KR100833576B1 - Codonopsis lanceolata barker - Google Patents

Abstract

A peeler for Codonopsis lanceolata is provided to sanitarily peel a large quantity of Codonopsis lanceolata in a fixed thickness. A peeler for Codonopsis lanceolata comprises: a case(1); a transfer device which is installed in the case and transfers Codonopsis lanceolata; a brush(65) which removes foreign substances from the surface of the transferred Codonopsis lanceolata; a peeling device which peels the Codonopsis lanceolata treated by the brush; and a driving device which drives the transfer device, the brush, and the peeling device. The transfer device comprises: a couple of inlet-part transfer rollers(20) which are vertically installed in the case and transfer the Codonopsis lanceolata fed into an inlet(120) to the brush; a couple of middle-part transfer rollers(25) which transfer the Codonopsis lanceolata treated by the brush to the peeling device; and a couple of outlet-part transfer rollers(30) which transfer the Codonopsis lanceolata treated by the peeling device to an outlet(125). In addition, a curve-shaped holding part(35) is formed in the middle part of the transfer device. The brush comprises: a pipe-shaped brush shaft into which supply water is flowed; a plurality of spray nozzles which spray the supply water flowed from a rotary shaft and are inclinedly formed in the peeling direction; and a plurality of brushes(70) which are formed at the circumferential surface of the brush shaft. The peeling device comprises: a couple of rotary shafts which are installed horizontally and vertically; and curve-shaped rotary cutting blades(110) which are radially formed at the external surface of each rotary shaft.

Description

Deodeok peeling machine {CODONOPSIS LANCEOLATA BARKER}

1 is a perspective view showing a deodeok peeler of the present invention,

2 is a front sectional view of the deodeok peeler according to the present invention,

3 is a cross-sectional plan view of the deodeok peeler according to the present invention,

4 is a view showing a conveying means of the present invention,

Figures 5a and 5b is a view showing the operating state of the conveying means at the time of feeding the small diameter,

5c and 5d is a view showing the operating state of the conveying means at the time of the transfer of a large diameter,

6 is a view showing a brush according to the present invention,

7 is a sectional view showing a brush according to the present invention;

8 is a view showing an operating state of the brush according to the present invention;

9 is a view showing the structure of the peeling means according to the present invention,

10 is a view showing an operating state of the peeling means according to the present invention,

11 is a view showing an example in which the deodeok inserted into the deodeok peeler according to the present invention.

♣ Explanation of symbols for main part of drawing ♣

1: Case 5: Brush Drive Motor (Brush)

10: feed roller drive motor 15: first cutter drive motor

16: second cutter drive motor 20: feed roller feed roller

25: middle feed roller 30: discharge feed roller

35: seating portion 36: anti-slip wrinkles

40: Chain 48: connecting gear

50: transfer bracket 52: diaphragm

55: transfer gear 60: spring

65: Brush 70: Brush Brush

75: brush shaft 80: spray nozzle

85: Brush Sprocket 90: Brush Chain

95: Idle Gear 100: Supply Water Piping

105: water inlet 110: rotary cutting blade

112: cutting sprocket 115: rotating shaft

120: inlet 122: cutting chain (Cutting Chain)

125 discharge port 130 residue discharge hole

The present invention relates to a deodeok peeler for peeling the deodeok, and more particularly to a deodeok peeler to be washed at the same time peeling deodeok.

In general, Deodeok is a crop that has been used as a corrosion after mainly peeling and seasoning treatment, and is a crop that is expected to expand the consumption market as a functional food that meets the needs of modern people who prefer natural food and health food.

In addition, deodeok is more economical than medicinal crops, and the cultivation area and yield are on the rise.

These deodeok is harvested in a soiled state, because the deodeok husks are rough, there is a feature that does not wash clean only by water. In addition, the epidermal tissue of Deodeok is dug horizontally, so you can eat only after removing the peel of Deodeok.

Most of these peeling peeling operations rely on manual work, and waste is generated with the loss of product weight when peeling with a knife.

In addition, when peeled with a knife, it is unsanitary because soil microorganisms on the root surface are moved through the knife.

Therefore, there is a development of a device capable of automatically cleaning and peeling deodeok to reduce labor and improve hygiene.

On the other hand, a root vegetable washer that can wash radishes, carrots, etc. is used. Such root vegetable washer can be peeled relatively easily by a drum-type or rotary brush method with a smooth surface texture, but it has wrinkled and rough crops on its surface, such as deodeok. There is a problem that the mechanization of the peeling process is difficult.

The present invention has been made in view of the above problems, and an object of the present invention is to provide a deodeok peeler that can implement a washing function and at the same time to deduct the deodeok.

In addition, it is possible to peel the deodeok to a certain thickness, it is an object to provide a deodeok peeler that can be peeled hygienic peeling in a large amount.

The present invention, in order to achieve this object; A transfer means installed in the case and introducing and transferring the deodeok; A brush for removing foreign substances on the surface of the deodeok transferred from the conveying means; Peeling means for peeling the deodeur treated by the brush; It characterized in that it comprises a power means for driving the transfer means, brush and peeling means.

In addition, each of the conveying means is composed of a pair of inlet feed rollers, the intermediate feed rollers, and the discharge feed rollers, each bent in the center portion of the conveying means so that the conveying means and the deodeok in close contact with each other. It is characterized in that the seating portion is formed in the shape.

In addition, the brush, the brush shaft of the tubular shape in which the feed water flows; It is provided with a plurality of injection nozzles for injecting the feed water introduced from the rotary shaft, characterized in that a plurality of brushes are formed on the outer peripheral surface.

In addition, the injection nozzle, characterized in that formed inclined in the direction in which deodeok peeling.

In addition, the peeling means is characterized in that the rotary cutting blade of the form curved to the outside of the rotating shaft is provided in a radial form.

In addition, the peeling means is characterized in that each consisting of a pair consisting of a vertical and horizontal arrangement.

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the deodeok peeler according to the present invention will be described in detail.

1 is a perspective view showing a deodeok peeler of the present invention, Figure 2 is a front sectional view of the deodeok peeler according to the present invention, Figure 3 is a cross-sectional plan view of a deodeok peeler according to the present invention.

The deodeok peeler of the present invention is provided with a case (1) constituting the main body, and a conveying means installed in the case (1) for introducing and conveying deodeok.

First, referring to FIGS. 1 to 4, in the case 1, an introduction port 120 for inserting a deodeok and a deductor introduced into the case 1 from the introduction port 120 are peeled off and then discharged. An outlet 125 is formed. In addition, at the lower end of the case (1), the debris is peeled off, and the residue discharge hole (130) for discharging the remaining shell is formed.

The conveying means comprises an inlet feed roller 20 on the inlet 120 side, an intermediate feed roller 25 on the middle side, and an outlet feed roller 30 on the outlet 125 side. The rollers 20, 25 and 30 are each composed of a pair.

The introduction part conveying roller 20 of the conveying means conveys the deodorant introduced into the inlet 120 to the brush 65, which will be described later, and the intermediate part conveying roller 25, the deducted from the brush 65. It is transported to the peeling means side to be described later, the discharge portion conveying roller 30, discharges the deodeok processed in the peeling means to the discharge port (125) side.

Each of the conveying means is driven by a power means provided on the back of the case (1). That is, the introduction part feed roller 20, the intermediate part feed roller 25, and the discharge part feed roller 30 are driven by the feed roller drive motor 10. The feed roller drive motor 10 controls the speed and the braking by a controller (not shown) as a reduction motor.

On the other hand, the structure of the conveying means, as shown in Figures 4 to 5d, is formed in the form of a shaft and the transfer gear 55 is coupled to both ends. Here, the center portion of the conveying means, the seating portion 35 of the narrow shape is formed so that the deodeok may be transported in close contact.

Each of the transfer means is formed in a pair, the left and right seating portion (35) surrounding the deodeok according to the diameter of the deodeok when the transfer of deodeok is opened. Here, the anti-slip wrinkles 36 are formed on the outer circumferential surface of the seating portion 35 at regular intervals.

In addition, the transfer means is coupled to one side of the transfer bracket 50, the other end side of the transfer bracket 50 is coupled to the spring (60). This is to rotate around the connection gear 48 coupled to the transfer bracket 50, to limit the moving range of the transfer means by the elastic movement of the spring (60).

Hereinafter, the operation of the transfer means will be described in detail. Figures 5a and 5b is a view showing an operating state when transferring a small diameter to the transfer means according to the invention, Figures 5c and 5d, the transfer means according to the present invention has a large diameter It is a figure which shows the operation state at the time of conveyance.

First, referring to FIGS. 5A and 5B, the diaphragm 52 and the transfer bracket 50 installed in the case 1 are coupled to each other, and the connecting gear 48 is formed to rotate about the coupled shaft. At this time, in the case of transferring the small diameter deodeok only the feed rollers 20, 25, 30 coupled to the gear, the conveying bracket 50 does not rotate.

However, as shown in FIGS. 5C and 5D, in the case of transporting a large diameter duck, the feed rollers 20, 25, 30 rotate at the same time as the diameter of the duck in contact with the seating part 35. The bracket 50 rotates.

The conveying means of the present invention, the gear coupled to the feed roller drive motor 10, the connection gears 48 arranged in each of which is connected to the chain 40 is driven, the feed roller drive motor 10 The connecting gears 48, from which power is transmitted, are engaged with the transfer gears 55 coupled with the respective transfer rollers 20, 25, 30 so that the transfer rollers 20, 25, 30 are rotated. . In addition, the transfer means rotates in the same direction as the transfer gear 55 that rotates about an axis.

On the other hand, the deodeok peeler of the present invention is provided with a brush (65) for washing the deodeok surface transferred from the conveying means, and a peeling means for peeling the deodeok processed by the brush (65).

6 and 7, the brush 65 is installed in the longitudinal direction of the deodeok transferred from the inlet transfer roller 20, it is installed in a form surrounding the deodeok. In this embodiment, four brushes 65 are provided in all directions.

As illustrated in FIG. 7, the brush 65 has a brush shaft 75, which is a tubular rotating shaft, and a water inlet 105 formed at one side of the brush shaft 75 supplies supply water. Is connected to the supply water pipe (100).

Here, the feed water flowing into the water inlet 105 is injected into a plurality of injection nozzles 80 formed on the outer circumferential surface of the brush 65, the brush brush 70 is surrounded by the injection nozzles 80 installed do.

The injection nozzle 80 is formed such that the nozzle injection port is inclined in the direction in which deodeok proceeds. Because deodeok is dug in the lateral shape due to its characteristics, by spraying the feed water to the injection nozzle 80 in the same direction as the direction of the deodeok, it is possible to efficiently clean the foreign matter in the bone.

In addition, the brush brush 70 is installed to overlap with the brush brush 70 installed in each brush (65). Therefore, when deodeok enters the center of the brush, the brush brush 70 can be cleaned by spraying the supply water from the spray nozzle 80 at the same time shake off the foreign matter.

In addition, the brush 65 is driven by the brush drive motor 5, as shown in FIG. Gears coupled to the brush drive motor 5 and brush sprockets 85 coupled to the respective brushes 65 are connected to the brush chain 40 and driven, and an idle gear 45 is installed in the middle.

On the other hand, the deodeok peeler according to the present invention is provided with a peeling means consisting of a pair of each composed of a vertical and horizontal arrangement.

The peeling means is to peel off the debris that is primarily washed and the foreign matter is removed from the brush 65, it is composed of a pair installed in the longitudinal direction and a pair installed in the transverse direction. This is to uniformly peel the outer circumferential surface of the deodeok transferred to the rotary cutting blade 110, and to peel at a constant thickness.

As shown in FIG. 9, the peeling means includes a rotating shaft 115 formed as a pair and forming a main skeleton, and a rotating cutting blade 110 having a constricted shape radially installed to the outside of the rotating shaft 115.

In addition, the peeling means, like the transfer means, the outer peripheral surface is formed in a curved shape so as to facilitate the close contact with the deodeok, it is installed so that deodeok conveyed to the intermediate feed roller 25 is naturally peeled off.

On the other hand, as shown in Figure 10, the peeling means is arranged in the longitudinal direction to one side with the peeling means installed in the horizontal direction, respectively, using the first cutter driving motor 15 and the second cutter driving motor 16 as a power source, respectively. Drive the existing peeling means.

In this embodiment, the gear coupled to the first cutter driving motor 15 and the cutting sprocket 112 coupled to the peeling means arranged in the longitudinal direction are connected to the cutting chain 122 and the second cutter driving. The motor 16 is connected by the peeling means arrange | positioned in the horizontal direction by gear.

Next, the operating state of the deodeok peeler according to the present invention.

First, as shown in Figure 11, the duck is inserted into the inlet 120 side is the duck is transferred to the brush 65 by the inlet transfer roller 20, the brush 65 is foreign matter and dirt Brush off the dirt with a brush brush (70) at the same time spraying the supply water is primarily washed.

After the washing is deducted, it is transferred to the peeling means through the intermediate transfer roller 25, the peeling means is peeled off by the rotation of a pair of rotary cutting blade (110). The peeled deodeok is discharged to the discharge port 125 by the discharge part transfer roller 30, and the foreign matter and the peeled shell, etc. are discharged to the waste discharge hole 130.

Although the preferred embodiments of the present invention have been described above by way of example, the scope of the present invention is not limited to these specific embodiments, and may be appropriately changed within the scope of the claims.

As described above, the deodeok peeler according to the present invention, by washing the deodeok primarily through the brush, and secondly peeled through the peeling means, it has the effect that can be washed simultaneously with the peeling.

In addition, since the peeling means peels deodeok with a certain thickness, it can be peeled hygienically and uniformly, and has the effect of peeling deodeok in large quantities.

Claims (6)

delete A case 1; A transfer means installed in the case 1 and introducing and transferring the deodeok; A brush (65) for removing foreign matters on the surface of the deodorant transferred from the conveying means; Peeling means for peeling the deodeur treated by the brush; In the deodeok peeler comprising the conveying means, the brush 65 and the driving means for driving the peeling means, The transfer means, A pair of inlet feed rollers 20 installed vertically in the case 1 to transfer the deodorant introduced into the inlet 120 to the brush 65 and the deodorant treated by the brush 65 to the peeling means side. Consists of a pair of intermediate feed roller 25 for feeding and a pair of discharge feed roller 30 for transferring the deodeok treated by the peeling means toward the outlet 125, In the center portion of the pair of inlet feed roller 20, the intermediate feed roller 25 and the discharge feed roller 30 is characterized in that the seating portion 35 of the curved shape is formed so that the deodeok close contact and move. Dodge peeling. The method of claim 2, The brush 65 is, A tubular brush shaft 75 into which the feed water flows; A plurality of injection nozzles 80 for injecting the feed water introduced from the rotary shaft 115; Deodeok peeler, characterized in that it comprises a plurality of brush brushes (70) formed on the outer circumferential surface of the brush shaft (75). The method of claim 3, wherein The injection nozzle (80), deodeok peeler, characterized in that formed inclined in the direction in which deodeok peeling. The method of claim 2, The peeling means, A pair of rotating shafts 115 respectively installed in the horizontal and vertical directions; Deodeok peeler, characterized in that it comprises a rotating cutting blade (110) of the curved shape formed radially on the outside of each of the rotating shaft (115). delete

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