Mashed potatoes machine for short-order

[0024] Below in conjunction with accompanying drawing 1-12 and embodiment do further description:

[0025] A mashed potato machine for fast food mainly includes a base, a machine body, a slide plate, a cutting cavity and a feeding rotary cavity.

[0026] The base is a rectangular flat plate with a rectangular groove, and a chute 1 is arranged in the groove.

[0027] There is a rectangular groove corresponding to the base groove at the bottom of the body, and a rectangular slide plate is arranged in the space formed by the base and the groove of the body, and a slide rail 2 corresponding to the base chute is arranged on the plate. A smooth side hole 3 and a toothed side hole 4 are provided on the top surface of the body.

[0028] The cutting cavity is a barrel-shaped cavity set in the smooth edge hole 3 of the body. The lower part of the cavity is provided with a slot 5 for inserting the blade. The blade surface of the blade is grid-shaped, and different shapes can be selected according to the requirements of the user. knife board. The outer upper part of the cavity is provided with a ring plate 6 and a collar 8 connected by a buckle 7, and the pressure plate 9 and the power shaft 10 go deep into the cutting cavity through the collar 8.

[0029] The feeding rotary cavity is a cylindrical cavity set in the tooth edge hole 4 of the machine body. There is an auxiliary material drip hole 11 at the bottom of the rotary cavity, and the drip hole is located at 1/4 of the diameter of the rotary cavity. The ring gear 12 and the cover plate 13, the cover plate 13 has a hole column 14 communicating with the rotary cavity. The short side 16 of the right-angle rotating rod has a positioning hole for the set hole post 14, and the top of the positioning hole is ratchet-connected with the gas cap 15. The long side 17 of right-angle rotating rod is power shaft, and its top 18 is connected air cap top 19 by twisted rope.

[0030] The radius of the feeding rotary cavity is smaller than the radius of the tooth edge hole of the machine body, so it will revolve along the tooth edge hole, and at the same time, the feeding rotary cavity is also rotating. In combination, the dripping trajectory will form a very beautiful pattern.

[0031] Since the inside of the twisted rope can rotate by itself, when the right-angle rotating rod rotates, the twisted rope can also drive the air cap to rotate.

[0032] Since the air cap is ratchet connected with the positioning hole of the right-angle rotating rod, when rotating, most of the time the feeding chamber can be directly connected to the atmosphere, so that the auxiliary materials can be dripped. After the rotation is stopped, the air cap and the positioning hole are closed, and the dripping material stops due to the air pressure, so that the potato masher can automatically control the dripping material.