High-speed opening cutting device for chestnuts

Abstract

The invention discloses a high-speed opening cutting device for chestnuts, which comprises a machine frame, a feed groove and a discharge groove, wherein a plurality of transmission wheels and a loading plate capable of running circularly under the drive of the transmission wheels are arranged on the machine frame; a material pressing mechanism for pressing materials on the loading plate and the loading plate synchronously operate in mesh; the height of the loading plate at the feed groove is lower than that of the material pressing mechanism; an opening cutting mechanism is arranged at the position in which the material pressing mechanism is positioned on the lower part of the loading plate; and the opening cutting mechanism is used for cutting the chestnuts between the material pressing mechanism and the loading plate. In the chestnut cutting machine, chestnut raw materials are supplied to the loading plate from the feed groove, the loading plate drives the chestnut raw materials to lift and convey the chestnut raw materials to the opening cutting mechanism, the material pressing mechanism which is synchronously meshed with the loading plate can fix the chestnuts, the chestnuts are cut by the opening cutting mechanism on the lower part of the loading plate to ensure that the cut on the chestnuts are consistent in the opening cutting process, and the transmission speed of the chestnuts can be regulated by regulating the speed of the transmission wheels, so that the opening cutting efficiency of the chestnuts is higher. The high-speed opening cutting device is used in the field of agricultural mechanical equipment.

Description

technical field [0001] The invention relates to an agricultural mechanical equipment, in particular to a chestnut high-speed scoring device. Background technique [0002] In the processing processes such as the frying of chestnuts, the shell scratching of chestnuts is a key process, and the quality of the scratching effect directly affects the quality of chestnut frying and bursting shells. The traditional chestnut scoring process mainly relies on manual processing, which requires a lot of labor. The production efficiency of the scoring is low, the labor intensity is high, and the sanitary condition is not good. [0003] The existing mechanical chestnut high-speed scoring device has a simple structure and is mainly composed of a hopper, a machine chamber, a bracket, a motor, etc. The motor is connected to the rotating shaft in the machine chamber, and the rotating cutter head is fixedly installed on the rotating shaft. The rotary cutterhead rotates at high speed, and the bl...

AI Technical Summary

Problems solved by technology

The traditional chestnut scoring process mainly relies on manual processing, which requires a lot of labor, low production efficiency, high labor intensity, and poor sanitation

[0003] The existing mechanical chestnut high-speed scoring device has a simple structure and is mainly composed of a hopper, a machine chamber, a bracket, a motor, etc. The motor is connected to the rotating shaft in the machine chamber, and the rotating cutter head is fixedly installed on the rotating shaft. The rotary cutter head rotates at high speed, and the blade cuts the chestnuts entering the machine cavity. This kind of cutting method belongs to the random rolling cutting method, which is rough and chaotic, and the depth of the chestnuts is different.

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