Knocking device for fiber bar stocks

Abstract

The invention provides a knocking device for fiber bar stocks. The knocking device comprises a motor, a transmission gear, a cam, a driven wheel, a rocker and a knocking hammer. The motor is driven through the transmission gear, the cam is movably connected with a side plate of an arranging box through a bearing, and mutually matched with the driven wheel. The driven wheel is arranged in the middle of the rocker which is hinged to the side plate of the arranging box, and the lower end of the rocker is provided with the knocking hammer. According to the arrangement, when an arranging roller stirs and arranges the bar-shaped fibers, the arranging box is knocked continuously by the knocking device added on the knocking device for the fiber bar stocks so as to vibrate the bar-shaped fibers inside the arranging box; under the comprehensive action of vibrating and stirring arrangement, compactness of the bar-shaped fibers can be achieved, gaps among the bar-shaped fibers can be reduced as far as possible, so that the bar-shaped fibers can be arranged compactly and neatly, requirements of subsequent packing are met, and packing efficiency of the bar-shaped fibers can be effectively improved.

Description

Technical field: [0001] The invention belongs to the technical field of mechanical equipment for rod-shaped fiber packaging, and in particular relates to a fiber rod knocking device. Background technique: [0002] Rod-shaped fiber is made of fiber into a slender rod to facilitate subsequent processing and use. For example, cigarette filters are processed from rod-shaped fiber. After the rod-shaped fiber is formed, it needs to be boxed and packaged to facilitate subsequent transportation and storage. Therefore, the rod-shaped fibers need to be sorted before boxing, and the rod-shaped fibers are neatly stacked, and then packed into boxes. The existing positive rod-shaped fibers are transported into the sorting box through the conveying channel, and move down along the sorting box , continuously squeeze and transport downwards, so as to fill the finishing box, set the finishing roller in the middle and lower part of the finishing box, and move the rod-shaped fiber by moving t...

AI Technical Summary

Problems solved by technology

However, when the rod-shaped fibers moved to the middle and lower part of the finishing box, the gaps between the rod-shaped fibers were already very small and relatively dense. At this time, the moving resistance of the finishing rollers was relatively large, and the finishing effect was not obvious, and some gaps between the rod-shaped fibers Large gaps still exist, which will bring a lot of trouble to the subsequent packing work and easily affect the packaging efficiency of rod-shaped fibers

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