A gauze palletizing rack capable of preventing gauze from falling

Abstract

The invention relates to the field of gauze palletizing frames, in particular to a gauze palletizing frame which can prevent the gauze from falling, including a palletizing mechanism, a first limiting mechanism, a second limiting mechanism, a fixing groove, a pushing Mechanism and the third limit mechanism; when the two sliders move away from each other, two push plates with a right-angled trapezoidal cross-section will collide with the rollers. During the movement, the push plate pushes the roller, and then the push rod moves towards the fixed groove. When the two push rods are pushed, the stop column moves away from the support column, and the horizontal gauze is added for support, realizing It not only supports the gauze in the longitudinal direction, but also increases the stacking area of ​​the gauze in the longitudinal direction, so as to avoid the loosening of the gauze; the side walls of the rotating drum at the top and bottom of the fixed cylinder are relatively welded with arc-shaped push plates, which can be used for palletizing the gauze. At the same time, snap the relative limit piece to the side wall of the rolled gauze to prevent the gauze from falling.

Description

technical field [0001] The invention relates to the field of gauze palletizing racks, in particular to a gauze palletizing rack which can prevent gauze nets from falling. Background technique [0002] Screen classification: blue and white passivation, painted, plastic-coated window screens, stainless steel window screens, aluminum alloy wire window screens, glass fiber window screens, invisible window screens, plastic window screens, etc.; widely used for mosquito and insect control in homes, offices, hotels, etc.; width from 0.6 m-1.5m; high-grade window screens include stainless steel window screens, epoxy-coated window screens, glass fiber flat-woven invisible window screens, etc. [0003] However, the existing gauze needs to be stacked after being rolled up. When the gauze is stacked, the gauze is directly placed on the surface of the palletizing frame. The distance between the two ends of the palletizing frame is limited. Due to the high toughness of the gauze The wind...

AI Technical Summary

Problems solved by technology

[0003] However, the existing gauze needs to be stacked after being rolled up. When the gauze is stacked, the gauze is directly placed on the surface of the palletizing frame. The distance between the two ends of the palletizing frame is limited. Due to the high toughness of the gauze The winding diameter is different, and there is a gap on the surface of the palletizing rack. If the limit cannot be made according to the stacking amount of the gauze, it is easy to cause the gauze to fall, and the gauze on the side of the palletizing rack is directly connected to the If the side wall is in contact, if it is not limited, it will easily cause the gauze at the edge of the palletizing frame to loosen, which will affect the palletizing of the gauze

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