KR200226647Y1 - Machine for manufacturing chinese noodles - Google Patents

Abstract

The present invention is to provide a versatile manufacturing apparatus that can standardize the product by a series of automated processes and reduce the production cost of the product, the drive motor 15 is mounted to the frame 13, and the drive motor 15 Driven pulley 19 connected to drive pulley 17 by chain 18, a horizontal shaft 21 into which one end is fitted to the driven pulley 19, and the other end of the horizontal shaft 21. A bevel gear 23 disposed, a cutter 31 mounted at a lower end of the vertical axis 29 of the bevel gear 23, and an upper support cylinder supported by the first support 33 on the frame 13 ( 35 and a lower support cylinder 39 supported by the second support 37 on the frame 13.

Description

Vermicelli maker {MACHINE FOR MANUFACTURING CHINESE NOODLES}

The present invention relates to a vermicelli manufacturing apparatus for producing vermicelli, which is made from sweet potato starch, and the like, and more particularly, to a vermicelli manufacturing apparatus capable of standardizing a product by a series of automated processes and reducing the production cost of the product.

Starch production apparatus described in Patent Application No. 83-1468 is a starch kneaded in the hopper, the kneaded dough is steamed in the hot water bath, the moldings injected after injection from the injection machine is steamed by a hot water bath or a steam device, a series of The hot air drying device, the natural air drying device, and the cold air drying device are transported by the conveyor belt to be dried and solidified, and then cut and packed to a predetermined length by a roll cutter. This vermiculite manufacturing apparatus reduces the production cost by a series of automation, but the thickness of the cotton strand injected from the injection molding machine may not be constant by removing the bubbles contained in the dough before the dough passes through the injection molding machine. In severe cases, the problem is that the strands are cut. In addition, white steaming may occur during freezing because the cotton is not coated by the flour when steaming, and there is a problem in that the cracking occurs because the cotton is cut with a roll cutter after drying.

The method for producing a vermicelli described in Patent Application No. 95-12432 is to use groundwater of less than 18 ° C. in the second cooling step and add 0.25 to 1% of the flour to 1000 ml of cooling water. However, this manufacturing method does not describe a method of cutting cotton to a predetermined length, and describes coating the cotton by adding 0.25 to 1% of the flour to the cooling water, but the coating method of the cotton using the cooling water to which the flour is added. There is no description.

The straight vermicelli manufacturing apparatus described in Korean Utility Model Application No. 98-16981 relates to a method of cutting a vermicelli with a rotary blade installed on a conveyor after drying. There is a drawback of having to put the noodles into the container. In addition, white spots may occur upon freezing because no method of coating the side has been described.

Therefore, the present invention was devised to improve the shortcomings of the conventional vermicelli maker, and it is possible to prevent white spots from occurring by improving the working process and to reduce the manufacturing cost by manufacturing vermicelli with a series of automated systems. .

Another object of the present invention is to provide a vermicelli manufacturing apparatus capable of automating the cutting of noodles and automatically inserting the cut noodles into a container, thereby reducing the number of workers, and being packaged in an appropriate container to facilitate distribution and consumers. will be.

A drive motor mounted on the frame of the present invention for achieving the above object, a driven pulley connected by a chain to the drive pulley of the drive motor, a horizontal shaft fitted to one end of the driven pulley, and the horizontal shaft A bevel gear disposed at the other end of the bevel, a cutter mounted at the lower end of the vertical axis of the bevel gear, an upper support cylinder supported by the first support on the frame, and a lower support cylinder supported by the second support on the frame. It features.

1 is a manufacturing process diagram of the vermicelli using the present invention

2 is a front view of the vermicelli maker applied to the vermicelli cutting apparatus of the present invention

3 is a perspective view of the present cutting device

<Code Description of Main Parts of Drawing>

11: present cutting device 13: frame

15: drive motor 17: drive pulley

19: driven pulley 21: horizontal shaft

23: Bevel Gear 31: Cutter

35: upper support cylinder 39: lower support cylinder

Figure 1 shows an example of a vermicelli manufacturing process suitable for applying the present invention, the step of kneading the sweet potato starch with ground water (S101), and removing the bubbles contained in the dough at a reduced pressure of 750mmHg (S102) And, the step of the injection-molded dough is removed in the injection molding machine (S103), and the step of gelatinizing the molded surface in hot water of 100 ℃ or more for about 23 seconds (S104), and the gelatinized surface of about 25 ℃ Primary cooling in ground water (S105), and transfer the cooled surface to the cutting device of the present invention for cutting (S106), and transfer the container to the falling point of the surface so that the cut surface is automatically contained in the container Step (S107), the step of second cooling the surface while moving the container containing the surface to the conveyor (S108), and the step of freezing the second cooled surface in the low-temperature freezing chamber below -10 ℃ (S109) ) And low-temperature frozen cotton at -25 ℃ Rapid freezing in the bottom freezing chamber (S110), and step (S111) of thawing the frozen surface into ground water of about 10 ℃, step to remove the water of the container by tilting the container (S112), hot air and cold air Drying the noodles using (S113), and packing the dried noodles using a three-side packaging machine (S114).

In the kneading step (S101), the kneading time is preferably about 6-7 minutes, the present invention is made of cutting step (S106) and weighing step (S107) of the cotton at the same time. That is, the surface cut by the cutting device according to the present invention is dropped into the container transported by the conveyor to be contained in the container.

Referring to Figures 2 and 3 will be described with respect to the present cutting device associated with the cutting step (S106) and the weighing step (S107).

The present cutting device 11 includes a drive motor 15 mounted to the frame 13, a driven pulley 19 connected to the drive pulley 17 of the drive motor 15 by a chain 18, A horizontal shaft 21 having one end fitted to the driven pulley 19, a bevel gear 23 disposed at the other end of the horizontal shaft 21, and a lower end of the vertical shaft 29 of the bevel gear 23. A cutter 31 to be mounted, an upper support cylinder 35 supported by the first support 33 to the frame 13, and a lower support supported by the second support 37 to the frame 13. It consists of the barrel 39.

The cutter 31 is disposed between the upper support cylinder 35 and the lower support cylinder 39 and rotates about the vertical axis 29, so that the cutter 31 passes through the upper support cylinder 35 of the lower support cylinder 39. Cut a bundle of cotton (not shown) to the bottom. The cutter 31 rotates 50 to 52 times per minute to cut the surface bundle into a predetermined length (20 cm to 30 cm). The horizontal shaft 21 is supported on the frame 13 by bearings 22.

The upper support cylinder 35 and the lower support cylinder 39 is tapered so that the diameter becomes smaller from the upper side to the lower side, and the lower outlet serves to hold the surface bundle when the cutter 31 cuts the surface bundle. .

When the drive pulley 17 is rotated by the drive motor 15, the driven pulley 19 connected to the drive pulley 17 is rotated by the chain 18, thereby causing the power to move the horizontal shaft 21. It is transmitted to the horizontal gear 25 of the bevel gear 23 through, and the cutter 31 is rotated about the vertical axis 29 as the vertical gear 27 of the bevel gear 23 engaged with the horizontal gear 25 is rotated. To rotate. At this time, the surface bundle is conveyed by the first conveyor 41 to pass through the upper support cylinder 35 to reach the lower support cylinder 39, the front end of the surface bundle is predetermined in the lower support cylinder 39 The surface bundle between the upper support cylinder 35 and the lower support cylinder 39 is cut by the cutter 31 when protruding by the length of. The cotton bundles cut in this way are dropped into the container 53 by dropping each of the plurality of containers conveyed by the second conveyor 51 into one set 53. The container 53 is formed in a quadrangular shape having a low height and a wide width to easily receive a surface, and the surface contained in the container is placed in an unfolded state without being agglomerated.

As described above, the surface contained in the container 53 is continuously conveyed by the second conveyor 51 to reach the shower facility 55 of the present invention, so that the second cooling step of the surface in the shower facility 55 (S108). Will be performed. In general, while the container passes through the shower for 20 to 30 seconds on the conveyor, the surface is completely coated by the mixed water sprayed from the shower (55). Grains contain 0.1 to 0.25% per 1000 ml in groundwater at 18 to 25 ° C, so that each side is continuously evenly fed for 20 to 30 seconds while the surface in the container is transported sequentially by the conveyor. Because of the coating, even a small amount of grains can be sufficiently coated to completely eliminate white spots and evenly coat grains on the noodle hairs caused by the addition of a large amount of grains.

This process is a completely different technique from the surface preparation method of Patent Application No. 95-12432, which is completely different from the surface coating in a bath containing 0.25 to 1% of cereal grains. This may improve the phenomenon or the phenomenon that the surface located inside the cotton bundle is not completely coated.

The embodiment is not intended to limit the scope of the present invention. Those skilled in the art will be able to modify the present manufacturing apparatus according to the present invention without departing from the scope of the utility model claims attached to various methods.

The vermicelli cutting device for vermicelli maker of the present invention as described above can reduce the manufacturing cost by manufacturing vermicelli with a series of automated systems, and is conveniently packaged in an appropriate container and cut to an appropriate length so that consumers can cook when cooking. It is convenient because you do not have to cut the vermicelli again.

Claims (5)

To the drive motor 15 mounted on the frame 13, to the driven pulley 19 connected to the drive pulley 17 of the drive motor 15 by a chain 18, and to the driven pulley 19. A horizontal shaft 21 into which one end is fitted, a bevel gear 23 disposed at the other end of the horizontal shaft 21, a cutter 31 mounted at a lower end of the vertical shaft 29 of the bevel gear 23, The upper support cylinder 35 is supported by the first support 33 to the frame 13, and the lower support cylinder 39 is supported by the second support 37 to the frame 13 Vermicelli maker made with. According to claim 1, wherein the cutter 31 is disposed between the upper support cylinder 35 and the lower support cylinder 39 and rotates about the vertical axis 29, the lower through the upper support cylinder 35 Vermicelli maker to cut the surface bundle to the bottom of the support (39). 3. The vermicelli according to claim 2, wherein the cutter (31) is designed to cut the bundle of cotton into a certain length at a rotational speed of 50 to 52 per minute. The upper support cylinder (35) and the lower support cylinder (39) are tapered so that their diameter decreases from the top to the bottom, so that the cutter (35) cuts the surface bundles. A noodle maker with the lower outlet of 39) holding the noodle bundle. According to claim 1, wherein the container 53 is made of a plurality of sets, the height is low and the width is formed in a quadrangular shape is wide, easy to receive the surface, the surface manufacturing apparatus that the surface is placed in a straight line .