KR200362261Y1 - Apparatus for frying food having desiccator - Google Patents

Abstract

The present invention is formed in a concave shape to hold the food inside, at least one injection hole for injecting the frying oil flowing from the inside and at least one outlet for discharging the frying oil contained in the inside to the outside A frying pan provided to penetrate a wall surface; A heating means configured to heat the frying oil at a temperature at which food can be fried and flow it into the injection hole, reheat the frying oil drawn out through the discharge port, and re-introduce the frying oil into the injection hole; De-oiler for removing the frying oil in the food is complete frying process; Including a manure body that is capable of drawing inside the frying pan and at the same time can contain food, and a manure motor consisting of a manure motor for transporting the manure body so that the food contained in the mantle is transferred to the deoiler. It is configured to provide a frying apparatus capable of preventing breakage of foods generated in the process of inverting foods and automating all processes from frying foods to transferring foods from which deoiling is completed.

Description

Frying device with deoiler {Apparatus for frying food having desiccator}

The present invention relates to a frying apparatus for frying foods in frying oil, and more specifically, to prevent frying material damage generated during the flipping of the frying material and to remove the frying oil remaining in the frying-complete material. The present invention relates to a frying apparatus configured to remove residues remaining in frying oil.

In the food culture, fried foods, which fry food in frying oil, take up a large portion, and accordingly, there is a demand for a frying apparatus that can easily and deliciously make a large amount of fried foods. In particular, in case of frying a large amount of food automatically, the lower side which is in contact with the high temperature frying oil is excessively fried while the upper side which is not in direct contact with the frying oil is not completely fried. For example, there is a need for a frying apparatus configured to automatically flip fried foods.

Conventional frying apparatus for solving the above problems is provided with a rotating shaft formed with a plurality of blade pieces inside the frying pan, it is configured to automatically flip the food to be fried by rotating a plurality of blade pieces through the rotation of the rotating shaft. have.

However, since the conventional frying apparatus having the structure as described above is configured to impact food with a plurality of rotating blades, not only the food that is fried is broken but also small pieces of food are fried for a long time. There is a disadvantage in that it is promoted the contamination of the frying oil by being suspended in the oil.

In addition, in the deoiler applied to the conventional frying apparatus, there is no separate device for automatically transferring the deoiled food, there is a disadvantage that the time to fry and wrap the food becomes long.

In addition, the conventional frying apparatus is provided with a filter paper formed with a fine hole that can pass through the frying oil, but can not pass the foreign matter in order to filter the foreign matter mixed in the frying oil, such a filter life is limited However, the user was inconvenient to use the filter paper periodically.

The present invention has been made to solve the above problems, and does not cause any breakage of food in the process of inverting the food, and provides a frying apparatus that is fully automatic from the process of frying the food to the process of transferring the deoiled food. The purpose is to.

In addition, another object of the present invention is to provide a frying apparatus configured to include a filter having a semi-permanent life because no replacement of the filter paper.

Figure 1a is a perspective view of the frying apparatus according to the present invention.

Figure 1b shows a shape in which the filtering means in the state shown in Figure 1a.

Figure 2a is a perspective view of the frying pan applied to the present invention.

Figure 2b is a partial cross-sectional view showing a structure in which the oil supply pipe and the recovery pipe is coupled to the frying pot applied to the present invention.

Figure 3a is a cross-sectional view showing the internal structure of the deoiler applied to the present invention.

FIG. 3B shows a shape in which the lower side of the removal net is opened in the state shown in FIG. 3A.

Figure 4a is an exploded perspective view of the filtration means applied to the present invention.

Figure 4b shows a structure in which the filter shaft is coupled to the filter applied to the present invention.

5A is a cross-sectional view of a deoiler according to still another embodiment of the present invention.

Figure 5b is a perspective view of a screw applied to the present invention.

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

100: frying pan 110: nozzle

120: outlet 130: holder

200: heating means 210: boiler

220: oil supply pipe 230: recovery pipe

240 filter means 250 recovery pump

300: deoiler 310: deoiler

320: desorption prospect 330: deoiling bottom plate

340: rotation means 350: cylinder

352: piston rod 400: filtering means

410: filter body 420: filter motor

500: Conveyor Belt

The frying apparatus according to the present invention for solving the above problems is formed in a concave shape to accommodate food in the inside, one or more injection holes for injecting the frying oil flowing from the inside and the frying contained inside A frying pot provided with one or more discharge ports for discharging the dragon oil to the outside; It is configured to include a heating means configured to heat the frying oil to a temperature at which the food can be fried to flow into the injection port, reheating the frying oil drawn out through the discharge port and re-introduced again into the injection port.

The injection port is formed with one or more first injection ports formed so that the spraying direction of the frying oil faces downward along the inner wall surface of the frying pan, and the spraying direction of the frying oil faces the horizontal direction along the inner wall surface of the frying pan. And one or more second nozzles.

The heating means includes a boiler for heating the frying oil, an oil supply pipe connecting the injection port and the boiler so that the heated frying oil flows into the injection port, and a discharge port and the boiler so that the frying oil discharged through the discharge port flows into the boiler. It is configured to include a recovery pipe for connecting.

At this time, the heating means comprises a filtering means for filtering foreign matter contained in the frying oil discharged through the discharge port.

The filtration means is formed to have a first flat filter having a filter hole formed therein and a filter protrusion projecting in a horizontal direction, and a second filter repeatedly alternately stacked with the first filter on a flow path for frying oil. And a filtration rotation shaft 244 fixedly coupled to penetrate through the centers of the first filter and the second filter, and a filtration motor for rotating the filtration rotation shaft 244.

In addition, the frying apparatus according to the present invention, a deoiler for removing the oil for frying in the food is complete frying process; Including a manure body that is capable of drawing inside the frying pan and at the same time can contain food, and a manure motor consisting of a manure motor for transporting the manure body so that the food contained in the mantle is transferred to the deoiler. It is composed.

At this time, the deoiler, the deoiling net is formed in a cylindrical shape of the upper side and the lower side; A rotation means having a deoiling rotation shaft which is drawn downward into the deoiling net and coupled to the deoiling net and a deoiling motor for rotating the deoiling rotation shaft; A cylinder for vertically pulling the piston rod through the deoiling shaft; A pair of opening and closing plates hinged to the lower end of the removal network and configured to open and close the lower surface of the removal network through a rotational movement with the hinge coupling axis as the rotation center, and both ends are coupled to the opening and closing plate and the piston rod, respectively. And a deoiling bottom plate having an opening and closing rod for opening and closing the opening and closing plate as the piston rod is vertically reciprocated.

In addition, the deoiler includes: at least two deoiling nets formed in a tubular shape of which an upper side and a lower side are open; A screw including a screw shaft vertically drawn into the removal network and a screw plate coupled to be wound on an outer surface of the screw shaft with a predetermined inclination in a thread shape; A deoiling motor for rotating the screw shaft; The structure may be changed to include a rotating plate for guiding the transport direction of the food so that the food introduced into the de-oiler is introduced into any one of the de-oiler.

At this time, the deoiler further includes a deoiler having a food inlet formed therein such that the food introduced into the degreaser is introduced into each degreased net; The rotating plate is hinged to the food inlet, and is configured to selectively open and close a portion of the food inlet through a rotational movement with the hinge coupling axis as the rotation center.

In addition, the frying apparatus according to the present invention is further provided with a conveyor configured to transfer the food drawn out to the lower side of the de-oiler net to the outside of the de-oiler.

Hereinafter, with reference to the accompanying drawings will be described an embodiment of a frying apparatus having a deoiler according to the present invention.

Figure 1a is a perspective view of the frying apparatus according to the present invention.

The frying apparatus according to the present invention, as shown in Figure 1a, is formed in a concave shape to accommodate food in the inside, and a plurality of injection holes 110 and the inside for injecting the frying oil introduced from the outside to the inside And a plurality of outlets 120 for discharging the frying oil to the outside is formed so as to penetrate the wall surface and is mounted on the holder 130; The frying oil is heated to a high temperature at which food can be fried and introduced into the frying pan 100 through the injection port 110, and reheated the frying oil drawn out of the frying pan 100 through the outlet 120. After the boiler 210 to re-introduced into the frying pan 100 through the injection hole 110, both ends of the boiler 210 to draw the frying oil heated by the boiler 210 into the frying pan 100 inside. And both ends are connected to the boiler 210 and the outlet 120 so that the oil supply pipe 220 connected to the injection hole 110 and the frying oil ejected to the outside of the frying pan 100 are introduced into the boiler 210. A heating means 200 including a recovery pipe 230 connected thereto; De-oiler 300 for removing the frying oil soaked in the food is completed frying process; The fermentation body 410 and the food contained in the fermentation body 410 formed in a concave shape so as to be able to be drawn into the frying-pot 100 and at the same time to contain food therein, the deodorizer 300 Filtering means (400) comprising a filter motor (420) for transporting the filter body (410) to be moved; It is configured to include a conveyor 500 configured to transport the food drawn out to the lower side of the deoiler 300 to the outside of the deoiler (300).

In addition, when the food contained in the sieve 410 is transferred to the deoiler 300, the food does not fall to the upper inlet of the deoiler 300, even if the food falls around the upper inlet of the deoiler 300. At the upper inlet of the deoiler 300, a guide plate 314 for guiding a food path of the food is coupled to the inside of the dehydrator 300.

The frying oil for frying food is continuously circulated between the frying pot 100 and the boiler 210 through the oil supply pipe 220 and the recovery pipe 230, so that a separate heating device for heating the frying pan 100 is provided. Even if not provided, it is possible to maintain a constant high temperature.

In addition, the heating means 200, the filter means 240 for filtering foreign substances contained in the frying oil discharged through the outlet 120 and the frying oil drawn out to the outside of the frying pan 100, the boiler ( It is preferably configured to include a recovery pump 250 for introducing into 210.

In the present embodiment, the sieve 410 is made of a wire mesh so that food can be removed from the frying oil, but the sieve 410 is not limited to being made of a wire mesh as in the present embodiment, and the oil for frying is missing. It can also be applied to an iron plate in which a hole of a size can be formed.

Figure 1b shows a shape in which the filtering means in the state shown in Figure 1a.

When the filter motor 420 is rotated to lift the filter body 410 in the state shown in FIG. 1A, as shown in FIG. 1B, the filter body 410 is transferred toward the upper inlet of the deoiler 300. Accordingly, the food contained in the filtering body 410 is introduced into the derailment net 320 by the guide plate 314.

When food is introduced into the degreasing net 320, the deoiler 300 rotates the degreasing net 320 to remove the oil for frying in the food in the degreasing net 320 and then feeds the food to the conveyor 500. Drop it. Operation and configuration of such a deoiler 300 will be described with reference to the separate drawings.

Since the food for which the frying oil has been removed by the deoiler 300 is automatically transferred to the outside of the deoiler 300 by the operation of the conveyor 500, the frying apparatus according to the present invention has completed the food processing from the process of frying the food. Automation of all processes until the process of transporting is implemented.

Figure 2a is a perspective view of a frying pan applied to the present invention, Figure 2b is a partial cross-sectional view showing a structure in which the oil supply pipe and the recovery pipe is coupled to the frying pan applied to the present invention.

As illustrated in FIGS. 2A and 2B, the injection holes 110 formed in the frying pan 100 may include at least one agent formed such that the injection direction of the frying oil is directed downward along the inner wall surface of the frying pan 100. The first injection hole 112 and one or more second injection holes 114 are formed so that the injection direction of the frying oil is directed toward the horizontal direction along the inner wall surface of the frying pan 100.

Since the oil for frying introduced into the frying pan 100 through the injection hole 110 is injected in different directions according to the injection directions of the respective injection ports 112 and 114, irregular convection occurs. Therefore, the food contained in the frying pan 100 is constantly flipped over and fried by the convection of the frying oil.

At this time, the frying oil contained in the frying pan 100 is preferably formed so that the outlet 120 is formed in the upper end of the side wall of the frying pan 100 to maintain a certain level.

3A is a cross-sectional view showing the internal structure of the deoiler applied to the present invention, and FIG. 3B shows a shape in which the lower side of the deoiling net is opened in the state shown in FIG. 3A.

As shown in FIG. 3A, the deoiler 300 applied to the present invention includes a deoiler net 320 formed of a cylindrical material having an upper side and a lower side open as a net material; Rotating means 340 for rotating the removal network 320; Deoiling bottom plate 330 which is configured to be opened and closed on the lower side of the deoiling net 320; It is configured to include a cylinder 350 for opening and closing the deoiling bottom plate 330.

Rotating means 340, the lower end is introduced into the de-oiling network 320 so that the lower end is extended to the lower end of the de-oiling network 320 and the de-oiling shaft 342 is coupled to one side portion of the de-oiling network 320 inner surface; , A deoiling motor 344 for generating rotational force, and an electric belt 346 coupled to the deoiling rotational shaft 342 and the deoiling motor 344 so that the deoiling rotational shaft 342 rotates by the rotational force of the deoiling motor 344. It is configured to include. When the deoiling motor 344 operates, the rotational force of the deoiling motor 344 rotates the deoiling rotating shaft 342 by the electric belt 346, and thus the deoiling net 320 coupled with the deoiling rotating shaft 342 also rotates. You exercise.

The food introduced into the de-oiling net 320 is removed from the oil for frying by the centrifugation principle as the de-oiling net 320 rotates.

In addition, the cylinder 350 is configured to reciprocate the piston rod 352 vertically downward so as to pass through the deoiling rotation shaft 342; The deoiling bottom plate 330 is coupled to the lower end of the deoiling net 320 by the first hinge 335 and opens and closes the lower side of the deoiling net 320 through a rotational movement with the first hinge 335 as the center of rotation. A pair of opening and closing plate 332 having a structure that can be made, and both ends are hinged to the opening and closing plate 332 and the piston rod 352 by the second hinge 336 and the third hinge 337, respectively. It is configured to include an opening and closing rod 334.

In the state shown in FIG. 3A, when the piston rod 352 is moved downward by the operation of the cylinder 350, the opening and closing rod 334 coupled to the end of the piston rod 352 as shown in FIG. 3B is The second hinge 336 for coupling the opening and closing bar 334 and the opening and closing plate 332 is also moved downward.

At this time, since the position of the first hinge 335 coupled to the lower end of the removal network 320 is maintained as it is, the opening and closing plate 332 rotates around the first hinge 335 to lower the removal network 320. To open. When the lower side of the oil removal network 320 is opened as described above, the food contained in the oil removal network 320 falls to the conveyor 500 and is transferred to the outside of the oil removal machine 300.

Figure 4a is an exploded perspective view of the filtration means applied to the present invention, Figure 4b shows a structure in which the filtration rotation axis is coupled to the filter applied to the present invention.

As shown in FIGS. 4A and 4B, the filtration means 240 applied to the present invention is configured such that the filter bottom plate 242 on which the foreign matter discharge port 243 is formed is coupled to the lower side of the recovery pipe 230. A flow path for frying oil formed to include a filter barrel 241 coupled to the filter, a flat plate-shaped first filter 245 having a filter hole 248 formed therein, and a filter protrusion 249 protruding in a horizontal direction. The second filter 246 repeatedly stacked alternately with the first filter 245 on the first filter, and the first filter 245 and the second filter so as to pass through the centers of the first filter 245 and the second filter 246. It is configured to include a filtration rotation shaft 244 and the filtration motor 247 for rotating the filtration rotation shaft 244 coupled to 246 and located inside the filter barrel 241 of the point corresponding to the foreign matter discharge port (243).

The frying oil flows into the filter barrel 241, passes through the first filter 245 and the second filter 246, and then flows out of the filter barrel 241. It does not pass through the gap between the 245 and the second filter 246 and falls downward through the space between the filter hole 248 and the filter protrusion 249 and accumulates on the floor through the foreign matter discharge port 243.

The filtering means 240 having such a structure does not contaminate the first filter 245 or the second filter 246 even if used for a long time, and thus may be used semi-permanently.

5A is a cross-sectional view of a deoiler 300 according to another embodiment of the present invention, and FIG. 5B is a perspective view of a screw 360 applied to the present invention.

Deoiler 300 is applied to the present invention, two or more deoiling net 320 is formed in a cylindrical shape of the upper side and the lower side; A food delivery container 310 in which a food inlet 312 is formed therein such that food introduced into the food inlet is introduced into each de-oiling net 320; A screw 360 including a screw shaft 362 vertically drawn into the removal network 320, and a screw plate 364 coupled to be wound on an outer surface of the screw shaft 362 with a predetermined inclination in a thread shape; ; A deoiling motor 344 for rotating the screw shaft 362; Rotating hinge 382 to the food inlet 312 is coupled to the structure capable of rotational movement in the center of rotation, the food is introduced into the de-oiler 300 by selectively opening and closing a portion of the food inlet 312 through the rotational movement The structure may be changed to include a rotating plate 380 for guiding the food transport direction to be introduced into any one of the derailing net 320.

The food introduced into the de-oiler 310 is introduced into the de-oiler 320 which is not blocked by the rotor plate 380, and when the food input to the de-oiler 320 is completed, the rotor plate 380 is rotated by a hinge ( It rotates around 382 to close the food inlet 312 in which the food removal network 320 is located.

When the closing of the food inlet 312 is completed, the deoiling motor 344 is driven so that the screw 360 coupled by the bevel gear 370 rotates in the direction in which the food is lifted up, and is introduced into the deoiling net 320. Food is removed from the oil remaining inside by the centrifugal force generated by the rotation of the screw 360. At this time, even if the food is transferred upward by the screw 360, the departure to the outside of the deoiler 300 is blocked by the rotary plate 380.

When the removal of the oil remaining in the food is completed, the deoiling motor 344 rotates in the opposite direction to reverse the screw 360 so that the food introduced into the de-oiling network 320 is transported to the lower side of the de-oiling network 320. Let's do it.

While the deoiling process is performed, food is introduced into the de-oiling net 320 which is not closed by the rotating plate 380, and the deoiling process is performed in the same manner.

Therefore, when the deoiler 300 having the structure shown in FIGS. 5A and 5B is used, deoiling processes may be alternately performed in different de-oiling networks 320, and thus, more food may be deoiled. .

The present invention has been described in detail using the preferred embodiments, but the scope of the present invention is not limited to the specific embodiments, and should be interpreted by the appended utility model registration claims. In addition, those of ordinary skill in the art should understand that many modifications and variations are possible without departing from the scope of the present invention.

Using the frying apparatus according to the present invention, it is possible to prevent the breakage of the food generated in the process of inverting the food, there is an advantage that can be automated from the process of frying the food to the process of transporting the complete deoiled food.

In addition, the frying apparatus according to the present invention, there is no need to replace the filter paper periodically has the advantage that it is more convenient to use.

Claims (11)

It is formed in a concave shape so as to contain food, the at least one injection hole 110 for injecting the frying oil flowing from the inside and at least one outlet for discharging the frying oil contained in the inside ( 120 is provided with a frying pan 100 to penetrate the wall; Heating means 200 is configured to heat the frying oil to the injection port 110, reheats the frying oil drawn out through the discharge port 120 and re-introduced to the injection port 110 again. ; Fried apparatus characterized in that comprises a. The method of claim 1, The injection hole 110, At least one first injection hole 112 is formed so that the injection direction of the frying oil is directed downward along the inner wall surface of the frying pan 100, The frying apparatus characterized in that it comprises one or more second injection port 114 is formed so that the spraying direction of the frying oil toward the horizontal direction along the inner wall surface of the frying pan (100). The method of claim 2, The heating means 200, A boiler 210 for heating the frying oil; Oil supply pipe 220 for connecting the injection port 110 and the boiler 210 so that the heated frying oil flows into the injection port 110, It characterized in that it comprises a recovery pipe 230 for connecting the outlet 120 and the boiler 210 so that the frying oil discharged through the outlet 120 is re-introduced into the boiler 210. Frying machine. The method of claim 3, wherein The heating means 200, The frying apparatus, characterized in that it comprises a filtration means 240 for filtering foreign matter contained in the frying oil discharged through the outlet 120. The method of claim 4, wherein The filtration means 240, A first flat filter 245 having a filter hole 248 formed therein, A second filter 246 formed to have a filter protrusion 249 protruding in a horizontal direction and repeatedly stacked alternately with the first filter 245 on a flow path of the frying oil; A filtration rotating shaft 244 fixedly coupled to penetrate through the centers of the first filter 245 and the second filter 246; Deep frying apparatus comprising a filtration motor (247) for rotating the filtration rotation shaft (244). The method according to any one of claims 1 to 5, De-oiler 300 for removing the frying oil soaked in the food is completed frying process; The filtration body 410 and the food body contained in the filtration body 410 and the food body contained in the filtration body 410 may be transferred to the deoiler 300 while being able to draw inside the frying pan 100 and at the same time. Filtering means (400) consisting of a filtering motor (420) for transporting the filtering body (410); Fried apparatus characterized in that comprises a. The method of claim 6, The deoiler 300, De-oiling net 320 is formed in a cylindrical shape of the upper side and the lower side; Rotating means 340 having a deoiling rotation shaft 342 which is drawn downward into the deoiling net 320 to be coupled to the deoiling net 320 and a deoiling motor 344 for rotating the deoiling rotation shaft 342. )and; A cylinder (350) for vertically introducing the piston rod (352) so as to pass through the deoiling shaft (342); A pair of opening and closing plates 332 which are hinged to the lower end of the oil removal network 320 and configured to open and close the lower surface of the oil removal network 320 through a rotational movement using the hinge coupling shaft as a rotational center. Both ends are coupled to the opening and closing plate 332 and the piston rod 352, respectively, and the oil-free bottom having an opening and closing rod 334 for opening and closing the opening and closing plate 332 as the piston rod 352 moves vertically. Plate 330; Fried apparatus characterized in that comprises a. The method of claim 7, wherein Deep frying apparatus characterized in that it further comprises a conveyor (500) configured to transport the food drawn out to the lower side of the degreasing net 320 to the outside of the deoiler (300). The method of claim 6, The deoiler 300, At least two derailing nets 320 formed at an upper side and a lower side of an open cylindrical shape; A screw 360 including a screw shaft 362 vertically drawn into the removal network 320 and a screw plate 364 coupled to be wound on an outer surface of the screw shaft 362 with a predetermined inclination in a screw line shape. )Wow; A deoiling motor 344 for rotating the screw shaft 362; Rotating plate 380 for guiding the conveying direction of the food so that the food introduced into the deoiler 300 is introduced into any one of the de-oiling network 320; Fried apparatus characterized in that comprises a. The method of claim 9, The deoiler 300, It is further provided with a de-oiler 310 is formed in the food inlet (312) therein to be introduced into the food inlet to each of the desorption net 320; The rotating plate 380, The food inlet hinged to the food inlet (312), the frying apparatus, characterized in that configured to selectively open and close a portion of the food inlet (312) through a rotational movement of the hinge coupling axis to the rotation center. The method of claim 10, Deep frying apparatus characterized in that it further comprises a conveyor (500) configured to transport the food drawn out to the lower side of the degreasing net 320 to the outside of the deoiler (300).