KR200255449Y1 - dried fish roaster - Google Patents

Abstract

The present invention is to arrange the upper and lower trays (18, 20) to store a large amount of rat (7), to improve the convenience of management by reducing the occasional inspection for the supply of rat (7) The other purpose is to allow the ratchet 7 to be heated and cooked evenly throughout the whole to create the original taste, and also to use the halogen lamp 54 in the heating device 40. Therefore, it is possible to reduce the management cost by reducing the power consumption.

The present invention for realizing this, the case 2, the upper shelf (4) which is installed while forming a discharge hole (8) inside the case (2), and is installed to slip on the front of the upper shelf (4) An upper tray 18, a step motor a 30 fixedly installed at the rear side of the upper shelf 4 and a shaft 32 coupled to the upper tray 18, and a control connected to the step motor a 30. Consists of the unit 84, the heating device 40 is installed below the discharge hole 8 while being connected to the control unit 84, and a coin sensor 80 to counter the coin to the control unit 84 It is about grilling dried fish.

Description

Dried fish roaster

The present invention relates to grilling dried fish, and in particular, by arranging upper and lower trays to store a large amount of micelles, it is possible to reduce the occasional inspection for feeding the rats, thereby improving the convenience of management and also The dried fish roasted through the heat is cooked evenly to create the original taste, and the halogen lamp is used in the heating device to reduce the power consumption. It is about.

In general, the dried grilled foods are grilled and dried without the use of a separate cooker by using a heater installed in the vending machine. It has the drawback that it tastes too poorly cooked.

In order to solve these general shortcomings, the latest technology trend is to try to create the best taste by appropriately roasting the whole.

On the other hand, the prior art is described in the Utility Model Publication No. 87-2741 (Suppo vending machine) of the prior application in Figure 11 as follows.

First, the inside of the housing 1 constituting the vending machine is installed with a radially forming compartment 2 into which a dry container such as a mouse can be put, wherein the insertion container 2 rotated by an electromagnet 6 is installed. (2) At the bottom is a guide plate for guiding the falling mouse.

And the lower end of the guide plate is installed with a pair of roasters (9) with a heating wire (9 ') is installed opposite to each other, the lever (11) and the string (11') operated by an electromagnet (10) on one side of the roaster (9) ) Is connected.

Referring to the operation of the conventional technology configured as described above is as follows.

First, when a coin is put into the vending machine, the electromagnet 6 is operated to push the lever 7 to rotate the inserting bin 2 so that the rod is lowered along the guide plate.

As above, when the ratchet is lowered, another electromagnet 10 is operated while pushing or pulling the string 11 ', so that the electric roaster 9 is left and right opened and closed to properly cook the ratchet inside and then outside. To be discharged.

The conventional technique described above is capable of storing a small amount of micelles to be inserted into the inserting container 2, which is inconvenient for the administrator to often supply micelles, and also because a heating wire is used to learn the micelles. There is a problem that the management cost increases due to the increased power consumption.

Another problem is that when the mouse cloth is cooked by a heating wire that emits high heat, the contact part is overcooked and loses its original taste.

On the other hand, as a conventional embodiment, look at the Utility Model Publication No. 1990-861 (heating device of the mouse porridge vending machine) registered and registered as follows.

First, as shown in FIG. 12, a heating apparatus is installed in the vending machine to learn a mouse cloth. The heating apparatus includes two heater boxes 1B and 2B facing each other, and the heater boxes 1B and 2B. Support pieces (3, 4) are installed at the upper end and the lower end of the support piece (3, 4) one end of the pin holes (3 ', 4') to form a coupling to the frame of the vending machine.

The rear end of the heater box 2B is coupled to the front end of the lever 7 by a pin 8, and the rear end of the heater box 2B is coupled to the cam 6. And the wire mesh (1) is installed on the heater box (1B, 2B) front surface and the heating wire (2) is installed inside.

At the same time, the spring 5 is installed on the right side of the heater box 1B.

As described above, when one side end of the lever 7, that is, the cam 6 is located at the lower end, the two heater boxes 1B and 2B are vertically opposed to each other and face each other. The heater boxes 1B and 2B are maintained in a state having a rightward coalescing force with respect to the pin holes 3 'and 4' at each end of the support pieces 3 and 4.

Referring to the operation of another conventional embodiment configured as described above is as follows.

First, when the ratchet dropping device is operated, the ratchet falls along the drop guide, and at the same time, the cam 6 rotates to pull the lever 7, which causes the right heater box 2B to be connected to the lever 7. The expansion of the upper end while moving to the right around the pin hole (4 ') of the support piece (4).

Therefore, the falling mouse can enter between two heater boxes 1B and 2B.

Subsequently, when the cam 6 is rotated so that the right end of the lever 7 reaches the top end of the cam 6, the two heater boxes 1B and 2B are vertically in contact with each other. In the state, the muzzle is heated by a heating wire that is turned on.

When the heating of the mouse cloth is completed as described above, the upper portion of the heater box 2B is moved to the left by the cam 6, which rotates again, around the pin hole 4 ', and the upper portion of the heater box 1B that is in contact with the heater box 2B. Is pushed to the left and eventually the heater box 1B is opened between the lower ends of the heater boxes 1B and 2B while the lower end moves to the left side around the pin hole 3 ', and at the same time, the mouse cloth falls down by its own weight. do.

Another conventional embodiment described above has a problem in that a pair of heater boxes are heated and heated with a heating wire in a state in which a pair of heaters are pressed, thereby losing the original taste as the surfaces of the mouse pads are overcooked by heat.

Another problem is that the two heater boxes go through the process of holding and pressing the falling caps and then heating and releasing, the work process is long and the structure is complicated and has the drawback of poor workability.

The present invention aims to improve the convenience of management by reducing the occasional inspection for the supply of rats by arranging upper and lower trays to store a large amount of rats.

The other purpose is to allow the guinea pigs to be heated and cooked evenly throughout to create the original taste, and also to reduce the management cost by reducing the power consumption by using halogen lamps in the heating device. Is in.

The present invention for realizing this case, the upper shelf is installed to form a discharge hole in the case, the upper tray is installed to slip on the front of the upper shelf, and the shaft is fixed to the upper side of the upper shelf while the shaft is installed in the upper tray Combining the step motor a, the control unit connected to the step motor a, the heating unit is connected to the control unit is installed in the lower discharge hole, and a coin sensor for counting coins in the control unit.

1 is a perspective view of a roaster of the present invention.

Figure 2 is a front view of the roaster of the present invention.

3 is an overall perspective view of a heating apparatus of the present invention.

Figure 4 is a perspective view showing the interior of the heating device is the subject innovation.

5 is a cross-sectional view taken along the line A-A of FIG.

FIG. 6 is a cross-sectional view taken along the line B-B of FIG. 4. FIG.

FIG. 7 is a cross-sectional view taken along the line C-C in FIG. 4; FIG.

Figure 8 is a cross-sectional view of the lamp is installed inside the roller constituting the subject innovation.

9 is a state in which each element constituting the present invention is connected to the control unit.

10 is an operational flowchart of the present invention.

11 is a front view showing a conventional embodiment.

12 is a perspective view showing another conventional embodiment.

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

2: case 4: upper shelf 6: lower shelf

8,10: outlet 12: outlet 14: inlet

16: Front cover 18: Upper tray 20: Lower tray

22, 24: side wall 26, 28: bulkhead 30: step motor a

32, 36: Axis 34: Staff motor b 38: Suit

40: heating device 42: main housing 44, 46: roller

48, 50: coupling hole 52: heating 54: lamp

56: auxiliary housing 58: drive part 60, 62: driven gear

64: drive gear 66: drive shaft 68: driven sprocket

70: chain 72: driven sprocket 74: drive motor

76: chute sensor a 78: chute sensor b 80: coin sensor

82: outlet sensor 84: control unit

1 and 2, the present invention has a case 2 (see Fig. 1) having an open front while the inside thereof is empty, and the upper and lower shelves having a predetermined interval therein. 4, 6) are installed, respectively, the upper and lower shelves (4, 6) one side is formed through the discharge hole (8, 10) to serve as a guide, respectively.

And the bottom surface of the case (2) is formed with a discharge port (12) for guiding the mouth 7 to be discharged to the outside, the front cover (16) forming a coin inlet (14) on the front of the case (2) ) Is installed.

The upper and lower shelves 4 and 6 installed as described above are installed while the upper and lower trays 18 and 20 are respectively slipped so as to store the mouse cloths 7, respectively. 18 and 20 are formed of cylindrical sidewalls 22 and 24, and a plurality of partitions 26 and 28 opening up and down the sidewalls 22 to allow the mouse 7 to be inserted therein. Radially in one state.

Therefore, when any one of the partitions 26 and 28 reaches the discharge holes 8 and 10, the communication wall is in communication.

In addition, the step motor a (30) for providing the rotational power on the back of the upper shelf (4) is installed to couple the shaft 32 to the upper tray (18), the lower shelf (6) provides the rotational power Step motor b 34 is installed to couple the shaft 36 to the lower tray (20).

The upper end of the chute 38 for guiding the ratchet 7 escaped from the upper tray 18 is installed at the outlet side of the discharge hole 8 of the upper shelf 4, and the lower end of the chute 38 has a lower tray 20. It is located between the upper side of the partition wall 28 constituting).

Along with the lower shelf 6, the heating device 40 is installed to be suitable for eating the caps 7 dropped and moved, and the structure thereof is as follows.

First, the heating device 40 (see Fig. 4) is composed of a main housing 42 made of a hollow, the main housing 42 is passed through the discharge hole 10 formed in the lower shelf 6 above the dropping A pair of guides 43 for guiding so that the mouse cloth 7 can be easily introduced into the inside are disposed to be arranged in a V shape while being opposed to each other.

In addition, a pair of cylindrical rollers 44 and 46 are disposed in the main housing 42 and disposed in the transverse direction, and coupling holes 48 and 50 inside the rollers 44 and 46 (see FIG. 6). ) Is formed.

In the coupling holes 48 and 50, a heating unit 52 is provided to provide heat to heat the ratchet 7 passing therethrough, and the heating unit 52 is formed of a lamp 54.

In this case, a variety of lamps 54 may be used as the lamp 54, but a halogen lamp that emits high heat while using low power consumption is usually used.

In addition, an auxiliary housing 56 is installed at one side of the main housing 42 (see FIG. 4), and a driving unit 58 providing rotational power to the rollers 44 and 46 is provided inside the auxiliary housing 56. It is installed, and its structure is as follows.

First, the driving unit 58 is installed while the driven gears 60 and 62 integrally formed on one side end of each of the rollers 44 and 46 are geared to each other, and the driving gears 60 and 62 are either one of the driving gears. 64 are installed while gear coupling.

In addition, a driving shaft 66 is installed on the driving gear 64 to be coupled to the auxiliary housing 56. A driving sprocket 68 (see FIG. 7) is integrally installed at one end of the driving shaft 66. do.

A portion of the chain 70 for transmitting power is wound around the driven sprocket 68, and a portion of the other side of the chain 70 is coupled to a motive sprocket 72, and provides power to the motive sprocket 72. The drive motor 74 is coupled.

On the other hand, chute sensor a, b (76, 78) to check and transmit the information about the ratchet (7) passing through the discharge hole (8, 10) exit side of the upper, lower shelves (4, 6) (see Fig. 2) Are respectively installed, and the coin opening (80) is installed in the inlet 14 formed in the front cover 16 to check and transmit the information about the coins passing through, the outlet formed on the bottom surface of the case (2) At 12, an outlet sensor 82 for checking information about the ratchet 7 passing therethrough is provided.

Step motor a, b (30, 34), chute sensors a, b (76, 78), coin sensor 80, drive motor 74, lamp 54, outlet sensor installed as described above Reference numeral 82 denotes a control unit 84 that receives information and simultaneously transmits an operation command, as shown in FIG.

Referring to the operation of the present invention configured as described above based on the flowchart shown in FIG.

First, when the operator puts a plurality of ratchets 7 between the partition walls 26 and 28 constituting the upper and lower trays 18 and 20 (see Fig. 2), the ratchets 7 are upper and lower shelves. It is positioned on (4, 6), wherein the rat (7) is left empty so as not to be located in the discharge hole (8, 10) formed in the upper, lower shelves (4, 6).

As described above, the consumer puts the coin through the inlet 14 in the state in which the closing operation of the mouse cloth 7 is completed.

At this time, the consumer inputs the amount of coins suitable for the price of the mouse cloth (7).

When the control unit 84 receives the information on the coin input after the step S1 from the coin sensor 80, it is determined whether the coin is input as much as the list price (S2).

After the step S2, the control unit 84 stays in the standby state when the coin is not input as much as the list price.

Unlike the above, if it is determined that the coin is continuously inputted by the list price, the operation command is transmitted to the step motor a 30 and the driving motor 74 and the lamp 54 is turned on at the same time.

As described above, when the step motor a 30 is operated, the shaft 32 rotates to rotate the upper tray 18 by a predetermined rotational angle, which causes the space between the partition walls 26 without the mouse cloth 7. Departs the discharge hole 8 and moves to the other side, and the partition wall 26 in which the ratchet 7 is stored reaches the entrance side of the discharge hole 8.

Thus, the mouse cloth 7 is to fall down through the discharge hole (8).

As the step motor a 30 operates as described above, as the lamp 54 is turned on by the command transmitted from the control unit 84, the rollers 44 and 46 are heated. ) The outer circumference is in a state where the temperature rises.

In this state, the driving motor 74 is operated. As a result, the power reaches the driven sprocket 68 through the chain 70 through the motive sprocket 72 to rotate the motive gear 64.

As described above, when the primary gear 64 rotates, one driven gear 60 that is gear-coupled rotates in the forward direction, and at the same time, another driven gear 62 that is gear-coupled with the driven gear 60 is reversed. It rotates in the direction to transmit power.

Accordingly, the driven gears 60 and 62 rotate in opposite directions while rotating in the opposite directions.

As described above, when the rollers 44 and 46 rotate at the same time, the entire heat is uniformly heated by the heat transmitted from the lamp 54 to obtain a temperature suitable for learning the bag 7.

After the step S3, the control unit 84 determines whether the mouse cloth 7 has passed through the chute sensor a 76. (S4)

When the mouse cloth 7 reaches the discharge hole 8 formed in the upper shelf 4, the free cloth falls freely and descends through the chute 38. At this time, the chute sensor a 76 transmits the information about the control unit 84. ) To pass the test.

As described above, when the mouse cloth 7 falls, it passes through the discharge hole 10 formed in the lower shelf 6 through the partitions 28 installed in the lower tray 20. At this time, it is possible to pass through the partition wall 28 of the lower tray 20, between the partition wall 28 of the lower tray 20 located in the discharge hole 10 of the lower shelf 6 between the mouth cloth (7) This is possible because it was left empty without storage.

If it is determined that the mouse cloth 7 does not pass through the chute 38 after the step S4, the operation command is transmitted to the step motor a 30, and at the same time, the operation command is transmitted to the step motor b 34. (S5)

Therefore, when the operation of the step motor a 30 is stopped, the rotation of the upper tray 18 is stopped. In this state, it can be determined that the mouse cloth 7 stored in the upper tray 18 is exhausted. have.

When the step motor b 34 is rotated by a predetermined angle by a command transmitted from the control unit 84 in the above state, the lower tray 20 is rotated by a predetermined angle by the rotating shaft 36. At the same time, the ratchet 7 stored between the partition walls 28 falls down through the discharge hole 10.

On the other hand, if the mouse cloth 7 falls after the step S4, the control unit 84 receives the information from the chute sensor b (78) determines whether the mouse cloth (7) passes.

The bag 7 escaped from the lower tray 20 passes through the discharge hole 10 formed in the lower shelf 6 and moves to the heating device 40, wherein the chute sensor b 78 is By passing the information to the control unit 84, it is judged whether or not it passes.

If it is determined that the mouse cloth 7 does not pass through the chute sensor b 78 after the step S6, an error is displayed through a display device (not shown) installed in the front cover 16. (S7)

If the ratchet 7 exiting the lower tray 20 is not checked by the chute sensor b 78 as described above, the ratchet 7 remains in the lower tray 20 or the ratchet 7 is exhausted.

After the step S7, the control unit 84 allows the customer to return as much coins as input (S8).

As described above, the control unit 84 discharges some coins put in the coin box not shown to the front cover 16 side using a separate device not shown.

On the other hand, after the step S6, when the ratchet 7 falls and moves to the heating device 40, the pair of rollers 44 and 46 are lowered while being guided by the guide 43 constituting the heating device 40. (See Fig. 6) is positioned between the bottom of the rat (7).

At this time, while the rollers (44, 46) rotate in a direction facing each other by the power provided from the drive motor (74), while pressing the lower end of the cap (7), it is pushed downward, in this state The rollers 44 and 46 heated by the heat provided from the lamp 54 heat the descending ratchet 7 from the lower end to the upper end in close contact with the outer circumferential surface.

As described above, in order for the ratchet 7 to be properly cooked by the heat transmitted from the rollers 44 and 46 and exhibit an original taste, the ratchet 7 must be properly set in the rotational speed of the driving motor 74. 7) can prevent over ripening or under ripening.

Subsequently, after the step S6, the mouse cloth 7 drops, passes through the heating device 40, and then falls again and passes through the outlet 12 (see FIG. 2), and the outlet sensor 82 checks the information about this. By transmitting to the control unit 84, it is judged whether or not the passage of the mouse cloth (7) (S9).

As described above, the ratchet 7 passing through the heating device 40 is discharged to the outside in a properly cooked state.

If it is determined that the mouse cloth 7 has not passed through the outlet 12 after step S9, the process moves to step S7 where an error is displayed as described above.

Unlike the above, if it is determined that the mouse cloth 7 has passed through the outlet 12 after step S9, the control unit 84 transmits a stop command to the step motor a 30 or the step motor b 34. At the same time, an operation stop command is transmitted to the drive motor 74, and the lamp 54 (see FIG. 6) is turned off. (S10)

When the operation stop command is transmitted to the step motor a 30 or the step motor b 34 by the control unit 84 as described above, the shafts 32 and 36 do not rotate, so that the upper and lower trays 18, 20 becomes stationary and ready for supplying a new rat cloth 7.

In addition, when the operation of the driving motor 74 is stopped by a command transmitted from the control unit 84, the power transmission is stopped through the chain 70, so that the rollers 44 and 46 remain in a stopped state. do.

In addition, when the lamp 54 installed inside the rollers 44 and 46 is turned off by a command transmitted from the control unit 84, further heat of the lamp 54 is stopped and thus the rollers 44 and 46 of the rollers 44 and 46 are stopped. The temperature is gradually lowered.

As described above, when the ratchet 7 is discharged to the outside in a properly cooked state, the ratchet 7 is prepared to be baked and discharged as the first time.

The present invention has a structure that can be stored in a large amount of micelles by arranging the upper, lower trays, there is an effect that the administrator does not have to check from time to time to supply micelles more convenient convenience.

Another effect is that a pair of rollers are rotated at an appropriate speed to move the caps and cooked by heating the whole, thereby creating the original taste of the caps.

Another effect is that by replacing the halogen lamp in the heating device to emit proper heat for the mouse cloth to be cooked, and halogen lamp has the advantage of reducing the management cost due to low power consumption.

Claims (17)

With the case (2), An upper shelf 4 installed to form a discharge hole 8 in the case 2; An upper tray 18 installed to slip on the front surface of the upper shelf 4; A step motor a 30 fixedly installed at the rear side of the upper shelf 4 and coupling the shaft 32 to the upper tray 18; A control unit 84 connected to the step motor a 30, A heating device 40 connected to the control unit 84 and installed below the discharge hole 8; Grilled dried fish, characterized in that consisting of a coin sensor (80) to counter the coin to the control unit (84). The method of claim 1, The chute sensor a (76) is installed at the outlet side of the discharge hole (8) of the upper shelf (4), the dry fish roasting, characterized in that the control unit (84) is connected to the chute sensor (76). The method of claim 2, The lower shelf 6 having the discharge hole 10 formed below the upper shelf 4 is installed inside the case 2, and the lower tray 20 is slip-installed in front of the lower shelf 6. The step motor b 34 is installed on the bottom of the lower shelf 6 to couple the shaft 36 to the lower tray 20, and the control unit 84 is connected to the step motor b 34. Grill dried fish. The method of claim 3, wherein The upper and lower trays 18 and 20 are sidewalls 22 and 24 having cylindrical shapes, and partition walls 26 and 28 having a plurality of radially installed upper and lower portions in the sidewalls 22 and 24. Roasted dried fish, characterized in that. The method of claim 4, wherein Chute sensor b (78) is installed on the outlet side of the discharge hole (10) of the lower shelf (6), and the dried fish grill, characterized in that the control unit (84) is connected to the chute sensor (78). The method according to any one of claims 1 to 5, Grilled fish, characterized in that the chute (38) is installed on the outlet side of the discharge hole (8) of the upper shelf (4). The method according to any one of claims 1 to 5, An outlet 12 penetrated at the bottom of the case 2 is formed, an outlet sensor 82 is installed at one side of the outlet 12, and a control unit 84 is connected to the outlet sensor 82. Roast one dried fish. The method of claim 7, wherein The heating device 40 is installed in the main housing 42 and the main housing 42 to be rotated at predetermined intervals and a pair of rollers 44 forming coupling holes 48 and 50 therein, respectively. And 46, a heating part 52 installed inside the coupling holes 48 and 50, and a driving part 58 installed at one end of the rollers 44 and 46 to provide rotational power. Grill one dried fish. The method of claim 8, Grilled dried fish, characterized in that installed on the roller in a V-shape while a pair of guides (43) are arranged opposite to each other at the upper end of the main housing (42). The method of claim 8, The heating unit 52 is dried fish, characterized in that consisting of a lamp (54). The method of claim 10, The lamp 54 is dried fish, characterized in that consisting of a halogen lamp. The method of claim 8, The drive unit 58 is a driven gear (60, 62) is installed on one side end of each of the rollers (44, 46) and geared to each other, and the driving gear to be geared to any one of the driven gear (60, 62) A gear 64, a driven sprocket 68 integrally installed on one side of the motive gear 64, a chain 70 coupled to a part of the driven sprocket 68, and the chain 70; It is composed of a drive sprocket 72 is coupled to the side portion is installed, the drive motor 74 is installed to couple the shaft to the drive sprocket 72, and the control unit 84 is connected to the drive motor 74. Grilled dried fish characterized by. The method of claim 12, When the control unit 84 is determined that the coin is input by the list price, the dried fish roaster, characterized in that the lamp 54 is turned on while transmitting the operation command to the step motor a (30) and the drive motor (74). The method of claim 13, When the control unit 84 determines that the mouse cloth 7 falls from the upper tray 18 and sequentially passes through the chute sensors a, b (76, 78) and the outlet sensor 82, the step motor a (30). ) And the lamp 54 is turned off at the same time to transmit a stop command to the drive motor (74). The method of claim 13, If it is determined that the mouse cloth 7 does not fall from the upper tray 18, the control unit 84 transmits a stop command to the step motor a 30 and transmits an operation command to the step motor b 34. Featured grilled fish. The method of claim 15, When the control unit 84 determines that the mouse cloth 7 falls from the lower tray 20 due to the operation of the step motor b 34, the control unit 84 sequentially passes through the chute sensor b 78 and the outlet sensor 82. And transmitting the stop command to the step motor b (34) and the driving motor (74) and simultaneously turning off the lamp (54). The method of claim 15, The control unit 84, when receiving the information from the chute sensor b (78) that the ratchet (7) did not fall from the lower tray (20) is an error display and return the coin, characterized in that the return.