KR200451314Y1 - Apparatus for making noodle - Google Patents

Abstract

The present invention relates to a kneader (hereinafter referred to as 'cold noodle kneader') used for kneading flour foods such as flour and rice flour, and is formed by forming a dough crank installed in the dough hopper to be used without distinction between left and right. It is to provide a cold noodle kneader that minimizes the manufacturing cost according to the processing cost, and also expects the improvement of mass production.

That is, the present invention has two stirring screws on the lower side of the dough hopper (3) in which the dough blades (2a, 2b) are formed symmetrically with the two dough cranks (2, 2 ') formed in opposite directions to form a wedge. (4, 4 ') is provided with a cylinder body (5) is installed, between the opening plate (6) between them so that the dough kneaded in the dough hopper (3) is supplied to the cylinder body (5), On the sides of the dough hopper 3 and the cylinder body 5, a conventional drive unit 7 is provided to collectively drive the dough cranks 2 and 2 'and the stirring screws 4 and 4' by the motor 16. In configuring the cold noodle kneader 1,

The dough crank (2, 2 ') is separated from the shaft (11, 11'), the shaft portion formed with a shaft engaging groove (2d) is fitted with the front end portion (11a) of the shaft (11, 11 ') that the key is coupled (2c) is formed in both directions and is configured to be axially coupled without right and left, and it is formed by precision casting mold, so there is no need for processing, mass production is possible, it can be used without left and right, and the mold production and processing cost are remarkable. It can be produced at low cost because it can be reduced.

Cold noodle kneader, dough crank, dough blade, shaft coupling groove, tip

Description

Cold Noodle Kneader {Apparatus for making noodle}

The present invention relates to a kneader (hereinafter referred to as 'cold noodle kneader') used for kneading flour foods such as flour and rice flour, and more specifically, to enable the use of dough cranks installed in the dough hopper irrespective of right and left. By minimizing the manufacturing cost according to the molding and processing costs, and to provide a screw for cold noodle kneader that can be expected to improve the productivity.

A common cold noodle kneader may knead flour or rice powder together with water in the dough hopper firstly and install a stirring chamber in parallel to the lower side of the dough hopper to forcibly extrude the kneaded material into the front discharge nozzle. To make it work.

 The kneading hopper is provided with two k-shaped dough cranks integrally formed at the tip of the shaft, and two stirring screws are installed in the stirring chamber so that they are collectively driven by a motor, and then agitated by the dough crank in the dough hopper. Supplied to the stirring chamber is second kneaded by the stirring screw and forced to extrude to the front discharge nozzle.

In the case of the dough crank installed in the dough hopper of the cold noodle kneader is formed integrally with the shaft (21, 21 ') as shown in Figure 1, the two dough blades (20a, 20b) in the opposite direction to form a k-shaped Two dough cranks (20, 20 ') formed in the configuration is made of a symmetrical configuration.

The dough cranks 20 and 20 'were manufactured separately using separate molds.

In addition, since the shafts 21 and 21 'are integrally formed, there is a lot of material waste, and there are many difficulties in lathe machining of the shafts 21 and 21'. There were various problems such as.

The present inventors have devised the present invention to solve all the problems of the dough crank installed in the dough hopper, and in the present invention, the dough crank installed in the dough hopper can be used without distinction between left and right according to the molding and processing costs. The present invention has been completed with technical challenges in minimizing the production cost and improving the productivity.

In order to solve the problem, the present invention separates the dough crank from the shaft, and forms a shaft portion having shaft coupling grooves formed at both ends thereof, so that it can be used without right and left distinction, and also needs to be processed by molding by precision casting. There was no.

The present invention is designed to improve the dough crank, one of the key components in the cold noodle kneader, has the following effects.

1) Since it is molded by precision casting mold, there is no need for processing and mass production is possible.

2) It is a configuration that forms shaft coupling grooves on the shaft parts at both ends, and can be used without distinction between left and right.

3) Significant savings in mold making and processing costs can be achieved at low cost.

4) Kneading hopper and cylinder body are composed of driving part and detachable type, and can be easily disassembled and assembled without tools because it is combined with bolt and butterfly nut.

The present invention arranges a cylinder body in which two stirring screws are installed under the dough hopper in which two dough cranks are formed symmetrically so that the dough blades are ∽-shaped, and an opening plate is provided between them. First, the dough kneaded in the dough hopper to be supplied to the cylinder body, the side of the dough hopper and the cylinder body cold side kneader with a drive unit for driving two dough cranks and two stirring screws collectively driven by a motor In the configuration of the dough crank is separated from the shaft, the shaft is formed in the bi-directional shaft portion formed with the shaft coupling groove to be fitted to the front end portion of the shaft coupled to the key is characterized in that configured to be axially coupled without discriminating left and right.

Hereinafter, the configuration of the present invention based on the accompanying drawings.

Figure 2 shows a perspective view showing a preferred embodiment of the dough crank provided in the present invention, Figure 3 is a front sectional view of the state of the present invention is installed, Figure 4 is a plan view showing a state of the present invention is installed.

The general design of the cold noodle kneader (1) used for kneading flour, rice flour, and the like is opposite to each other so that the two dough wings (2a, 2b) are k-shaped so as to knead firstly by putting the kneading material on the top. A dough hopper 3 having two dough cranks 2 and 2 'formed in the symmetrical direction is disposed symmetrically, and two stirring screws 4 and 4' are provided below the dough hopper 3; Arrange the cylinder body (5), and between them there is a rotatable opening plate (6) to supply the dough kneaded primarily in the dough hopper (3) to the cylinder body (5) to the front end of the body (5) It is configured to push the dough into the nozzle (5a) is coupled to.

And the drive part 7 is provided in the side of the dough hopper 3 and the cylinder body 5.

The drive unit 7 is configured to be separated from the dough hopper 3 and the cylinder body 5, it is configured to be easily assembled and disassembled without a tool by combining the bolt and the butterfly nut (15).

Preferred examples of the drive unit 7 is to install the operating gears 12 and 13 having different diameters on the two shafts 11 and 11 'for driving the dough crank 2 and to drive the stirring screw 4. Actuating gears 9 and 10 having the same diameter are installed on the two shafts 8 and 8 ', and the shafts 8 and 8 are combined with the dough cranks 2 and 2' and the stirring screws 4 and 4 '. 8 ', 11, and 11' are connected to the motor 16 and the power transmission means 14, such as chains, belts, gears, and the like so that they are collectively driven by the driving of the motor 16.

The present invention is designed to actively improve the configuration of the dough crank (2, 2 ') provided in the dough hopper (3) in the configuration of the general cold noodle kneader (1), the shaft (21, 21') Unlike the conventional dough crank (20, 20 ') consisting of a single body and can be used without distinction, and by using a precision casting mold by casting molding provides a crank (2, 2') that can be used without post-processing. ,

That is, in the present invention, two dough blades 2a and 2b are formed on both sides of the X-shaped dough cranks 2 and 2 'formed in opposite directions to each other, and the storage portions 2c are formed on both sides of the storage portions 2c. To form a shaft engaging groove 2d into which the front end portion 11a to which the shaft is coupled is coupled to the front end portion 11a of the shafts 11 and 11 'to which the operating gears 12 and 13 are coupled. It is the structure that was fitted and fixed.

In the case of the front end portion (11a) of the shaft coupling groove (2d) and the shaft (11, 11 ') coupled thereto, in the present invention, but one example of the key is coupled to the front end portion (11a), the key is combined in a cross shape Of course, the shaft coupling groove (2d) can also be formed to match this is a matter of course.

The present invention constituted as described above is a dough crank (2, 2 ') is made by the precision casting mold and can be used without any distinction, the installation of the present design is the support portion (3a) formed in the dough hopper (3) The shaft engaging groove which is formed in the bearing part 2c with the front end part 11a of the shafts 11 and 11 'driven by the power of the drive part 7 in the state in which the bearing part 2c was supported by the bearing in the 2d) can be assembled.

1 is a perspective view showing an example of a dough crank used in the conventional cold noodle kneader

Figure 2 is a perspective view showing a preferred embodiment of the dough crank provided in the present invention

Figure 3 is a front cross-sectional view of the present invention installed

Figure 4 is a plan cross-sectional view of the present invention installed

Explanation of symbols used in main part of drawing

1: Cold noodle kneader 2,2 ': Dough crank

2a, 2b: Dough wing 2c: Paper sheet

2d: Shaft coupling groove 3: Dough hopper

4,4 ': Stirring screw 5: Cylinder body

7: Drive 11, 11 ': axis

11a: tip

Claims (1)

Two stirring screws (4, 4 ') to the lower side of the dough hopper (3) in which two dough cranks (2, 2') formed in opposite directions to each other so that the dough wings (2a, 2b) are ∽ shaped. ) Is provided with a cylinder body (5) is installed, there is an opening plate (6) between them so that the dough kneaded in the dough hopper (3) is supplied to the cylinder body (5), the dough hopper (3) On the side of the cylinder body 5) and the crank crank (2, 2 ') and the stirring screw (4, 4') to install the drive unit 7 to be driven by the motor 16 collectively, Shafts 11 and 11 'which transmit power of the dough cranks 2 and 2' and the driving unit 7 are separated, and shafts into which the front end portions 11a of the shafts 11 and 11 'to which the key is coupled are fitted. In constructing a known conventional cold noodle kneading machine 1 in which a dent 2c with a coupling groove 2d is formed in a dough crank 2, 2 ', The bearing portion 2c formed in the dough cranks 2 and 2 'is formed in both directions of the dough cranks 2 and 2', so that the dough cranks 2 and 2 'are configured to be axially coupled without right and left distinction. Cold noodle kneader.

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