KR200446348Y1 - Semiautomated onion ecdysis machine - Google Patents

Abstract

The present invention relates to a semi-automatic onion peeler, and more particularly, the inner side of the circular onion inlet (3) of the rotating plate (4) connected to the conveyor (1) uniaxially and rotated by the electric motor (31) (V) The half moon-shaped onion clamps (19) with grooves are assembled between eight and sixteen parts according to the size of the rotating plate (4), and are connected by a separate power to the transfer part. 22) Passes the onion between the rotary knife (5) to adjust the height and the infrared sensor (6) for detecting the onion and the solenoid (7) for receiving the infrared signal and the rotating unit and the rotary brush (assembled) A set of coarse oval brushes (8), which are driven by a separate power and are symmetrically rotated in the forward direction and a brush (14) which rotates in the reverse direction And the first peeling, symmetrically rotating in the forward direction of the brush (9) of the middle owl and the reverse direction of the brush (13) passing through the set of the brush of the middle owl, the second peeling and then symmetrically rotating in the forward direction of the brush ( 10) and a semi-automatic onion peeler which consists of a peeling part passing through a set of brushes (12) of the smooth all-round rotating forward and can peel continuously if only the onion is supplied.

      Spring, Brush, Conveyor, Solenoid, Compressor

Description

Semi-automated onion peeler {Semiautomated onion ecdysis machine}

Conventional onion peeler has a variety of models, but the situation is not universalized

This indicates that there is a problem with the current models, so the registration number 20-0426627 uses a cone-shaped roller and a tumbler roller, but only strips and does not explain the cutting of roots and leaves (stems). In number 20-0404417, the machine will be as complex and expensive as it is complex, and all that is common is the use of compressed air. This is because air compressors are essential to install the above equipment, so it is inconvenient to use them in large catering and catering establishments. There are many decoction masters who take less than a second to peel onions with a compressed air and an air gun. The present invention can be installed anywhere if there is only general electricity, and can collect the cut roots and peeled shells that are not present in the above models A (10) Collecting B (17) Equipped with low cost and small onion peeler The purpose was to disseminate.

The present invention relates to a semi-automatic onion peeler, and more particularly, the inner side of the circular onion inlet (3) of the rotating plate (4) connected to the conveyor (1) uniaxially and rotated by the electric motor (31) (V) The half moon-shaped onion clamps (19) with grooves are assembled between eight and sixteen parts according to the size of the rotating plate (4), and are connected by a separate power to the transfer part. 22) Passes the onion between the rotary knife (5) to adjust the height and the infrared sensor (6) for detecting the onion and the solenoid (7) for receiving the infrared signal and the rotating unit and the rotary brush (assembled) A set of coarse oval brushes (8), which are driven by a separate power and are symmetrically rotated in the forward direction and a brush (14) which rotates in the reverse direction The first peeling and symmetrically rotating in the forward direction of the brush (9) of the middle owl and the reverse direction of the brush (13) passing through the set of brushes (13) and then the second peeling and then smoothly rotating the brush in the forward direction ( 10) and the peeling part passing through the set of the brush 12 of the soft all-rotating in the forward direction relates to an onion peeler that can be peeled continuously if only the onion is supplied.
This will be described based on the accompanying drawings.

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The present invention relates to a semi-automatic onion peeler, and more specifically, to cut the root and stem (leaf) of the onion to be peeled and put the onion into the onion inlet (3) when pressed lightly (V) of the onion tongs (19) ) Adjust the height of the rotary knife (5) to the part to be cut when the onion reaches the rotary knife, adjust the width of the rotary knife (5) so that the groove is in the middle of the onion, and turn the power on the rotary plate (4). Place the onion in the onion inlet (3) and press lightly. Then, the onion is fixed to the half moon-type tongs by springs (19) mounted on both sides of the onion inlet of the rotating plate, and the blade is mounted up and down by the rotation of the rotating plate (4). When supplied to one rotary knife (5) is cut and sensed by the infrared sensor (6) installed up and down in the next step, the solenoid (7) is operated to push the onion to the conveyor (1). Onions dropped on the conveyor are driven by the guide 16 to the center and reach the stripping brush by the push rod 15 mounted on the belt of the conveyor (1). Set of brushes (14) of the middle owl rotating in the reverse direction with the brush (9) of the middle owl which passes through the set of coarse allots (14) which rotates in the first direction and is symmetrically rotated in the forward direction. After passing through the pusher 15, the second stripping and symmetrically sent to the collection box A (11) passing through the brush (10) of the soft all-orb which rotates in the forward direction and the set of the brush (12) of the smooth all-orbit rotating in the forward direction. Peeled onions and shells crashed in collection box A (11) is peeled down by the wire mesh in the collection box A (11) is collected separately. On the other hand, the roots and leaves (stems) cut by the rotary knife (5) fall in the collection box B (17), so it is easy to clean. In this way, if only onions are supplied to the onion inlet (3) of the rotating plate (4) can be continuously peeled and unlike other machines, humans should supply onions every day. Since it can be screened at any time, it is possible to prevent unnecessary losses.

1 is a perspective view of the entire assembly showing the present invention.

Figure 2 is a cross-sectional perspective view showing a portion of the rotating plate of the present invention.

Figure 3 is an assembled perspective view of the rotary knife of the present invention.

Figure 4 is a plan view showing a brush chain connection of the present invention.

Figure 5 is an assembled perspective view showing the uniaxial connection of the rotating plate and the conveyor of the present invention.

* Description of the symbols for the main parts of the drawings *

1: conveying conveyor. 2: stand for height adjustment of onions. 3: onion opening. 4: turning plate. 5: rotary knife. 6: Infrared sensor. 7: solenoid. 8: Forward turning rough come brush. 9: Forward rotation come to brush. 10: Forward rotation soft come brush. 11: Collector A. 12: Forward rotation soft come brush. 13: Reverse the middle of all brushes. 14: Reverse rough come all brush. 15: A push. 16: Guide. 17: Collected B. 18: Assemble groove stopper. 19: onion clamp. 20: onion fastener assembly groove. 21: rotary knife motor. 22: fixing pin. 23: Screw shaft. 24: Upper knife. 25: lower knife. 26: Pulley. 27: Bearing cover. 28: Guide chain gear. 29: Chain. 30: Motor chain gear. 31: Conveyor Motor. 32: Straight bevel gear. 33: Power transmission guide.

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Claims (1)

Half moon type onion clamps (V) with a V-groove in the spring assembled to both sides of the circular onion inlet (3) of the rotating plate (4) rotated by the electric motor (31) uniaxially with the conveyor (19) ) The rotary knife (5), which is assembled between 8 to 16 parts according to the size of the rotating plate (4), is connected to the conveying part and is installed with separate power, and adjusts the height by screws and fixing pins 22 on both sides. ) A push rod 15 assembled to a conveyor 1 for passing an onion between an infrared sensor 6 for detecting a portion and an onion and a rotating brush and a solenoid 7 for receiving an infrared signal. In reverse direction with the brush (9) of the coarse ol, which rotates in the opposite direction and the brush (9) of the medium ol, which rotates in the forward direction symmetrically with the set of coarse ol (14) rotating in the reverse direction.Conveying medium all of the brush 13 is set to semi-automatic and symmetrical onions talpigi which is composed of a break away of the brush 10 and the brush 12 is set to come in smooth rotation in the normal direction of the soft all rotating in the forward direction.

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