High-speed arecanut slicing device and slicing method

Abstract

The invention discloses a high-speed arecanut slicing device comprising a conveying centering system, a cutting system and an automatic feeding system. The conveying centering system and the cutting system are fixedly arranged on a machine seat. The automatic feeding system adds materials into the conveying centering system. The conveying centering system comprises a motor, a small belt pulley, alarge belt pulley and a horizontal conveying belt in coaxial transmission with the large belt pulley. The horizontal conveying belt is provided with at least five material clamping grooves at equal intervals, and flow guide plates matched with the material clamping grooves to achieve conveying centering of materials. The flow guide plates are provided with flow limiting groove outlets. Zigzag cutters of the cutting system are separated through locating sleeves and are fixedly connected with a cutter rotary shaft. The invention further provides a high-speed arecanut slicing method. Arecanuts pass the high-speed arecanut slicing device one by one through the flow guide plates, the arecanuts are clamped by the material clamping grooves in a combined mode so as to ensure centering, additionalclamping is not needed, meanwhile, all the zigzag cutters are fixedly connected to the cutter rotary shaft through the locating sleeves, the arecanuts are sliced at the same high angular speed, thus slicing further achieves centering, and slicing efficiency is improved greatly.

Description

technical field [0001] The invention relates to the technical field of betel nut processing machinery, in particular to a high-speed betel nut slicing device and a slicing method. Background technique [0002] The betel nut needs to be processed through multiple processes. The slicing of the betel nut is an important and labor-intensive process. The quality of the slice directly affects the reject rate of the betel nut. Slicing is done manually with a guillotine, which is unsafe and prone to safety accidents, and the work efficiency is not high, the production efficiency is relatively low, and high-speed production cannot be achieved. At present, there are some betel nut slicers on the market, but the performance of these slicers is not satisfactory, especially the product symmetry is not high, it is difficult to guarantee the pass rate, and cannot meet the needs of mass industrial production; there is another ideal design , using a robotic arm to grip, due to the irregular...

AI Technical Summary

Problems solved by technology

[0002] The betel nut needs to be processed through multiple processes. The slicing of the betel nut is an important and labor-intensive process. The quality of the slice directly affects the reject rate of the betel nut. Slicing is done manually with a guillotine knife, which is unsafe and prone to safety accidents, and the work efficiency is not high, the production efficiency is relatively low, and high-speed production cannot be achieved

At present, there are some betel nut slicers on the market, but the performance of these slicers is not satisfactory, especially the product symmetry is not high, it is difficult to guarantee the pass rate, and cannot meet the needs of mass industrial production; there is another ideal design , using a robotic arm to grip. Due to the irregular shape of the betel nut, feeding is a prominent problem and the cost is high, which is not suitable for large-scale equipment.

Images