling component, an adjusting baffle plate is arranged at an intersected position of the two inclined pipes and the vertical pipein the Y-shaped connecting pipe and driven by a rotating device to implement single-bag filling or double-bag filling, a transmission mechanism is arranged in the filling frame, a plurality of bag falling prevention mechanisms are arranged in the transmission mechanism, the inner diameters of the bag falling prevention mechanisms can be adjusted, the filling frame can freely switch single-bag filling and double-bag filling, workers cannot be affected by flying catkins by an automatic clamping structure, bags are greatly supported in the filling process all the time and uniformly filled with the materials, and filling gaps are omitted.

Description

technical field [0001] The invention relates to the field of textile equipment, in particular to a bag-reversing-proof large bag filling device. Background technique [0002] In the textile process, the raw materials need to be opened first, and then filled into bags by the filling machine for use in subsequent processing procedures. However, the existing filling and filling can only be filled with one bag during use. It cannot be adjusted in time according to the material coming from the material pipe. For example, when the material coming from the barrel is fast and the amount is large, the filling of a bag cannot meet the requirements of use. Seriously, it will cause machine failure and lead to follow-up processes. Hence the interruption. [0003] Secondly, plastic bags are generally used in the filling process, which have no supporting performance, requiring workers to stand under the filling machine to open the bag to fill the loosened raw materials, so that the pigmen...

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Problems solved by technology

[0002] In the textile process, the raw materials need to be opened first, and then filled into bags by the filling machine for use in subsequent processing procedures. However, the existing filling and filling can only be filled one bag at a time during use. It cannot be adjusted in time according to the material coming from the material pipe. For example, when the material coming from the barrel is fast and the amount is large, the filling of a bag cannot meet the requirements of use. Seriously, it will cause machine failure, resulting in failure of the subsequent process. therefore interrupted

[0003] Secondly, plastic bags are generally used in the filling process, which have no supporting performance, requiring the staff to stand under the filling machine to open the bag to fill the loosened raw materials, so that the pigment is not only labor-intensive, but also unhygienic. The fluff will be inhaled through the respiratory tract, causing hidden dangers to the health of the staff; the existing filling only has one tube, causing the center to rise like a pyramid, which will cause the middle height to rise immediately, which is not conducive to uniform filling

[0004] Thirdly, the existing large bags are directly placed at the bottom of the filling rack without a reasonable support and transportation device, which leads to manual removal of the large bags one by one after the filling of the large bags is completed, and then the next bag is filled, which will affect the The efficiency of machine filling is high, and the labor intensity of the workers is high, the efficiency is low, and the phenomenon of bag inversion will also exist during the filling process of the large bag, and the existing structure cannot avoid the phenomenon of bag inversion at all.

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