KR200278245Y1 - A Apparatus for Nooddle with Inner-parts - Google Patents

Abstract

The present invention relates to a noodle manufacturing apparatus having a core to produce a noodle having a core, such as vegetables and meat in the noodle.

The present invention is a hopper 1 for the input of the skin material, one side is located below the hopper 1, a screw 1 for kneading and conveying the skin material injected from the hopper 1, and a drive for driving the screw 1 Means 1, the hopper 1 is installed, including a support casing 1 for installing the screw 1, the skin portion for forming and supplying the skin surface, and inserted into the outer side of the casing of the screw 1, the tension and conveying the core Screw 2 for the purpose, and located on the upper side of the screw 2, the hopper 2 for introducing the core material, the drive means 2 for driving the screw 2, the hopper 2 is installed and the support for installing the screw 2 Comprising a casing 2 and the core portion for supplying the core, and the surface discharged from the screw 1 of the surface portion discharged from the screw 2 of the core portion It is coupled to the end of the support casing 2 of the core portion to be subjected to extrusion molding, the core injection tube for injecting the core discharged from the screw 2 of the core portion, and for extruding the surface discharged from the screw 1 of the skin portion A machine bundle comprising a combination extrusion unit in which a faceted extrusion hole is joined and forms a double extrusion structure; A driving unit for driving the driving means 1 and 2; It is characterized in that it comprises a frame for mounting the components.

Description

A noodle making apparatus with a heart {A Apparatus for Nooddle with Inner-parts}

The present invention relates to a noodle manufacturing apparatus, and in particular, by constructing a noodle having a core of vegetables, meat, etc. in the noodle, it contains a variety of nutrients in a balanced, good taste, and the core and skin are clearly separated like colored pencils. It relates to a noodle making apparatus having a heart to visually enhance the taste.

Noodles are foods that everyone enjoys in their daily lives. They usually use flour as the main ingredient, and the noodles are picked up by kneaders and manufacturing machines or by hand, and then placed on the table.

Such noodles are usually made of wheat flour, but recently, noodles which improve taste and nutrition by mixing rice flour with flour or mixing flour and various grains or various foods have been proposed one after another.

By the way, the noodles of the prior art is a carbohydrate-based composition in which starch, such as cereals or sweet potatoes or potatoes, is mixed and not evenly provided with various nutrients such as meat and vegetables.

As such, the reason why the noodles were not mixed with grains other than the above-mentioned cereals is that when raw vegetables or meat are exposed on the surface of the noodle, they are separated and scattered when the noodle is boiled. This is because there is a problem of losing the unique properties of noodle.

In addition, as a conventional technique, although vegetables such as mugwort, 칡, spinach and the like may be mixed in noodles, this is to be kneaded into flour and grains by powdering or syruping rather than putting vegetables directly.

Therefore, the entire noodle has a color showing that the materials are mixed, and there is nothing visually peculiar, so it is not received much response.

The present invention has been devised to solve the above problems,

The purpose of the present invention is to configure the inside of the noodles to produce noodles with a heart, such as vegetables, meat,

Noodles making device that contains various nutrients in a good balance, has a good taste, and has a core so that the core of the meat and the grains such as flour surrounding the core are clearly separated from each other like colored pencils to visually enhance the taste. In providing.

1 is a detailed view of some of the noodles produced by the present invention.

2 is an overall configuration diagram of an embodiment according to the present invention.

3 is a side view of FIG. 2;

Figure 4 is a cross-sectional view of the mechanical bundle of an embodiment according to the present invention.

5 is a partial detailed view of FIG. 4.

Figure 6 is an exploded cross-sectional view showing an adjacent configuration of the combined extrusion unit according to the present invention.

7 is a combined view of FIG.

8 is a partially omitted side view of FIG.

9 is an embodiment of the combination extrusion unit according to the present invention.

* Explanation of symbols for the main parts of the drawings

1: noodle manufacturing apparatus having a core according to the present invention

2: cored noodles made by the present invention

2a: skin 2b; Heart

100: machine bundle 110: skin portion

111: hopper 1 112: screw 1

113: drive means 1 114: support casing 1

121: hopper 2 122: screw 2

123: drive means 2 124: support casing 2

130: combination extrusion portion 131: core injection port

131a: core injection tube 132: skin extrusion port

132a: surface extrusion hole 133: fastener

200: drive unit 210; motor

220: reducer 230; clutch

231; Clutch lever 300: frame

Noodle manufacturing apparatus having a core in accordance with the present invention to achieve the above object,

Hopper 1 for introducing the skin material, one side is located below the hopper 1, screw 1 for kneading and conveying the skin material introduced from the hopper 1, and driving means 1 for driving the screw 1 and And, the hopper 1 is installed, including a support casing 1 for installing the screw 1, the skin portion for forming and supplying the skin surface,

Inserted and installed on the outer side of the casing of the screw 1, the screw 2 for tensioning and conveying the core, located on one side of the screw 2, the hopper 2 for the core material is introduced, and for driving the screw 2 A core part configured to include a driving means 2 and a support casing 2 in which the hopper 2 is installed and in which a screw 2 is installed,

The skin discharged from the screw 1 of the surface portion is coupled to the end of the support casing 2 of the core portion to be molded and wrapped around the core discharged from the screw 2 of the core portion, and the core discharged from the screw 2 of the core portion. A bundle of machines including a core injection tube for injection and a combination extrusion unit for coupling the surface extrusion hole for extruding the surface discharged from the screw 1 of the surface unit, forming a double extrusion structure;

A driving unit for driving the driving means 1 and 2;

It characterized in that it comprises a frame for mounting the components.

As an embodiment of the present invention,

The combination extrusion part has a plurality of injection tubes for extruding the core discharged from the screw 2 of the core portion in a concentric circle, the inner core injection hole is formed in the inclined space for entering the surface;

It is combined with the core injection port to form an inclined space for the inflow of the skin, the end of the injection tube is inserted into the inclined space, the inner core and the inner surface of the core is wrapped through the injection tube is combined and extruded It is characterized in that the surface extrusion hole provided with a plurality of surface extrusion holes for forming a double extrusion structure.

As an embodiment of the present invention,

The inner diameter of the surface-extrusion hole of the combination extrusion portion is a dimension in which the thickness of the surface is added to the outer diameter of the core injection tube, and the end of the core injection tube is characterized in that located inside the surface-extrusion hole.

As an embodiment of the present invention,

In order to couple and fix the combination extrusion part to the support casing end of the core part,

The outer periphery of the end of the support casing of the inner core portion is formed with a screw portion,

Forming step of the extrusion surface of the combination extrusion unit,

And a fastener having a threaded portion and a stepped portion corresponding to the threaded portion of the support casing and the stepped surface of the surface extrusion port.

As an embodiment of the present invention,

The screw 1 is characterized in that the pitch becomes narrower closer to the discharge port.

As an embodiment of the present invention,

The drive unit is provided with an electric motor and a reducer,

The motor is provided with a sprocket and a chain for transmitting power to the drive means 1 and the drive means 2 of the machine bundle, the power transmission system for the drive means 2 is provided with a clutch and a clutch lever for the clutch operation. It is done.

As an embodiment of the present invention,

The combination extrusion part may be configured with a plurality of through holes for extruding only the surface to be discharged from the screw 1.

As an embodiment of the present invention,

Hopper 2 of the core portion is characterized in that the presser for pushing the core material to its own weight.

Hereinafter, with reference to the accompanying drawings an embodiment of a noodle manufacturing apparatus having a core of the present invention will be described in more detail.

1 is a partial detailed view showing the shape of the noodle produced by the present invention, Figure 2 is an overall configuration of an embodiment according to the present invention, Figure 3 is a side view of Figure 2, Figure 4 is a machine of the present invention It is a bundle cross section and FIG. 5 is a partial detailed cross section of FIG.

The present invention is an apparatus for producing noodles 2 having a core 2b in the surface 2a as shown in FIG.

The noodle manufacturing apparatus 1 having a core according to the present invention, as shown in FIGS. 2 to 5, a skin portion 110 for forming and supplying a skin surface 2a, and a core portion for supplying a core 2b. 120, the machine bundle 100, including the drive unit 200, and the frame 300, including a combined extrusion unit 130 for extruded by combining the core 2b into the skin 2a. It is composed.

The surface portion 110 for forming and supplying the skin surface in the machine bundle 100 is one side is located below the hopper 1 (111) and the hopper 1 (111) for the input of the skin material, the hopper 1 ( Screw 1 (112) for kneading and conveying the skin material introduced from the 111, the drive means 1 (113) for driving the screw 1 (112), and the hopper 1 (111) is installed and screw 1 ( And a support casing 1 114 which implies 112.

The drive means 1 (113) is a sprocket driven by the chain 250, the drive means 1 (110) and screw 1 (112) may be coupled to the connector (115).

The support casing 1 (114) was formed by separating the main casing (114a) and the screw casing (114b).

The screw 1 (112) is configured to narrow the pitch closer to the discharge port to form a tension on the surface dough.

The core part 120 is inserted into and installed on one side of the casing 114b of the screw 1, and the screw 2 122 for tensioning and transferring the core, and is located on the upper side of the screw 2 122 and the core material. Hopper 2 (121) for the injection, the drive means 2 (123) for driving the screw 2 (122), the hopper 2 (121) is installed and the support casing 2 (2) to install the screw (122) ( 124).

The drive means 2 (213) is composed of a sprocket.

Hopper 2 121 of the core portion 120 is preferably provided with a presser 125 for pushing the core material to its own weight.

A groove 124b is formed on an inner circumferential surface of the core 120 in which the screw to the support casing 2 124 is installed to correspond to the screw of the screw 2 122 to increase the tension of the core.

The support casing 1 114 and the support casing 2 124 are provided with bearings 116 and 126 for pivotally supporting the respective driving units.

The combination extruded part 130 supports the casing of the core part so that the surface discharged from the screw 1 112 of the skin part surrounds the core discharged from the screw 2 122 of the core part 120 to be molded and extruded. Is coupled to the end of the 124, the core injection tube 131a for injecting the core discharged from the screw 2 (122) of the core portion, and for extruding the surface discharged from the screw 1 (112) of the surface portion Extrusion hole 132a is formed by combining, forming a double extrusion structure.

6 is a partial exploded cross-sectional view showing the configuration of the combination extrusion unit 130 according to an embodiment of the present invention, Figure 7 is a combined view of Figure 6, Figure 8 is a partially omitted side view of FIG.

As shown in Figure 6 to 8, the combination extrusion unit 130 of the embodiment according to the present invention is made by combining the core injection port 131 and the surface extrusion port 132.

The core injection port 131 is provided with a plurality of concentric circles with a plurality of injection pipes (131a) for extruding the core discharged from the screw 2 (122) of the core portion 120, the inclined space for entering the skin surface ( 131b) was formed.

The skin extrusion port 132 is combined with the core injection port 131 to form an inclined space 132b for introducing the skin surface, and inserts the end of the core injection tube 131a into the inclined space 132b. It was installed, wrapped around the core to be injected through the core injection tube (131a) was provided with a number of the surface extrusion hole (132a) for the combination of the core and the skin surface to be extruded.

The inner diameter of the skin extruded hole 132a of the combination extruded part 130 has a dimension in which the thickness of the skin is added to the outer diameter of the core injection tube 132a, and the end of the core injection tube 132a is the surface extruded hole ( 132a).

In order to couple and fix the combination extrusion part 130 to the end of the support casing 2 124 of the core part, a threaded portion 124a is formed at the outer edge of the support casing 2 124 of the core part, and the combination extrusion is performed. Engagement step 132c is formed in the surface extrusion port 132 of the part 130, and the screw part 133a and step 133c corresponding to the threaded portion 124a of the support casing 2 and the stepped portion 132c of the surface extrusion port. It is preferable that a fastener 133 having a) is provided.

As an embodiment of the present invention,

As shown in FIG. 9, the combination extrusion unit 130 extrudes only the surface discharged from the screw 1 112, that is, the surface extrusion hole 132 instead of the double pipe structure in order to extract the general noodles. ) May be provided with a general noodle extrusion port 132 ′ formed only.

The drive unit 200 is provided with an electric motor 210 and a reducer 220,

The motor 210 is provided with a sprocket 240 and a chain 250 for transmitting power to the drive means 1 (113) and the drive means 2 (123) of the machine bundle, the drive means 2 (123) The power transmission system for the clutch 230 and the clutch lever 231 for the clutch operation is provided.

Looking at the operating state of the noodle manufacturing apparatus having a core according to the present invention having the above configuration.

When hopper 1 (111) of the skin part 110 is mixed with a predetermined amount of skin material, salt, and water, including flour, and the driving part 200 is operated, the driving means 1 (113) drives the screw 1 (112). While rotating, the dough is made while transferring the skin material input to the hopper 1 (111).

At this time, the pitch of the screw 1 (112) is gradually narrowed, so that the dough is compressed and tensioned to become a chewy noodle with high tension.

On the other hand, the core material is also inserted into the hopper 2 121 of the core part 120, and the driving means 2 123 of the core part 120 is also driven at the same time as the driven part 110 is driven, thereby screw 2 122. Is driven and the core is tense conveyed.

The surface dough discharged from the screw 1 112 and the core material discharged from the screw 2 are combined into a noodle having a core in the double tube of the combination extrusion part.

That is, the core material is injected into the core injection tube 131a, and the surface dough is injected into the skin extrusion hole 132a through the inclined spaces 131b and 132b, and the end portion of the surface extrusion hole 132a, The core injection tube 131a is to be combined into one at the end portion.

On the other hand, if the clutch connection is disconnected by operating the clutch lever 231 connecting the driving means 2 (123) in the electric motor 210, the core portion 120 is not driven.

By excluding the drive of the core in this way, hollow, hole noodles such as macaroni are extruded.

In addition, when the conventional noodle extrusion port 132 ′ is inserted into the conventional noodle, the conventional noodle is pulled out.

As described above, the present invention operates the clutch lever 231 or changes the member of the combined extruder 130 so that the noodle with the core, the fast boiled noodle and the general noodle can be freely picked up easily and instantly.

The core can be applied to a variety of meat, raw vegetables, etc. The noodle having a core manufactured by the present invention allows a balanced intake of various nutrient groups such as carbohydrate-based skin and protein, fat.

In addition, the noodle's cross section is clearly distinguished from the core and the skin so that you can feel the colorful taste that visually enhances the taste.

The present invention is capable of various substitutions, modifications, and changes without departing from the technical spirit of the present invention for those of ordinary skill in the art to which the present invention pertains, and thus is limited to the above-described embodiments and drawings. It is not.

As described in detail above, the noodle manufacturing apparatus having a core according to the present invention can selectively take the configuration and the driving of the core having a double extrusion structure, the noodle having a core, boiled noodles, fast noodles By freely picking up on the fly,

It allows you to enjoy instant noodle dishes with excellent taste and freshness, as well as a balanced intake of carbohydrate-based skin and various nutritional groups such as proteins and fats. It is a breakthrough technology that makes it easy to manufacture noodles with visual appeal.

Claims (8)

Hopper 1 for introducing the skin material, one side is located below the hopper 1, screw 1 for kneading and conveying the skin material introduced from the hopper 1, and driving means 1 for driving the screw 1 and And, the hopper 1 is installed, including a support casing 1 for installing the screw 1, the skin portion for forming and supplying the skin surface, Inserted and installed on the outer side of the casing of the screw 1, the screw 2 for tensioning and conveying the core, located on one side of the screw 2, the hopper 2 for the core material is introduced, and for driving the screw 2 A core part configured to include a driving means 2 and a support casing 2 in which the hopper 2 is installed and in which a screw 2 is installed, The skin discharged from the screw 1 of the surface portion is coupled to the end of the support casing 2 of the core portion to be molded and wrapped around the core discharged from the screw 2 of the core portion, and the core discharged from the screw 2 of the core portion. A bundle of machines including a core injection tube for injection and a combination extrusion unit for coupling the surface extrusion hole for extruding the surface discharged from the screw 1 of the surface unit, forming a double extrusion structure; A driving unit for driving the driving means 1 and 2; Noodles manufacturing apparatus having a core, characterized in that it comprises a frame for mounting the components. The method of claim 1, The combination extrusion part has a plurality of injection tubes for extruding the core discharged from the screw 2 of the core portion in a concentric circle, the inner core injection hole is formed in the inclined space for entering the surface; It is combined with the core injection port to form an inclined space for the inflow of the skin, the end of the core injection tube is inserted into the inclined space, and the core and the skin are combined to wrap the core injected through the core injection tube Noodle manufacturing apparatus having a core, characterized in that the surface extrusion hole is provided with a plurality of surface extrusion holes for extrusion to form a double extrusion structure. The method according to claim 1 or 2, The inner diameter of the surface-extrusion hole of the combination extrusion portion is a dimension in which the thickness of the surface is added to the outer diameter of the core injection tube, End of the core injection tube is noodle manufacturing apparatus having a core, characterized in that located in the interior of the surface extrusion hole. The method of claim 1, In order to couple and fix the combination extrusion part to the support casing 2 ends of the core part, The outer periphery of the end of the support casing 2 of the inner core portion is formed with a screw portion, Forming step of the extrusion surface of the combination extrusion unit, And a fastener having a threaded portion and a stepped portion corresponding to the threaded portion of the support casing 2 and the stepped portion of the surface extruded port. The method of claim 1, The screw 1 is a noodle manufacturing apparatus having a core, characterized in that the pitch is narrowed closer to the discharge port. The method of claim 1, The drive unit is provided with an electric motor and a reducer, The motor is provided with a sprocket and a chain for transmitting power to the drive means 1 and the drive means 2 of the machine bundle, the power transmission system for the drive means 2 is provided with a clutch and a clutch lever for the clutch operation. Noodles manufacturing apparatus having a heart. The method of claim 1, The combination extruded portion noodle manufacturing apparatus having a core, characterized in that it has a plurality of through holes for extruding only the surface discharged from the screw 1. The method of claim 1, Hopper 2 of the core portion is noodle manufacturing apparatus having a core, characterized in that the presser for pushing the core material to its own weight.