KR101152734B1 - Onion peeler - Google Patents

Abstract

The present invention relates to an onion peeler having a peeling incision blade and an air injector to conveniently peel the onion peel. The present invention receives the onion in the peeling state from the supply means disposed on one side of the body and the first transfer means to make the cutting blade provided in the incision feed roller in contact with the shell of the onion and incision The high pressure air is injected into the incision gap by the pressurized air injector installed to face the feed roller, so that a large amount of onion peel can be conveniently peeled off.

Onion, peeling, conveying conveyor, cutting blade, cutting feed roller, high pressure air, injection, compressor, vertical pipe, horizontal pipe.

Description

Onion Peeler {ONION PEELER}

The present invention relates to an onion peeler, and more particularly, a pressurized air injector having a function of injecting pressurized air into the cut gap as well as an incision blade for cutting only the skin of the onion into the gas. An onion peeler that makes peeling onions easier and more convenient.

It is well known that onions are rich in minerals such as vitamins, calcium, and phosphorus, which are effective in promoting digestion of digestive fluids, diet, preventing and reducing triglycerides, and smoothing the function of gut organs.

For this reason, it is common to peel the skin when cooking to eat onions, but when there is a small amount of onion, there is no big problem, but when a large amount of onion is used in a large restaurant or a cafeteria, the skin is peeled. There is a big difficulty.

In other words, conventional onion peeling must always pay attention to hygiene because everything has to be relyed on by hand, and in addition, the cost of food in the case of onions sold after peeling off with a lot of time and labor There was a problem that caused the rise.

Accordingly, an object of the present invention is to provide an onion peeling easier and more convenient by providing a pressurized air injector that acts to inject the pressurized air into the cut gap as well as the cutting blade for cutting only the onion peeling portion into the gas. It is to provide an onion peeler so that it can be removed.

The object is provided with a base supported on the bottom surface, is disposed at a predetermined position on the base and is axially supported while being rotated in an inclined downward direction in the conveying direction of the onion, which is a skin to be peeled, onion skin at all lengths Peeling means consisting of incision feed rollers in which the incision blades for the incision of the incision and the pressurized air injector are installed to face the incision feed rollers and pressurized air by injecting a pressurized air into the cut incision It is achieved by an onion peeler which is installed at a predetermined position on one side of the cutting feed rollers and includes a driving means for applying power to rotate the cutting feed rollers.

The pressurized air injector is provided at a predetermined position on one side of the gas and is connected to each other by a compressor for supplying compressed air of high pressure, and is connected to each other by the compressor and a high pressure hose to form an air flow path and a predetermined position of the gas. And a horizontal pipe portion rotatably installed by a drive motor installed in the horizontal pipe portion, and a horizontal pipe portion provided at one end of the vertical pipe portion to be in contact with the vertical pipe portion, and having injection nozzles for discharging high-pressure air toward the skin to be peeled. have.

One side of the gas is provided with a supply hopper for accommodating onions in a pilling state is supported on the bottom surface, and the other side is supplied in the transport to mount and transport the pilling body while circulating in an inclined structure located on the gas A supply and transport means comprising a means and a first transport means which is circulated in a horizontal direction from an upper side of the inclined portion of the supply means and receives the skin to be peeled from the supply means and transfers it to a predetermined stripping position, and the other side of the supply means. A second conveying means which is circulated in a horizontal direction while being supported on the gas at an adjacent position of the peeling means to convey onions in a peeled state, and is installed on one side of the second conveying means and is conveyed by the second conveying means; The collection and transport means further comprising a collection means formed of a predetermined length for moving the stripped material to a predetermined collection position It can be.

The cutting feed rollers are rotatably installed while being integrated with roller fixing bodies each of which is formed by a body whose both ends are supported on an upper surface of a guide rail installed in parallel with a predetermined position of the body, and one side is connected to a predetermined connection member. It is coupled to the rotational gears connected to each other by, and when the replacement can be detached (only) the connecting member from the rotational gears to be replaced integrally.

Therefore, according to the onion peeler according to the present invention, the onion peeling is provided with a pressurized air injector that acts to peel the shell by injecting pressurized air into the cut gap as well as a cutting blade for cutting only the skin of the onion to the gas. It can create the effect of peeling more easily and conveniently.

Hereinafter, with reference to the accompanying drawings will be described in detail with respect to the present invention.

1 is a perspective view showing an onion peeler according to the present invention, Figure 2 is an enlarged view "AA" of Figure 1, Figure 3 is a side view showing a fixed state of the cutting feed rollers according to the present invention, Figure 4 5 is a perspective view showing a fixed state of the cutting feed rollers according to the present invention, Figure 5 is a side view showing an onion peeler according to the present invention, Figure 6 is a plan view showing an onion peeler according to the present invention.

Onion peeler 100 according to the present invention, as shown in Fig. 1, 5 or 6, the feed transport means 106 for mounting and supplying the onion 160 in the peeling state, and the supply transport means ( Peeling means (130) for peeling the skin (160a) of the onion 160, which is in the state of the skin to be delivered from 106, and the collection transport means for moving so as to collect the peeled onion (160b) It is configured to include.

The supply transfer means 106 is a supply means 110 for mounting and transporting the onion 160 in the state of the skin to be peeled, and the first transfer means for transferring the skin to be peeled from the supply means 110 to the peeling means 130 side 120.

The supply means 110 is disposed to be located on one side of the gas 102, a feed hopper 112 for the skin to be peeled to receive onions, a conveying conveyor 114 for transporting the skin to be peeled, and a conveying conveyor. It consists of drive means 116 for driving 114.

The inside of the supply hopper 112 is provided with a receiving space (112a) for receiving the onion 160, which is a skin to be peeled.

The conveying conveyor 114 is installed to be located at the bottom side of the feed hopper 112. On the conveying conveyor 114, the mounting jaw 114a which is sloping and mounts the onion 160 in the state of the skin to be peeled is provided. The conveying conveyor 114 meshes with the circulation rollers 114b which are spaced apart by a predetermined distance, and is installed to be circulated. The conveying conveyor 114 is preferably installed to be inclined so that one side provided with the feed hopper 112 is supported on the bottom surface, and the other side is formed on the body 102. Such, the conveying conveyor 114 serves to transport the onion 160 in the skin to be peeled to a predetermined peeling position.

The driving means 116 is installed at one side of the transfer conveyor 114. The drive means 116 is electrically connected to the circulation roller 114b to rotate the circulation roller 114b, whereby the conveying conveyor 114 is circularly conveyed.

The first transfer means 120 is supported on the base 102 and is circulated in a horizontal direction from above the inclined portion of the supply means 110. The first transfer means 120 is formed of a belt-shaped conveyor structure in which rod-shaped first support bars 122 are installed to be spaced apart at predetermined intervals, and the first support bars 122 are extended to a predetermined length. Can be. The first conveying means 120 receives the skin to be peeled from the supply means 110 and transfers the skin to the predetermined stripping position while circulating conveying. The first transfer means 120 may be driven in connection with a predetermined driving means (not shown).

Peeling means 130 is installed on the gas 102 to peel the peel (160a) of the onion 160 in the state of the skin to be peeled delivered by the first transfer means (120). Peeling means 130 is a rotating incision to cut the shell (160a) of the onion 160 in the skin to be peeled while rotating and peeling the shell (160a) of the onion 160 in the skin to be peeled It may be composed of a pressurized air injector 134 for injecting high pressure air toward.

The cutting feed rollers 132 are axially supported to rotate at a predetermined inclination angle while being inclined downward in the feed direction of the skin to be peeled at an adjacent position of the first transport means 120 (see inclination angle 't' in FIG. 3). As shown in FIG. 4, the cutting feed rollers 132 are provided with cutting blades 132a for cutting only the skin 160a of the onion 160 in the state of being skinned over the entire length. The cutting blades 132a rotate while being in contact with the shell 160a of the onion 160 in the slicing state, so that only the shell 160a of the onion 160 is cut. The cutting blades 132a may be provided in various shapes such as circular blades. The cutting feed rollers 132 are rotatably inserted while their ends are integrated by a roller fixing body 133 supported on the upper surface of the guide rail 103 installed in parallel with the predetermined position of the base 102. The cutting feed rollers 132 form a staggered structure on either side and rotate by receiving rotational force from the rotating gears 131 connected to each other by a predetermined connection member 131a (for example, a chain or a belt). One of the rotation gears 131 is engaged with and driven by the drive gear 132b-1 provided in the roller driving means 132b. When the cutting feed rollers 132 are replaced with the cutting feed rollers 132, only the connecting member 131a is detached so that the cutting feed rollers 132 are guided along the guide rail 103. The replacement work can be done more easily and conveniently with a single operation.

The pressurized air injector 134 is installed at a position facing the incision feed rollers 132 to inject high pressure air toward the skin to be peeled. The pressurized air injector 134 includes a compressor 134a, a vertical pipe portion 134b connected to the compressor 134a, and a horizontal pipe portion for injecting high pressure air toward the onion 160 in the state of the skin to be peeled ( 134e).

The compressor 134a is installed at a predetermined position on one side of the gas 102 to supply high pressure compressed air to the vertical pipe part 134b.

The vertical pipe part 134b is connected to each other by the compressor 134a and the high pressure hose 134c to form an air flow path. The vertical pipe portion 134b is rotatably installed by the drive motor 134d provided on the frame 104 of the base 102 and the connecting body 134d-1 such as a belt.

The horizontal pipe part 134e is fixedly installed at one end of the vertical pipe part 134b and provided to be in mutual communication with the vertical pipe part 134b. As shown in FIG. 1, 2, or 6, the horizontal pipe portion 134e may be branched into a substantially “twelve” shape to inject high-pressure air in four directions, and in addition, two or six directions. It can be branched into various numbers such as to inject high pressure air. On the bottom surface side of the horizontal pipe portion 134e, a plurality of injection nozzles 134e-1 for discharging high-pressure air toward the cut-out gap of the to-be-peeled object are provided. The horizontal pipe part 134e is rotated by 360 ° by receiving the rotational force from the vertical pipe part 134b, whereby the high pressure air can be uniformly discharged toward the skin to be peeled through the injection nozzles 134e-1. .

The collection transport means 108 is a second transport means 140 for transporting the onion 160b peeled by the peeling means 130, and transported to collect the peeled material delivered from the second transport means 140 The collecting means 150 may be configured to.

The second transfer means 140 is installed to be supported on the base 102 at a position adjacent to the stripping means 130. The second transfer means 140 is installed to be circulated in the horizontal direction in which the stripping material (for example, peeled onion peeled) is transported. The second transfer means 140 is formed of a belt-shaped conveyor structure in which rod-shaped second support bars 142 are spaced apart at predetermined intervals, and the second support bars 142 are extended to a predetermined length. Can be. The second transfer means 140 serves to transfer the stripped material delivered from the stripping means 130 side to the collecting means 150 side. The second transfer means 140 may be driven in connection with a predetermined driving means (not shown).

Collecting means 150 is installed on one side of the second transfer means (140). Inside the collecting means 150, as shown in Figure 5 or 6, the transfer screw 152 having a predetermined length may be rotatably provided. The transfer screw 152 may be connected to a predetermined driving means (not shown) to be driven. The transfer screw 152 rotates the peeled onion 160b transferred by the second transfer means 140 to a predetermined collection position while being rotated so that the collection operation can be conveniently performed. In this case, at one side of the transfer screw 152, although not shown, only the peeled onion 160b may be collected by a predetermined bin or the like. The collecting means 150 may be supported by a pedestal 154 to be spaced apart from the bottom by a predetermined interval. Such, the collecting means 150 may be provided in a variety of ways, such as a conveyor method for circular transfer in the horizontal direction.

While the exemplary embodiments of the present invention have been described above by way of example, the scope of the present invention is not limited to the specific embodiments, and those skilled in the art are appropriate within the scope described in the claims of the present invention. It will be possible to change.

1 is a perspective view showing an onion peeler according to the present invention,

2 is an enlarged view of an “A-A” portion of FIG. 1;

Figure 3 is a side view showing a fixed state of the cutting feed rollers according to the present invention,

Figure 4 is a perspective view showing a fixed state of the cutting feed rollers according to the present invention,

Figure 5 is a side view showing an onion peeler according to the present invention,

6 is a plan view illustrating an onion peeler according to the present invention.

** Explanation of symbols for main parts of the drawing **

100: onion peeler, 102: gas,

103: guide rail, 104: frame,

106: supply means, 110: supply means,

112: supply hopper, 112a: receiving space,

114: conveying conveyor (conveyor), 114a: mounting jaw,

114b: circulating roller, 116: driving means,

120: first transfer means, 122: first support bar,

130: stripping means, 131: rotating gear,

131a: connecting member, 132: incision feed roller,

132a: cutting blade, 133: roller fixing body,

134: air spray, 134a: compressor,

134b: vertical pipe part, 134c: high pressure hose,

134d: driving motor, 134d-1: connecting body,

134e: horizontal pipe section, 134e-1: injection nozzle,

108: collection means for transportation, 140: second means of transportation,

142: second support bar, 150: collection means,

152: transfer screw, 154: pedestal,

160: peeled skin onion, 160a: peel,

160b: peeled onion.

Claims (4)

delete delete delete Arranged at a predetermined position of the body supported on the bottom surface is rotated in the downward direction in the conveying direction of the onion, which is the skin to be peeled, and is axially supported, and the incision blades for cutting the onion skin at all lengths Rotated, one end is rotatably installed while being integrally formed by roller fixing bodies formed of a body that is supported by the upper surface of the guide rail installed in parallel to the predetermined position of the base, the one side is mutually connected by a predetermined connection member The cutting feed rollers which are combined with the gears and are detached from the rotating gears so as to be detached and integrally replaced by the gears, and are installed to face the cutting feed rollers and spray pressurized air through the cut gap. By the compressor and the high pressure hose installed at one side of the gas to supply the high pressure compressed air It is connected in contact with each other to form an air flow path and is provided to be in contact with the vertical pipe portion at one end of the vertical pipe portion and the vertical pipe portion rotatably installed by a drive motor installed at a predetermined position of the body and toward the physiologic object Stripping means composed of a pressurized air injector consisting of a horizontal tube having ejection nozzles for ejecting high pressure air; And Onion peeler comprising a drive means is provided on one side of the cutting feed rollers of the peeling means for applying power to rotate the cutting feed rollers.

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