Vegetable feeding device of sandwich production and sales machine

Abstract

The invention discloses a vegetable dispenser for a sandwich production and sale integrated machine. Four spiral springs are vertically fixed on the upper surface of a bottom plate, and the upper endsof the four spiral springs are all fixed on the lower surface of a circular ring; a round table-shaped vegetable storage bucket is fixed on the circular ring and placed on the circular ring in a semi-embedded manner, and a shaft line passes through a circle center of the circular ring to be vertical to the bottom plate; the lower part of the vegetable storage bucket is connected and fixed with abase of a vibration motor; a direct-acting solenoid valve I is fixed on one side of the vibration motor; the outer side of the cylinder wall of a connecting cylinder is fixedly connected with a fan; the lower surface of the connecting cylinder is superposed with the upper surface of an inlet of a direct-acting solenoid valve II; the lower surface of an outlet of the direct-acting solenoid valve IIis connected with a horn-shaped discharging port; a ball lead screw type linear slide table is arranged under the discharging port. The vegetable dispenser disclosed by the invention can ensure thata landing point is more accurate, the fault tolerance is stronger, the stability is better, the vegetable placing quantity is controllable, and the space utilization rate is high.

Description

[0001] The invention relates to a vegetable feeding device of a novel sandwich producing and selling integrated machine. Background technique [0002] With the rapid development of artificial intelligence, the emergence of various new equipment will profoundly change the life of human society. The emergence of the new sandwich production and sales all-in-one machine has redefined the food processing industry and retail industry. People can eat fresh and delicious sandwiches that are made and sold at any time. At present, the existing automatic sandwich packaging machine adopts the whole vegetable delivery method when making sandwiches. Since the vegetable leaves are mostly irregular shapes, the process of turning them in the air is uncontrollable, and there is a gap between the actual landing point and the ideal landing point. Large deviation, uncontrollable amount of vegetables, poor fault tolerance and stability of the device, can not play a role in practical engineering app...

AI Technical Summary

Problems solved by technology

At present, the existing automatic sandwich packaging machine adopts the whole vegetable delivery method when making sandwiches. Since the vegetable leaves are mostly irregular shapes, the process of turning them in the air is uncontrollable, and there is a gap between the actual landing point and the ideal landing point. Large deviation, uncontrollable amount of vegetables, poor fault tolerance and stability of the device, can not play a role in practical engineering applications; at the same time, the large-capacity access to the whole vegetable is not only high space occupation rate, but also technically difficult , also increased the work intensity of equipment maintenance personnel

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