KR101140915B1 - sujebi machine - Google Patents

Abstract

The present invention relates to a method for producing a flaky flour by mixing and kneading a mixture of flour and salt mixed in a grain flour as a raw material of a handmade flour, kneading the flour into a hopper shape of a predetermined size, cutting the flour, And making a shape of a handmade beverage and dropping it on a collecting plate.

Handmade cost, raw material supply part, drive motor, driven gear, adjustable female thread

Description

A sujebi machine}

The present invention relates to a method for producing a flaky flour by mixing and kneading a mixture of flour and salt mixed in a grain flour as a raw material of a handmade flour, kneading the flour into a hopper shape of a predetermined size, cutting the flour, And making a shape of a handmade beverage and dropping it on a collecting plate.

In general, the process of handmade beef is to select the grain powder which is the raw material of the handmade beef, add water with a certain amount of salt, knead it by hand and knead it with a little hand, and cook it with boiled food When it is a food to put in, it is inconvenient that it is caused by unhygienic problem because it depends on manual work, and it is inconvenient for the popularization because the shape becomes unstable.

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above-mentioned conventional drawbacks and to make it possible to manufacture hygienic handmade rubles with uniform quality.

The present invention is characterized in that a raw material bottle (100) which is installed on an upper part of a main body and into which a raw material of a handmade cost is inputted is provided, a discharge port (101) is formed on the floor, a raw material A cylinder 200 in which a supply port 200a connected to the supply unit 1 and communicating with the discharge port of the raw material reservoir is formed in a cylindrical body and the open / close plate 200b and the discharge port 200c are formed on the opposite side of the discharge port, A kneading chamber 201 in which a kneading rod 204 having a screw type dough protrusion 203 formed on a surface thereof is formed while being driven by a drive shaft M1 connected to the feed nozzle 200a, And is connected to the water supply tank 206 with the saline solution and the water supply hose 207 to supply the salt water required for the dough through the water supply pump 208 and the water amount regulators 209 and 210 to perform primary dough The first kneading part (2) and

There are provided a charging port 300a provided at the lower side of the primary kneading part for supplying the kneaded raw materials of the raw materials in the primary kneading part and two screws 302 and 303 which are rotated by internal power as the cylindrical body 300 are arranged side by side A second kneading chamber 301 for kneading the first kneaded kneaded product is formed and a knockout shaped extrusion hole 304 is formed in the outlet side wall 303a through which the second kneaded product is conveyed, A secondary dough extruding portion 3 to be extruded,

A rotary cutter (4) provided with a rotary knife (401) installed horizontally on the outer wall of the hopper-shaped discharge hole of the secondary dough extrusion portion and cutting the kneaded material to be extruded into a predetermined length;

(6) composed of a driving motor (5) for driving a rotary knife of a rotary cutting section and two pressing rollers (601) and (602) provided below the rotary cutting section and pressing the cut material flatly

And a hand rubbed collecting portion 7 provided below the press forming portion 6 and rotated horizontally by an electric motor 700. [

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In the present invention as described above, grain powder (mainly wheat flour) to be a raw material for a handmade beverage is placed in a raw material container 100 to which a raw material for handmade bean is charged, and an outlet 101 formed in the bottom of the raw material container is opened, 103 is adjusted so that a predetermined amount of raw material can be supplied to the kneading chamber 201 of the first kneading portion and supplied with a specified amount of brine to be suitable for the amount of raw material supplied to the kneading chamber The water supply pump 208 and the water supply amount adjusters 209 and 210 provided in the water supply hose 207 of the water supply nozzle 205 are adjusted so that the water is supplied to the water supply tank 206 in accordance with the dough concentration, When the dough bar 204 installed in the inner cylindrical body 200 is rotated, the dough protrusion 203 formed of the screw type formed on the surface of the dough bar is rotated to knead the grain powder and water supplied to the dough chamber inside the cylindrical body So that the first kneaded mixture is discharged toward the outlet (200c) of the kneading chamber It is recommended to add about 53 g (5%) of saline by 1 liter of water, but it is adjusted according to the preference. The ratio of water and grain powder is adjusted to 38 ~ 50% Depending on the type)

When the kneaded product as the first kneaded product is put into the cylindrical body 300 of the extruded portion of the second kneaded product portion, the pair of screws 302 and 303 provided in the second kneading chamber 301 are brought into contact with each other side by side in the second kneading chamber, The first kneaded product is kneaded once more in the second kneading chamber while being rotated in a direction opposite to the first kneaded product, and kneaded at a concentration appropriate for the preparation of the soup product. When the second kneaded product is forcibly transferred to the outlet, The kneaded product is extruded into the hole 303 and cut to a certain length by the rotary knife 401 of the rotary cutter 4 installed on the outside thereof and dropped into the molding chamber of the compression molded part 6. [

At this time, the length of the cut material is appropriately adjusted according to the size of the hand piece, and the length thereof is determined by the position and rotational speed of the rotary knife 401 mounted on the rotary cutter 4, and specifically, It is possible to adjust the position of the motor attachment plate 500 attached to the water or the bare bar 305 attached to the discharge side wall 303a of the kneading extrusion portion and fine adjustment can be performed by adjusting the position where the rotary knife 401 is mounted.

On the other hand, the cut pieces in the shape of a cross key are separated between a pair of press rollers 601 and 602 provided in the forming chamber 600 of the press formed portion 6, and a pair of press rollers 601 and 602 And is adjusted in a range of 0.5 to 4 mm so as to be adjusted to a desired height of the handmade rim. The adjusting device is formed to be flat and passes through the pressing roller to form a handmade beverage shape, 702).

At this time, the squeezing rollers 601 and 602 are rotated by a motor provided on the outer wall bodies 60 and 61 constituting the forming chamber and the other squeezing roller 602 is rotated by a motor provided on the squeezing roller 601 65a (65a) of the mover (66) having guide grooves (64, 65) formed on the upper and lower surfaces thereof to be inserted into the guide grooves (62, 63) formed in the outer wall bodies (60, 61) A driven gear 602b is attached to a rotary shaft provided with a shaft grip 602a and a shaft pushed out of the shaft to come in contact with the drive gear 601b and an adjusting female screw 67 is provided at the center of the movable element 66, So that the adjusting knob is screwed to the adjusting bolt 68 attached to the adjusting knob 69 provided on the molding chamber wall to rotate the adjusting knob so that the pressing distance of the pressing roller can be adjusted within the range of 0.5 to 4 mm, The thickness can be adjusted by the thickness of the handmade so that the required thickness can be formed Separations 601c and 602c are attached to the outer surface of the lower end of the shaping roller to scrape the dough on the surface of the roller.

The collecting unit 7 is provided with a moving plate 802 to move horizontally on a supporting plate 801 provided on the frame 800 and an electric motor 700 is vertically installed at the center of the collecting unit 7 to rotate the rotating shaft 701 The rotating plate 702 is attached to the rotating plate 702, and the rotating plate 702 is rotated and moved to a position considering the position where the hand ratios are lowered. The rotatable plate 702 receives the falling rubbing fee, It is accepted as the handmade cost of the figure.

When a certain amount is collected in this way, it is moved to another place and is continuously made into a handmade costume so that a continuous handmade costume can be manufactured.

By doing so, it is possible to mass-produce, sanitize, and equalize the size and thickness of the hand-made pellets by feeding cereal flour into the raw material pails while mixing the saline solution and kneading and forming the hand-made pellets. Since the cooking time can be leveled, it is possible to make a delicious soup brew. The operation of this machine is controlled by the power supply unit and the switch circuit which operate each constituent unit, so that the manufacturing effect of the automatic soup cooker can be obtained without any trouble.

The present invention is characterized in that a lid 100a is mounted on an upper part of a frame body 800 which is mounted on an upper part of a frame 800 holding a tetragon and is attached to a rotation bar 103 formed at the bottom center, A raw material supply unit 1 configured to supply a raw material container 100 for dropping a raw material by being provided with a supply interspace 102 made of a rotating rod passing over an outlet 101,

A kneading rod 204 having a screw-type kneading protrusion 203 formed on the surface thereof is installed inside the kneading device 200. The kneading rod 204 is installed on the lower side of the raw material supplying part 1 and is connected to the discharge port 101 of the raw material container 100, A water supply nozzle 205 is formed at one side of the raw material input port and is connected to the saline water supply tank 206 storing the saline solution and the water supply hose 207 so as to be connected to the water supply pump 208 and the water amount regulators 209 and 210 to supply the salt water required for the dough to the primary kneading portion 2 and the primary kneading portion

A feeding portion 300a provided at the lower side of the primary kneading portion for feeding the kneaded raw material in the primary kneading portion 2 and a pair of screws 302 A second kneading chamber 301 for kneading the first kneaded kneaded product is formed and a knocker shaped extrusion hole 304 is formed in the outlet side wall 303a through which the second kneaded product is fed A second dough extrusion portion 3,

A rotary cutter 4 provided with a rotary knife 401 installed horizontally at the outer wall on the side of the hopper-shaped discharge portion of the secondary dough extrusion portion 3 for cutting a kneaded material to be extruded into a predetermined length,

(6) constituted by a drive motor (5) for driving a rotary knife of the rotary cutting section and two pressing rollers (601) and (602) provided below the rotary cutting section and pressing the cut material flatly, And a disc-like hand rubbed collection unit 7 which is horizontally rotated by an electric motor 700. [
Meanwhile, the power supply circuit used in the present invention is described in FIG. 10, but it is purchased and combined in the market, and a detailed description thereof will be omitted.

Meanwhile, the rotary knife 401 provided in the hand-made bread making machine of the present invention is attached to the end of the cylindrical body of the secondary dough extruding part 3 and passes through the attachment hole 302a of the discharge port side wall 303a, As the means by which the swaging rod 305 is screwed to the female screw 403a of the attachment rod 403 provided on both sides of the attachment plate 500 equipped with the rotary knife drive motor 5 of the rotary cutter 4 The handle 403b is mounted on the opposite side of the female thread 403a to be screwed to the male and female threads 305,

A pair of male and female bosses 306 are further attached to the outlet side wall 303a in a direction orthogonal to the male and female bosses 305. The male and female bosses 306 protrude through the attachment holes formed in the motor- So that the interval between the rotary knives 401 can be adjusted by a means for screwing the nuts 307.

The pressing rollers 601 and 602 provided inside the forming chamber 600 of the press forming unit 6 are rotated inward in the forming chamber 600 to face each other and the interval is adjusted to 0.5 The one squeeze roller 601 of the squeeze rollers 601 and 602 passes through the fixed axis squeeze 601a of the molding chamber and is rotated by the motor M6, The roller 602 is inserted into the guide grooves 62 and 63 formed in the outer wall bodies 60 and 61 provided at right angles to the shaft rod of the compression roller 601 so that the guide grooves 64 and 65 are formed on the upper and lower surfaces, A shaft grip 602a is formed between the supporting plates 64a and 65a of the driven gear 66 so that the driven gear 602b is attached to the rotating shaft protruding to the outside of the shaft and rotates in contact with the driving gear 601b, An adjustment screw 67 is formed at the center of the molding chamber 66 to be rotatably rotated in the wall 600a of the molding chamber 600 And the distance between the pressing rollers 601 and 602 is adjusted as the knob 69 of the adjusting bolt 68 moves inward and outward.
Reference numeral 10 denotes a switch box in which an electric circuit is incorporated.

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a cross-

Fig. 2 is an external view of Fig. 1

Fig. 3 is a cross-sectional view of the primary kneading portion, the secondary kneading extruding portion,

Figure 4 is a cross-

Fig. 5 is a diagram showing a power transmission structure of the primary kneading portion, the secondary kneading extruding portion,

6 is an exploded perspective view of the primary dough portion

7 is an exploded perspective view of the secondary dough extruding part

8 is a perspective view of the rotary cut-

9 is an exploded perspective view of the compression molding chamber of the present invention

10 is a circuit configuration diagram of the present invention.

DESCRIPTION OF REFERENCE NUMERALS

1: raw material supplying part 2: primary kneading part

3: Second dough extrusion part 4: Rotary cutting part

5: drive motor 6:

7: collecting section 60,61: outer wall body

62, 63: guide groove 601b: drive side gear

602a: Axle gripper 602b: driven gear

64, 65: guide grooves 64a, 65a:

66: mover 67: adjusting female thread

68: Adjusting bolt 69: Handle 100: Raw material container 100a: Lid 101: Outlet port 102: Supply side 103: Rotation bar 200:

200a: inlet 201: dough chamber

203: dough projection 204: dough stick

205: water supply nozzle 206:

207: Water supply hose 208: Feed water pump

209, 210: Water supply regulator 300:

300a: inputting section 301: secondary dough chamber

302, 303: Pair screw 303a: Outlet side wall

The present invention is not limited to the above embodiments, and may be modified in various ways within the spirit and scope of the present invention.

600: forming chamber 600a: wall

601, 602: Compression roller 700: Electric motor

800:

Claims (3)

A lid 100a is mounted on the upper opening part and a discharge port 101 is formed on the floor to be attached to the rotation bar 103 formed at the bottom center part, (101), a raw material feeder (1) having a feed hopper (102) made of a spinning rod and provided with a raw material bottle (100) A kneading rod 204 having a screw-type kneading protrusion 203 formed on the surface thereof is installed inside the kneading device 200. The kneading rod 204 is installed on the lower side of the raw material supplying part 1 and is connected to the discharge port 101 of the raw material container 100, A water supply nozzle 205 is formed at one side of the raw material input port and is connected to the saline water supply tank 206 storing the saline solution and the water supply hose 207 so as to be connected to the water supply pump 208 and the water amount regulators 209 and 210 to supply the salt water required for the dough to the primary kneading portion 2 and the primary kneading portion A pair of screws 302 (303) which are provided on the lower side of the primary kneading part and which have a charging part 300a to which the raw material kneaded in the primary kneading part 2 is supplied and which are driven by the motor power, A second kneading chamber 301 for kneading the first kneaded kneaded product is formed and a knocker shaped extrusion hole 304 is formed in the outlet side wall 303a through which the second kneaded product is fed A second dough extrusion portion 3, A rotary cutter 4 provided with a rotary knife 401 installed horizontally at the outer wall on the side of the hopper-shaped discharge portion of the secondary dough extrusion portion 3 for cutting a kneaded material to be extruded into a predetermined length, (6) constituted by a drive motor (5) for driving a rotary knife of the rotary cutting section and two pressing rollers (601) and (602) provided below the rotary cutting section and pressing the cut material flatly, And a disk-like hand rubbed-collecting portion (7) which is horizontally rotated by an electric motor (700) The method according to claim 1, The rotary knife 401 mounted on the handmade brewer is attached to the end of the cylindrical body of the secondary dough extruding part 3 and has a male or female thread 305 projecting horizontally through the attachment hole 302a of the outlet side wall 303a The rotary knife 401 of the rotary cutter 4 is assembled by means of screwing to the female screw 403a of the attachment rod 403 provided on both sides of the attachment plate 500 on which the drive motor 5 is mounted, 403 are provided with a handle 403b on the opposite side of the female screw 403a so that they can be screwed to and detached from the male and female threads, A pair of male and female bosses 306 are further attached to the outlet side wall 303a in a direction orthogonal to the male and female bosses 305. The male and female bosses 306 protrude through the attachment holes formed in the motor- Is mounted by means of screwing the nut (307) to the screw Claim 1 The pressing rollers 601 and 602 provided inside the forming chamber 600 of the press forming unit 6 are rotated inward in the forming chamber 600 to face each other, And one of the squeeze rollers 601 and 602 passes through the fixed shaft 601a of the molding chamber and is rotated by the motor M6 while the other squeeze roller 602 is rotated Side support plates 62 and 63 of the movable member 66 having the guide grooves 64 and 65 formed on the upper and lower surfaces thereof to be inserted between the guide grooves 62 and 63 formed in the outer wall bodies 60 and 61 provided in the direction perpendicular to the axis of the roller 601, A driven gear 602b is attached to a rotating shaft formed by projecting the shaft job out of the rotating shaft 64a and 65a so that the rotating shaft comes into contact with the driving gear 601b and rotates, The adjustment screw 67 is formed and screwed into the threaded portion of the adjustment bolt 68 which is adapted to be rotated in place in the wall 600a of the forming chamber 600 And adjusting bolt 68 sujebi manufacturing machine that the pressure roller (601) configured to be a 602 spacing is adjusted as a move to the side and out by a knob (69)

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