KR200273104Y1 - The radish peeler - Google Patents

Abstract

The present invention relates to a radish cutting.

It is designed to be used in large-scale processing plants using vegetables, so that the washing and peeling work of radishes can be done in a batch, reducing labor for each work, and achieving a hygienic working environment by automating. It is designed to be.

Description

The radish peeler

The present invention relates to radish pruning.

In order to process the food using radishes, the soil attached to the surface of the radish must first be removed, and after removing the soil, it is necessary to peel the radish. However, it is mainly done by hand to remove and peel the surface of the radishes. There was a problem that a large amount of waste water is generated by performing the washing and trimming of the raw materials.

In recent years, as the facilities such as the kimchi processing plant and various food manufacturing plants have increased, this problem has been raised. However, in these large facilities, there is a separate equipment, but for a small number of workers there is no separate device such as the increase in the labor force and the hygienic problem occurred.

The present invention is designed to improve the conventional problem.

Recently, as more factories processing vegetables, such as the Kimchi factory, have been required to automatically clean and clean vegetables. The present invention is designed to improve the loss of labor and unsanitary problems due to the traditional washing and peeling of radishes are mainly done by hand. In addition, in the present invention, a small amount of water is sprayed through a nozzle to remove impurities on the surface, thereby minimizing waste water generation.

The reason for automation like this design is possible because raw materials are standardized by using a certain size of radishes in processing plants. In this design, the process of washing and peeling of radishes is performed collectively, each process is integrated, and the labor efficiency is minimized accordingly to increase work efficiency, and it is configured to achieve hygienic working environment by automation. .

1 is a perspective view of the present invention

2 is a schematic diagram of the present invention

3 is a view showing an operating state

4 is a detailed view of a belt case part

5 is a perspective view of the belt portion

<Description of the symbols for the main parts of the drawings>

1. Main Body 2. Chain

3. Drive motor

4a. Belt Case 4b. Belt case

5a. Belt 5b. belt

6a. Pressure Belt 6b. Pressure belt

7. Blade

8a. Guide 8b. guide

9. Pneumatic Cylinder 10. Pneumatic Cylinder

11. 1-turn sensor 12. Beet gripper

13. Crimp 14. Belt Drive Motor

15. Water Spray Nozzle

The present invention relates to a radish cutting. The main body 1 is configured such that continuous supply and discharge of radishes is made by the chain 2 as shown in FIG. The radish is inserted into the radish gripping portion 12 which is mounted at regular intervals in the chain (2). The radish gripping portion 12 is to hold the radish blue portion of the radish, so that the root portion of the radish to the bottom of the gripping portion is exposed. The input and discharge of the radish into the radish gripping portion 12 is made by hand. Radish gripping portion 12 was formed to be opened and closed by a hinge. By the radish gripping portion 12 connected to the chain 2, the radish mounted on the radish gripping portion 12 moves along the chain 2 toward the belt cases 4a and 4b.

The belt cases 4a and 4b are configured in the form of [and are arranged in the form of [] facing each other. Further, belts 5a and 5b and pressure belts 6a and 6b are mounted inside the respective belt cases 4a and 4b. Pneumatic cylinder (9) is connected to the rear of the belt case (4a) (4b), it is configured to move forward and backward due to the tension and contraction of the pneumatic cylinder (9). Each belt case 4a, 4b is laterally connected to a guide 8a, 8b.

As the work proceeds, when the radish gripping portion 12 on which the radishes are mounted enters the inside of the belt cases 4a and 4b, the chain 2 that is in progress is stopped and the respective belt cases 4a and 4b. The surface of the radish begins to be mowed by the operation of the belts 5a and 5b in the belt cases 4a and 4b as the advancing toward the radish gripping portion 12.

Figure 2 schematically shows the operation of the present invention, Figure 3 shows a plan view of FIG. When the chain 2 connected to the drive motor 3 is rotated in the state where the radish is inserted into the radish gripping portion 11 and comes to the belt cases 4a and 4b, the chain 2 is stopped and pneumatically applied. The operation of the cylinder 9 causes the belt cases 4a and 4b to enter the radish gripping portion 12. When the belt cases 4a and 4b enter the radish gripping portion 12, the belts 5a and 5b inside the belt case rotate in different directions and are formed by the blades 7 formed on the belt surface. The surface of the radish is cut. When the surface is cut for a certain time, the small motor 16 is rotated by the one-rotation sensor 11 mounted on the radish phage portion, and the radish is rotated one time and is cut evenly. A plurality of water spray nozzles 15 are formed behind the belts 5a and 5b in the belt cases 4a and 4b to remove impurities between the blades 7 formed on the belt surface. In addition, by supplying water to the belt was configured to act to wash the impurities on the surface of the radish.

Inside the belt cases 4a and 4b, a crimping table 13 is connected to the pneumatic cylinder 10, and the crimping table 13 is such that the radish adheres to the belts 5a and 5b. It was. Crimp 13 is not only serves to hold the center of the radish in the belt that rotates at high speed can be adjusted to an appropriate position so that the surface of the radish can be cut to a certain thickness.

4 shows a detailed view of portions of the belt cases 4a and 4b. As shown in Figs. 2 and 3, the belts 5a and 5b mounted inside the respective belt cases 4a and 4b are mounted at different heights, and the pressure belts 6a and 6b are placed between the respective belts. ) Is configured to support the radish by the pressure belt (6a) (6b). Each of the belts 5a and 5b and the pressure belts 6a and 6b rotate in different directions, and the rotational speeds of the belts 5a and 5b are set differently so that the surface of the radish can be cut.

5 shows a perspective view of the belt portion. Protruding blade (7) is formed on the surface of the belt was configured to cut the radish surface by rotating it.

The present invention relates to a radish cutting machine, which can perform washing and cutting operations in a batch, thereby reducing the labor force and increasing the working efficiency than conventional work by hand, and sanitizing the working environment. It is effective to manage.

Claims (1)

The main body 1 consists of a chain transfer part and a belt case, Chain transfer part is composed of a chain (2) connected to the drive motor (3), the lower end of the chain (2) a plurality of radish gripping portion 12 is equipped with a single rotation sensor 11 and the motor 16 And belts 5a and 5b and pressure belts 6a and 6b connected to the respective belt drive motors 14 inside the belt cases 4a and 4b, and operate in different directions. A blade 7 having a predetermined size is formed on the surface of the belts 5a and 5b, and a crimping table 13 connected to the pneumatic cylinder 10 is formed between the belt 5a and the belt 5b. A plurality of water spray nozzles 15 are mounted inside each of the belt cases 4a and 4b, and the belt cases 4a and 4b are connected to the respective pneumatic cylinders 9 to guide 8a ( Radish cutting, characterized by being moved by 8b).