KR19990014173U - Automated ramen vending machine - Google Patents

Abstract

The present invention relates to an automated ramen vending machine, and more particularly, to an automated ramen vending machine that can automatically sell general ramen in a short time.

The present invention is a ramen vending machine, the main shaft, the bending bar which is installed radially a plurality of upper ends of the main shaft, the container is rotatable installed on the end of the bending bar, the outer side of the container is installed up and down First and second rails guided to the vehicle, heating means for heating the vessel transported on the first and second rails under the container, ramen supply means for supplying ramen to the container, and the container. A soup supply means for supplying soup to the soup, water supply means for supplying the container water, egg supply means for supplying eggs to the container, and a bowl in which the ramen in the container is cooked and then contained It comprises a bowl supply means for making, by automatically supplying the soup, ramen, water, eggs sequentially to the container to prepare the ramen quickly Automated ramen vending machines are the main idea.

Description

Automated ramen vending machine

The present invention relates to an automated ramen vending machine, and more particularly, to an automated ramen vending machine that can automatically sell general ramen in a short time.

In general, when selling ramen at expressway rest areas, it is common to sell cup noodle by pouring water. In addition, there was a conventional utility model registration application (public space 93-22739) as a ramen cooker, but the plate is not fully automated, there is a problem that a person should always be next to the ramen cooker. Therefore, the conventional ramen cooker has a problem that does not completely reduce the labor cost.

In addition, recently, in the case of the bowl surface has been adversely affected by environmental pollution due to plastic containers.

Therefore, the development of an automated ramen vending machine that can easily eat a general ramen in a quick time through the vending machine has been desired.

The present invention is to solve the above-described problems, the object of the present invention is to provide an automated ramen vending machine that can automatically sell the instant ramen.

The present invention for achieving the above object is in the ramen vending machine, the main shaft (10), a plurality of radially installed and rotated on the upper end of the main shaft and the end of the bending bar (11) And a rotatable container 12, first and second rails 30 and 31 installed outside the container 12 to guide the container 12 up and down, and the first and second rails ( A heating means 13 for heating the vessel 12 transported on the vessel 30 and 31 at the lower portion of the vessel 12, a ramen supply means 40 for supplying ramen to the vessel 12, and Soup supply means 50 for supplying soup to the container, water supply means 60 for supplying the container water, egg supply means 70 for supplying eggs to the container 12, and As the ramen contained in the container is made to include a bowl supply means 80 for supplying the bowl 85 is cooked and then, Ramen soup, the container 12, if water, which can cook the ramen quickly to automate the supply of eggs in order to automate the vending machine with a base.

Figure 1 (a) is a plan view of an automated ramen vending machine according to the present invention.

Figure 1 (b) is a front view of the automated ramen vending machine according to the present invention.

2 is a perspective view of the present invention.

3 is a view showing first, second and third rails.

Figure 4 (a) is a front view of the ramen supply means.

Figure 4 (b) is a plan view of the ramen supply means.

Fig. 5A is a view showing the mold of the soup supply means.

Figure 5 (b) is a cross-sectional view of the soup supply means.

Figure 5 (c) is a view showing the operating state of the soup supply means.

6 is a view showing an egg supply means.

7 is a view showing a bowl supply means.

8 shows the bottom of the container.

Figure 9 is a boiling vessel and not boiling vessel screening diagram.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 (a) is a plan view of the automated ramen vending machine according to the present invention, Figure 1 (b) is a front view of the automated ramen vending machine according to the present invention, Figure 2 is a perspective view of the present invention.

The subject innovation is the main shaft 10, the bending bar 11 at the end of the spindle, the vessel 12 at the end of the curved bar, the cleaning means 20, the heating means 13, the first and second, the third rail 30, 31, 33, the ramen supply means 40, the soup supply means 50, the water supply means 60, the geran supply means 70, the bowl supply means (80).

Hereinafter, each member of the present invention will be described in detail.

The main shaft 10 is mounted vertically to the center of the present invention, the lower be equipped with a pair of bevel gear (10b). On the other hand, the bevel gear 100b is rotated by the motor 100a.

The bending bar 11 is radially coupled to the end of the main shaft 10, the bending bar 11 is pivotable with respect to the main shaft 10 in a range of an angle. The end of the bending bar 11 is equipped with a container 12, the container 12 is assembled so that the container 12 is rotatable at the end of the bending bar (11). On the other hand, the protrusion part 14 is formed in the outer side of the container 12. As shown in FIG.

The washing means 20 is located below the moving path of the container 12, and the nozzle 21 is positioned at the center of the washing means so as to spray water with a strong pressure on the container 12.

The heating means 13 is located below the moving path of the container 12, and any means for applying heat to the container 12 may be, for example, a gas stove or an electric heater. In addition, the magnetron used in the microwave oven can be used.

FIG. 3 (a) shows the first, second and third rails 30, 31 and 32, wherein the first, second and third rails 30, 31 and 33 are the first rails described above. It is for guiding the rotation of the container 12, it is installed in the form of pegs on the outer upper portion of the center side. On the other hand, the second rail 31 is formed in the same shape as the first rail 30 is installed on the upper portion of the first rail (30). As shown, the third rail 32 is a rail for keeping the container 12 that is riding on the first rail 30 from falling down.

The ramen supply means 40 is composed of a cylinder 41 for receiving the ramen and a bottom plate 42 positioned below the cylinder 41. In addition, inside the cylinder, a plurality of guides 43 capable of accommodating ramen are provided radially. The guide is connected to the bar 44.

The guide bar 44 is connected to the shaft 45 penetrating the base plate 42 from the bottom to the top. The shaft can be rotated by a pair of bevel gears 45A at the bottom. An opening 46 for supplying ramen is formed in the bottom plate. In the upper part of the opening 46, the reciprocating plate 47 which opens and closes the opening 46 is provided horizontally. A link 48 is connected to the lower portion of the reciprocating plate 47. A shaft 49 is vertically mounted on the link 48, and a bevel gear 49A for rotating the shaft 49 is provided. . A hopper is provided below the opening 46.

5 (A) is a view showing the rotation of the soup supply means 50, Figure 5 (b) is a cross-sectional view of the soup supply means, Figure 5 (c) shows an operating state of the soup supply means 50. As shown in the drawing, the soup feeding means 50 includes a case 51, a screw 52 installed vertically inside the case, a shaft 53 mounted on the screw 52, and a shaft 53 for rotating. It consists of a motor. The soup supply unit 54 is installed in the lower portion of the case so as to reciprocate, the soup supply unit is made of a U-shape to transfer the soup supplied through the screw 52 to the inlet (55) by a predetermined amount. As the soup supply part rotates the link 57 connected to the disc 56, the disc moves horizontally.

The water supply means 60 is provided with a heater, and always maintains the water temperature of more than 90 ℃.

6 is a view showing the egg supply means 70, the geran supply means 70 is composed of a refrigeration case 71, a plastic barrel (72), a cylinder (73), a check valve (74). The plastic case 72 is built in the refrigerating case 71. The egg inside the plastic 72 pushes the check valve 74 by the reciprocating motion of the cylinder 73 and is supplied downward. The egg feed amount is supplied by the inner diameter of the cylinder 73.

7 is a view showing the bowl supply means 80, the bowl supply means is composed of a case 81, a container supply bar 82, a cylinder 83, a conveyor (84). A plurality of containers 85 are built in the case. The container is configured such that the container supply bar can be supplied downward one by one as the hinge 86 moves within a range of an angle about the hinge point 86. A cylinder is connected to the lower part of the container supply bar 82 to allow the container supply bar 82 to move the hinge 86. The conveyor line 84 is installed in the lower part of the case.

FIG. 8 is a view showing the lower part of the container, showing the heating means 13, the washing means 20, and the nozzle 21.

On the other hand, a programmable logic controller (PLC) is used to drive the present invention and a coin mashine is used. Descriptions of the PLC and the coin group are generally known, and thus detailed descriptions thereof will be omitted.

Hereinafter, with reference to the accompanying drawings will be described the operation and function of the present invention.

The person who wants to eat ramen injects coins into the coin. After that, the order quantity is memorized in the PLC. Then, the shaft 100 is driven by the drive of the reducer 100A, and the containers 12 are moved by the drive of the shaft 10. At the same time, the gas pipe Main Sol v / v 91 is opened.

On the other hand, the limit switch ① is operated while the container is moving, and the main solooid valve 91A is opened.

Select the boiling vessel 12 in the PLC to operate the Sol v / v of Figure 9 to select the boiling vessel, boiling vessel 12 is the first rail 30, the boiling vessel 12 is the second rail (31) Move to).

The first rail 30 rides on the vessel 12 to operate the limit switch ② during movement of the vessel 12. Thereafter, the soup feed means 50 is operated by one rotation of the reduction motor to supply the soup to the container 12.

The moving limit valve ③ of the container 12 operates to operate the deceleration motor of the ramen supply means 40 by one rotation to supply the ramen to the container 12. The ramen supply means is rotated the entire guide 43 of the upper. The bearing is mounted at the center for smooth rotation of the upper guide 43. At this time, a plurality of ramen also rotates together. On the other hand, the main reducer is rotated only by the pitch of the ramen when all of the ramen in a row is consumed. Thus, the main reducer does not always rotate. If only one ramen can be supplied by the ramen feeder 40 reducer, it is because the link 48 is fixed to the disc to be movable. At this time, the plate 47 is fixed to the end of the link 48 to move. At this time, the plate 47 is moved horizontally. As the plate 47 moves horizontally, one ramen is supplied.

When the container 12 is pressed by the limit switch ④ while moving the container 12, the water supply unit 60 is operated to operate a solooid and a predetermined amount of water of 90 ° C. is introduced.

On the other hand, the ramen, the soup 12, the container containing water 12 is moved to operate the limit switch ⑤ before moving to the upper portion of the heating means. After that, it is ignited by the solenoid valve 91a.

Thereafter, the Sol v / v 91b is opened by the operation of the limit switch ⑥ during the movement of the container 12 to ignite the gas fire.

The container 12 is continuously moved, and the limit switch ⑦ is operated during the movement of the container 12 so that the cylinder 73 of the egg feeding means 70 is stroked to supply the egg to the container 12.

The egg supply means 70 is supplied with a predetermined amount of eggs while pushing the check valve 74 as the cylinder 73 moves.

Subsequently, the container 12 is moved to operate the limit switch ⑧ to open the solenoid valve 91c to ignite the gas fire.

On the other hand, if the order quantity is 91a, 91b solenoid valve is closed.

When the vessel 12 moves and operates the limit switch ⑨, one vessel stands by the conveyor 84 by the operation of the cylinder 83 to the vessel supply means 80.

The container 12 is moved so that the ramen is contained in the bowl 85, in which the third guide 32 to the container 12 is moved to the upside down state. At this time, the container 12 is boiled and then moved so that it falls on the locking jaw 33 at the same time. At this time, the ramen falls to the bowl 85 on the conveyor 84. After that it is continuously moved and washed by the supply of the injection nozzle 21 at the bottom.

The vessel 12 is then moved to actuate the limit switch ⑩. Thereafter, the 91c fire plate 13 is turned off and the conveyor 84 is operated to move the bowl to the customer (moving to the market).

The container 12 is moved, and after a few seconds by limit switch ⑪ operation, 70 ° C. water is sprayed through the nozzle 21 for 10 seconds to clean the container 12. The conveyor 84 then stops.

On the other hand, the bending bar 11 is coupled to the center by a pin so that the end can be moved up and down. In addition, the container 12 at the end is moved on the first and second guides 30 and 31 around. When the container shaft 10 is usually in a horizontal state and does not boil the ramen, the rail moves the rail to the second rail by driving the solenoid valve.

According to the present invention, it is possible to reduce the manpower by fully automating the ramen vending machine and to supply a delicious ramen in a short time.

Claims (1)

In the ramen vending machine, Spindle, A bending bar that is radially installed and rotated at an upper end of the main shaft, A rotatable container installed at an end of the bending bar; First and second rails installed outside the container to guide the container up and down; Heating means for heating the vessel transported on the first and second rails under the vessel; Ramen supply means for supplying ramen to the container, Soup supply means for supplying the soup to the container, Water supply means for supplying water to the container; Egg supply means for supplying eggs to the container, It comprises a bowl supply means for supplying a bowl that is contained after the ramen in the container is cooked, so that the soup, ramen, water, eggs to the container sequentially by automating the rapid supply of ramen Automated ramen vending machine, characterized in that configured.