KR101084671B1 - A fried equipment for separating carbonized material - Google Patents

Abstract

PURPOSE: A frying machine for separating and discharging carbonized materials is provided to reduce waste oil by suppressing the viscosity and color change of oil. CONSTITUTION: A frying machine for separating and discharging carbonized materials comprises a chamber, opening and closing valve(20), a water inlet pipe(30), an oil discharge pipe(40), a water exhaust pipe, a heating member(60), a gasoline filtration part, and a water filtration part. The chamber comprises first and second spaces(11,12). The gasoline is accepted to the first space. The water is accepted to the second space. A funnel-shaped inflow part(120) is installed on the top of the second space communicated with the first space. The opening and closing valve opens and closes the first and second border area. The water inlet pipe is communicated with the top of the second space. The heating member is arranged in the first space to heat gasoline. The gasoline filtration part circulates the gasoline of the lower part of the first space and filters foreign materials of gasoline.

Description

A Fried Equipment For Separating Carbonized Material}

The present invention relates to a frying apparatus, and more particularly, to accommodate oil and water separated by a specific gravity difference in a frying chamber, and to introduce foreign substances generated during frying into a space containing water so that no foreign substances exist in the oil. The present invention relates to a frying apparatus capable of separating and discharging carbonized material that can prevent carbonized material from being generated.

In modern times, western food cultures have been introduced in Korea, and fried foods are becoming more frequent as cooking oil is used. Cooking oil usually uses olive oil and grape seed oil in addition to soybean oil and corn oil.

Normally, vegetable cooking oil used in fryer is composed of unsaturated fatty acids, which oxidizes well within a short time. The free radicals are generated by heat, light, and trace metals, and the chain oxidation of fats and oils proceeds to oxidize. Not only does the phenomenon progress rapidly, but the oil itself generates clusters (fat spheres) by high temperature heat, which makes the oil cloudy and more viscous. In addition, suspended solids by food ingredients are oxidized in contact with air and they are carbonized at high temperatures to accelerate oil rancidity.

Repeated use of cooking oil results in a large amount of cooking oil being discarded as animal fats and oils from food ingredients, impurities, residues, fatty acids, and oxides are mixed together, denatured and contaminated by carbonization of fried residues, making it impossible to reuse. . Since this is a waste of resources and acts as a cause of environmental pollution, a fryer having a separate purification function has been required to solve this problem.

Therefore, the present invention has been made to solve the above problems, and accommodates oil and water separated by the specific gravity difference in the frying chamber, foreign matters generated during frying to flow into the space containing water is present in the foreign matter. It is an object of the present invention to provide a frying apparatus capable of separating and discharging the carbonized material which can prevent the carbonized material from being generated.

The frying apparatus capable of separating and discharging the carbonized material of the present invention as a means for solving the above problems includes a first space in which an upper portion is opened and oil is accommodated, and a second space in communication with a lower portion of the first space and in which water is received. A chamber; An opening / closing valve for opening and closing a boundary area between the first space and the second space; A water inflow pipe communicating with an upper portion of the second space and for introducing water supplied from the outside; An oil discharge pipe communicating with a lower portion of the first space to discharge oil containing foreign substances; A water discharge pipe communicating with a lower portion of the second space and discharging the received water; And heating means arranged to heat the oil disposed in the first space.

As an example, the chamber may further include a heat insulator configured to surround the first space.

As an example, it is characterized in that it further comprises a water level regulator in communication with the water inlet pipe to automatically adjust the water level of the water supplied to the second space.

As an example, the first space of the chamber is characterized in that the cross-sectional area is relatively reduced toward the lower portion.

As one example, the second space of the chamber is equipped with a funnel-shaped inlet portion in the upper portion communicating with the first space, the outlet portion in communication with the water discharge pipe is equipped with an outlet portion formed with a plurality of through holes in the conical shape. It is characteristic.

As an example, further comprising an oil filtration unit for circulating the oil contained in the lower portion of the first space and for filtering foreign substances contained in the oil;

A filter barrel inserted into and separated from the accommodation space and equipped with a plurality of inflow holes formed on one side thereof, and filled with a filter material in one side space defined by the through plate, and having a plurality of outflow holes formed on the side and bottom of the filter material; A first circulation tube having one side communicating with a lower portion of the first space and the other side passing through the accommodation space and communicating with an upper end of the filter barrel; A suction pump mounted on the first circulation pipe and suctioning oil including foreign matter contained in the lower portion of the first space and introducing the oil into the filter barrel through the first circulation pipe; And a second circulation tube in which one side is in communication with the oil discharge tube and the other side is in communication with the lower portion of the receiving space to introduce oil filtered by the filter medium into the oil discharge tube and the lower portion of the first space.

As an example, further comprising a water filtration unit for circulating the water contained in the second space and filtering foreign matter contained in the water; A filter barrel inserted into and separated from the accommodation space and equipped with a plurality of inflow holes formed on one side thereof, and filled with a filter material in one side space defined by the through plate, and having a plurality of outflow holes formed on the side and bottom of the filter material; A suction pump mounted to the water discharge pipe and configured to suck water including foreign substances contained in the second space and to flow into the filter barrel; A first circulation tube having one side communicating with the water discharge tube and the other side passing through the accommodation space and communicating with the upper part of the filter tube to introduce water including foreign substances sucked by the suction pump into the filter tube; And a second circulation tube having one side communicating with an upper portion of the water discharge tube and the other side communicating with a lower portion of the receiving space to introduce water filtered by the filter medium into an upper portion of the second space.

In this case, an insertion hole for inserting and communicating with the first circulation tube is formed at an upper end of the filter barrel, and separating and attaching the filter barrel from the accommodation space while separating the first circulation tube from the insertion hole of the filter barrel. Characterized in that it further comprises a removable means for.

The detachable means includes a fixed jaw mounted on one side of the filter barrel; Coupled to flow forward or backward from the lower surface of the receiving space, the upper surface is the filter is seated on one side is formed with a pressing projection for pressing the other side of the seated filter, the other side of the inner side of the filter A seating portion including a side plate having a receiving groove surrounding the fixed jaw; A spring installed on the inner side of the receiving groove to add an elastic force to the fixing jaw of the filter barrel; A first bracket coupled to an outer surface of the receiving groove; A second bracket coupled to an inner surface of the accommodation space facing the first bracket; And a shape bent at a predetermined angle and a flow groove is formed at one side to be hinged with the first bracket, a part of the other side is exposed to the outside of the accommodation space, and a center is hinged to the second bracket to be seated on the seating part. It characterized in that it comprises a detachable lever for flowing the filtered filter forward or backward.

As one example, the heating means includes a gas passage for providing combustion gas; A combustion device for burning the gas supplied from the gas cylinder; A heating tube disposed in the first space in a tubular shape having a predetermined length and heating oil by passing a thermal power combusted through the combustion apparatus; And at least one double tube installed at a side of the heating tube, one side of which is in communication with the heating tube so that waste heat discharged from the heating tube is circulated and discharged to the outside.

In addition, the heating tube is characterized in that a plurality of side walls are configured to be inclined at an angle along the inner surface.

In addition, the heating tube is characterized in that the discharge plate is formed in a spiral along the longitudinal direction of the inner surface.

As an example, it is characterized in that it further comprises one or more frying net that is seated and separated on the top of the chamber and introduced into the first space.

In this case, it comprises a detection sensor for detecting the seating of the frying net, characterized in that it further comprises a controller for operating the heating means at a predetermined time and temperature according to the detection signal of the detection sensor.

The controller may display information data including temperature sensors installed in the first and second spaces, a plurality of operation buttons for manual operation and setting, and temperature values and operating times measured by the temperature sensors. It further comprises a display for.

The frying apparatus capable of separating and discharging the carbonized material of the present invention as described above comprises a chamber comprising a first space accommodating oil and a second space accommodating water, such that foreign substances generated during frying flow into the second space. On the other hand, in the second space it is possible to separate and discharge the foreign substances introduced into the second space by circulating and filtering the water.

As a result, the absence of foreign matter in the oil of the first space enables to prolong the period of change in the color and viscosity of the oil, thereby reducing the generation of waste oil, and not including carbonized material. The effect of improving the fried taste is caused by the oil.

1 is a cross-sectional view showing the configuration of a frying apparatus capable of separating and discharging the carbonized material according to the present invention.
Figure 2 is a partially cut perspective view showing a second space of the chamber of one configuration of the present invention.
3 is a perspective view showing an example of a heating apparatus of one configuration of the present invention.
Figure 4 is a perspective view showing a filtration space and the frying net of one configuration of the present invention.
Figure 5 is a cross-sectional view showing a removable means of one configuration of the present invention.
6 is a block diagram showing a controller that is one configuration of the present invention.
7a to 7c is a cross-sectional view for explaining the operating state of the frying apparatus capable of separating and discharging the carbonized material according to the present invention.

Hereinafter, with reference to the drawings will be described a preferred embodiment of the present invention.

1 is a cross-sectional view showing the configuration of a frying apparatus capable of separating and discharging the carbonized material according to the present invention, Figure 2 is a partial cutaway perspective view showing a second space of the chamber of one configuration of the present invention, Figure 3 is one of the present invention It is a perspective view which shows an example of the heating apparatus which is a structure. And, Figure 4 is a perspective view showing a filtration space and a frying net of one configuration of the present invention, Figure 5 is a cross-sectional view showing a detachable means of one configuration of the present invention, Figure 6 is a block showing a controller of one configuration of the present invention 7A to 7C are cross-sectional views illustrating an operating state of a frying apparatus capable of separating and discharging carbonized material according to the present invention.

The frying apparatus capable of separating and discharging the carbonized material according to the present invention communicates with a lower portion of the first space 11 and a lower portion of the first space 11 in which an upper portion is opened and oil is received, as shown in FIG. 1. A chamber including a second space 12, an opening / closing valve 20 for opening and closing a boundary area between the first space 11 and the second space 12, an upper portion of the second space 12, and A water inlet pipe 30 for communicating water supplied from the outside, an oil discharge pipe 40 communicating with a lower portion of the first space 11 to discharge oil containing foreign substances, and the second space And a water discharging pipe 50 communicating with the lower part of 12 to discharge the received water, and a heating means 60 for heating the oil contained in the first space 11.

As described above, the chamber is configured such that the first space 11 and the second space 12 communicate with each other and are installed in the housing 1.

As shown in FIG. 1, the housing 1 is to prevent the components of the present invention from being exposed to the outside. The housing 1 is embedded in the housing 1 so that at least one side thereof can be opened and closed. By providing a configured opening and closing portion (not shown) it is possible to provide convenience during maintenance for each component.

The housing 1 is configured such that a portion corresponding to the opened upper portion of the first space 11 is exposed so that the food for frying may be introduced therein. A sealing lid for sealing may be provided.

The first space 11 is a space in which the frying food is fried, and oil is accommodated, and a lower portion thereof communicates with an upper portion of the second space 12 containing water. The second space 12 is water is received and when the fry is carried out in the first space (11) is to be separated and discharged so that foreign matters separated from the food for frying, such as fried powder or impurities flow in In this case, even when repeated frying is performed in the first space 11, foreign substances do not remain, so that carbonized materials are not generated from foreign substances in the oil of the first space 11. At this time, it is obvious that the oil and water are not mixed by different specific gravity differences.

Here, the first space 11 of the chamber according to the preferred embodiment of the wind is configured to have a relatively small cross-sectional area toward the lower portion thereof to minimize the interface with the water contained in the second space 12, thereby Accordingly, the temperature of the oil heated through the heating means 60 is minimized from being transferred to the water.

In addition, the chamber is configured to further include a heat insulating material 13 configured to surround the first space 11, through which heat to heat the oil of the first space 11 heated to a certain temperature Minimizing the occurrence of losses.

The second space 12 of the chamber is configured such that foreign matters falling from the first space 11 easily enter, and the foreign matters once introduced into the first space 11 again due to buoyancy. It is configured to prevent inflow.

Specifically, the funnel-shaped inlet 120 is mounted on the upper portion of the second space 12 in communication with the first space 11 as shown in FIG. 2. That is, the inlet portion 120 is formed such that its diameter decreases from the inlet (A) toward the outlet (B). In addition, a lower portion communicating with the water discharge pipe 50 is mounted with an outlet portion 121 having a plurality of through holes 122 formed in a conical shape.

Accordingly, foreign matters falling from the first space 11 may be easily collected and introduced through the inlet 120 configured to have a smaller diameter toward the lower portion thereof, and conversely, foreign matters may rise again. In this case, since the diameter of the outlet B of the inlet part 120 is formed to be small, the inlet part 120 is prevented from entering the first space 11 again.

In addition, in the case of the outlet portion 121, the conical shape is formed so that foreign matters falling through the inlet portion 120 flow down along the inclined surface without being stacked on any one portion to the through hole 122. It is passed through and discharged.

On the other hand, the opening and closing valve 20 is installed in the boundary region of the first space 11 and the second space 12 is configured to open and close the boundary region. The on-off valve 20 is normally open so that the first space 11 and the second space 12 communicate with each other, and when the second space 12 is cleaned, the water discharge pipe 50 described below. When completely draining the water on the second space 12 through the closing valve 20 is closed by separating the first space 11 and the second space 12 of the first space (11) It is to prevent oil from being drained to the water discharge pipe 50.

Here, the opening and closing valve 20 is not limited to the structure shown in Figure 1, etc., any structure may be used as long as it can open and close a conventional pipe.

The water inlet pipe 30 is for supplying water to the second space 12, one side is in communication with the upper portion of the second space 12, the other side may be connected to an external water pipe (not shown). have. In addition, the water inlet pipe 30 may be equipped with a valve 500 as shown in FIG. 1 to open or close the pipe so that water supplied from the outside may be supplied or blocked.

Here, according to a preferred embodiment of the present invention, the water level regulator 70 is configured to adjust the water level of the water supplied through the water inlet pipe 30, the water level controller 70 is the water inlet pipe ( It is in communication with 30) automatically adjusts the water level of the water supplied to the second space 12 to a predetermined height.

The water level regulator 70 may be determined by the installation position of the water level, the additional water is supplied or blocked in accordance with the fluctuation of the fluctuating water, it can be variously implemented through known techniques such as mechanical or electronic bar, a detailed description Is omitted.

The oil discharge pipe 40 is configured to communicate with a boundary area between the first space 11 and the second space 12, that is, the lower portion of the first space 11. The valve 500 is also mounted at the end thereof to open and close the pipe, and when the device is not in use, foreign substances including an impurity and an oil film formed at the boundary region can be discharged.

In addition, the oil accommodated in the first space 11 can be discharged through the oil discharge pipe 40, all at this time can be discharged without closing the on-off valve 20 described above.

The water discharge pipe 50 is configured to communicate with the lower portion of the second space 12 to discharge the water contained in the second space 12 as well as including impurities or carbonized material discharged through the outlet 121. Foreign substances can be discharged.

On the other hand, the heating means 60 is configured to heat the oil by transferring heat to the oil accommodated in the first space 11 can be implemented in various ways, such as electric heating or gas heating. As an example, the heating means 60 is a gas cylinder 600 for providing a combustion gas, a combustion device 610 for burning the gas supplied from the gas cylinder 600, and a predetermined length, as shown in FIG. And a heating tube 620 disposed in the first space 11 in a tubular shape and discharging heat to the first space 11 by passing a flame combusted through the combustion device 610. As such, the gas fire passes through the heating tube 620 to heat the oil contained in the first space 11.

In addition, the heating means 60 may be configured to further include an auxiliary heating means using the waste heat passing through the heating tube 620.

That is, as shown in Figure 3 further comprises at least one double tube 630, the double tube 630 is installed on the side of the heating tube 620 is spaced one side is in communication with the heating tube 620 The other side is connected to the ventilation hole 400 installed in the housing 1 so that the flame discharged from the heating tube 620 circulates through the double tube 630 and is discharged to the outside. As described above, by circulating and discharging the heat energy of the heating means 60 in the double pipe 630, the effect of achieving energy savings is generated.

Here, the heating tube 620 of the heating means 60 is equipped with a plurality of side walls 621 configured to be inclined at an angle along the inner surface thereof, so that the flame is immediately discharged by the structure of the side wall 621. It is reasonable to increase the efficiency of heat transfer by keeping it constant for a while. In addition, the heating tube 620 may be equipped with a discharge plate that performs the same role as the side wall 621 described above. Although not shown in the drawings, the discharge plate may be mounted along the longitudinal direction of the inner surface of the heating tube 620, and the shape of the discharge plate may be spirally configured to increase the heat transfer efficiency by allowing the discharged flame to move along the spiral tube. Will be.

On the other hand, the frying apparatus capable of separating and discharging the carbonized material according to the present invention is an oil filtration for circulating the oil contained in the lower portion of the first space 11 as well as filtration of foreign substances contained in the oil as shown in FIG. In addition, it may be configured to further include a water filtration unit for circulating the water contained in the second space 12 and to filter foreign matter contained in the water.

First, the oil filtration unit is inserted into and separated from the receiving space 80, and the receiving space 80, one side is equipped with a through-plate 83 formed with a plurality of inlet holes 830 and on the through-plate 83 One side space divided by the filter medium 82 is filled, but the side and bottom surrounding the filter medium 82, the filter cylinder 81 is formed with a plurality of outlet holes 831, one side of the lower portion of the first space (11) A first circulation pipe 84 and a first circulation pipe 84 communicating with an upper end of the filter container 81 through the receiving space 80 and being connected to the first circulation pipe 84. The suction pump 86 and one side for injecting the oil containing the foreign matter contained in the lower portion of the inlet to the filter barrel 81 through the first circulation pipe 84 and one side is in communication with the oil discharge pipe 40 and the other side is the The oil communicating with the lower portion of the receiving space 80 is filtered by the filter material 82, the oil discharge pipe 40 and the upper The second circulation pipe 85 is introduced to the lower portion of the first space (11).

According to the configuration of the oil filtration unit, the oil containing the foreign matter sucked in the suction pump 86 is introduced into the filter barrel 81 through the first circulation pipe 84, the foreign matter introduced into the filter barrel 81 The oil included is introduced into the inlet hole 830 of the through plate 83 and the foreign matter is filtered while passing through the filter medium 82 filled. Thereafter, the filtered oil is discharged from the plurality of outlet holes 831 formed in the filter barrel 81 and the oil discharge pipe 40 or the first through the second circulation pipe 85 communicated to the lower portion of the receiving space 80. 1 is to flow into the bottom of the space (11).

In addition, the water filtration unit is inserted into and separated from the receiving space 90, the receiving space 90, the one side is equipped with a through plate 93 formed with a plurality of inlet holes 930 and the through plate 93 One side space partitioned by the filter medium 92 is filled, but the side and bottom surrounding the filter medium 92 is provided with a filter barrel (91) having a plurality of outlet holes (931), and is mounted to the water discharge pipe (50) A suction pump 96 for sucking water containing foreign substances contained in the two spaces 12 and flowing into the filter container 91, and one side communicates with the water discharge pipe 50, and the other side opens the accommodation space 90. The first circulation pipe (94) and one side of the water discharge pipe (50) which penetrates through the filter container (91) and introduces water containing foreign substances sucked by the suction pump (96) into the filter container (91). The filter material 92 is in communication with the upper side and the other side is communicated to the lower portion of the receiving space 90 The water to be filtered is configured by including a second circulation pipe (95) to flow into the top of the second space (12).

The water filtration unit also, the water containing the foreign matter sucked in the suction pump 96 is introduced into the filter barrel 91 through the first circulation pipe 94, the water containing foreign matter introduced into the filter barrel 91 The foreign matter is filtered while passing through the filter medium 92 through the through plate 93. Thereafter, the filtered water is discharged into the receiving space 90 through the plurality of outlet holes 931 formed in the filter tube 91, and through the second circulation tube 95 communicated to the lower portion of the receiving space 90. Again, the second space 12 is introduced into the upper portion of the water circulation and filtration is performed.

At this time, the upper cover 300 for opening and closing the receiving space (80, 90) is provided in the upper portion of the receiving space (80, 90) of the oil filtration unit and the water filtration unit, the upper After the cover 300 is removed, the filter tubes 81 and 91 filled with the filter media 82 and 92 configured therein can be easily replaced.

Here, the upper cover 300 is formed of a close packing portion 310 is inserted into the upper portion of the filter cylinder (81, 91) for hermetic contact with the filter cylinder (81, 91) filter cylinder (81, 91) It is preferable not to let water or oil circulated in the) outflow.

In addition, the filter materials 81 and 91 are not limited in terms of their materials, but any filter media capable of filtering foreign substances including carbonized materials while allowing oil and water particles to pass therethrough may be used, but is preferably semipermanent. Phosphorus recycling is possible and preferably made of stainless steel to counteract corrosiveness by water.

As described above, the filtration action of the oil filtration unit and the water filtration unit does not require the discharge of foreign substances contained in the oil and water every time even during repeated frying, and even in the replacement of the filter barrels 81 and 91 including the filter mediums 82 and 92. Opening only the upper cover 300 of the upper receiving space (80, 90) has a feature that can be easily replaced.

On the other hand, according to a preferred embodiment of the present invention, the first circulating pipe (84, 94) is communicated through the receiving space (80, 90) at the upper end of the filter cylinder (81, 91) of the oil filtration unit and the water filtration unit, An insertion hole 700 is formed at the upper side of each of the filter tubes 81 and 91 so that the first circulation tubes 84 and 94 are inserted in the side opposite to the first circulation tubes 84 and 94.

In addition, the first circulation pipe (84, 94) is inserted into and spaced apart from the insertion hole 700 of the filter cylinder (81, 91), and the filter cylinder (81, 91) to remove and attach from the receiving space It further comprises a removable means for.

That is, the detachable means is to detach and attach the filter cylinders 81 and 91 from the accommodation spaces 80 and 90, so that the first circulation pipes 84 and 94 are spaced apart from the filter cylinders 81 and 91. It is to be in close contact with the insertion hole 700.

Specifically, referring to FIG. 5, an example of the detachable means will be described.

The detachable means is coupled to the fixed jaw 710 mounted on one side of the filter barrel (81, 91), to flow forward or backward from the lower surface of the receiving space (80, 90), the upper surface of the Filter cylinders (81, 91) is seated on one side is formed with a pressing projection 721 for pressing the other side of the filter cylinders (81, 91) seated, the inner side of the other side fixed jaw of the filter (81, 91) ( It includes a seating portion 720 consisting of a side plate 722 formed with a receiving groove 723 surrounding the 700.

At this time, the lower surface of the seating portion 720 is formed with a guide hole 724 along the longitudinal direction, as shown in Figure 5, through the guide hole 724 to the receiving space (80, 90) Coupling pin 725 is fixedly coupled to the lower surface of the) is configured so that the seating portion 720 can be stably flowed forward or backward without twisting left, right, up, down.

In addition, the pressing protrusion 721 is made of a material having an elastic force so that when the filter cylinder (81, 91) is seated on the lower surface of the seating portion 720, the outer shape is pushed to the outside and the filter cylinder (81, 91) ) Is completely seated so that the fixing jaw 700 is in close contact with the receiving groove 723 and the appearance is restored again by the elastic force of the pressing protrusion 721 and pressurizes the side surfaces of the filter barrels 81 and 91. (81, 91) is fixed.

In addition, the detachable means further comprises a spring 730 is installed on the inner surface of the receiving groove 723 to add an elastic force to the fixing jaw 710 of the filter barrel (81, 91), the filter barrel (81, 91) When fully seated, by applying a force in one direction from the sides of the filter barrel (81, 91) it is possible to more firmly secure the filter cylinder (81, 91) on the seating portion (720).

In addition, the detachable means further includes a detachable lever 760 to be configured to flow the seating portion 720 forward or backward, so that the detachable lever 760 is coupled to the seating portion 720. The bracket 740 and the second bracket 750 are provided, the first bracket 740 is coupled to the outer surface of the receiving groove 723, the second bracket 750 is the first bracket It is coupled to the inner surface of the receiving space (80, 90) to face the 740. In addition, the detachable lever 760 has a form bent at a predetermined angle and a flow groove 761 is formed at one side thereof to be coupled to the first bracket 740 to provide a smooth flow of the detachable lever 760. When the removable lever 760 flows, the mounting portion 720 may be prevented from twisting. In addition, a portion of the other side of the detachable lever 760 is exposed to the outside of the receiving space (80, 90) and its center portion is hinged to the second bracket 750, the filter barrel 81 seated on the seating portion (720) , 91) to flow forward or backward.

Here, the fixing groove for maintaining the state in which the removable lever 760 exposed to the outside of the receiving space (80, 90) is moved forward or rearward in the upper portion of the receiving space (80, 90) as shown in FIG. 762 may be formed.

When the filter barrels 81 and 91 are replaced by the configuration of the detachable means as described above, when the detachable lever 760 is moved forward, the seating portion 720 coupled with the detachable lever 760 is generally rearward. The first circulation pipe (84, 94) which is in communication with the filter cylinder (81, 91) is to be separated from the filter cylinder (81, 91), and then the filter cylinder (81, 91) is seated It is to be separated from the unit 720 to flow out to the outside through the receiving space (80, 90).

At this time, the insertion hole 700 is configured to correspond to the diameter of the first circulation pipe (84, 94) so that water or oil is not leaked out through the complete close contact when the first circulation pipe (84, 94) is inserted. More preferably, the end of the first circulation pipe (84, 94) and the insertion hole 700 is inserted into the insertion hole 700 is formed in a taper (taper) shape of the first circulation pipe (84, 94) ), It is reasonable to make the insertion smooth.

On the contrary, the combination of the filter barrels 81 and 91 is inserted into the seating portion 720 by being inserted into the filter barrels 81 and 91 which have been washed or replaced through the open side of the accommodation spaces 80 and 90. When the fixing jaw 710 of the 81, 91 is accommodated in the receiving groove 723 of the side wall 722, the filter barrel 81, 91 is completely seated in the direction in which the pressing projection 721 is located The filter cylinders 81 and 91 are pressed by the elastic force of the protrusion 721 to completely fix the filter cylinders 81 and 91. Subsequently, when the detachable lever 760 flows backward in the opposite direction, the insertion hole 700 of the filter cylinders 81 and 91 spaced apart from the first circulation tubes 84 and 94 is the first circulation tube. Close contact with (84, 94) is the replacement of the filter cylinder (81, 91) is completed.

The frying apparatus capable of separating and discharging the carbonized material according to the present invention further includes a frying net 100 that is seated and separated on the upper portion of the chamber and flows into the first space 11.

The frying net 100 is to receive the food for frying is put into the oil of the first space (11), as shown in Figure 4 seating jaw 110 is formed on both sides to be seated on the upper chamber It may be configured in one or more to vary the size. For example, in the case of fried chicken, one fried net and two or three fried nets may be configured in different sizes.

When cooking the food for frying using such a frying net 100 in the present invention is configured to determine whether the frying net 100 is seated through the controller 200 and to perform frying at a predetermined time and temperature. have.

Specifically, the controller 200 includes a plurality of detection sensors 210 for detecting the seating of the frying network as shown in FIG. The sensing sensor 210 is installed in the housing 1, and when the frying net 100 is configured in plural, each of the sensing sensors 210 is located at a position corresponding to the seating jaw 110 of each frying net 100. It is installed.

The controller 200 operates the heating means 60 at a predetermined time and temperature according to the detection signal of the detection sensor 210, and the suction pumps 86 and 96 of the oil filtration unit and the water filtration unit described above. In addition, it is possible to automatically circulate the water contained in the second space 12 during the execution of the frying, or to circulate the oil contained in the first space 11 after the completion of the frying.

In addition, the controller 200 further includes a temperature sensor 220 installed in the first space 11 and the second space 12, respectively, to measure the temperature of oil and water at all times during the fry. It is possible, thereby to maintain the predetermined temperature by controlling the temperature of the heating means (60).

In addition, the controller 200 includes a plurality of operation buttons 230 that are exposed to the outside of the device to allow the user to manually operate the controller 200. The operation button 230 includes a plurality of setting keys for controlling the time and temperature in transferring heat to the oil in the first space 11 as well as manual operation of the suction pumps 83 and 92. .

In addition, the display 240 is provided to display the information data of the controller 200 to the user, as well as the temperature values of the first space 11 and the second space 12 measured by the temperature sensor 220, as well as a predetermined value. The counting of the cooking time is expressed. Lastly, although not shown in the drawings, the controller 200 may further include a notification means for notifying the user of the completion of operation by ringing a buzzer at the completion time of the counting of the operation time.

Hereinafter, with reference to Figure 7a to 7c will be described the operating state of the frying apparatus capable of separating and discharging the carbonized material according to an embodiment of the present invention.

First, the food for frying contained in the frying net 100 is introduced into the first space 11 together with the frying net 100, and the sensing sensor 210 is seating jaw 110 of the frying net 100. At the same time it is seated on the chamber and detects it and sends an operation signal to the controller 200.

Thereafter, the controller 200 receiving the operation signal of the detection sensor 210 operates to maintain the heating means 60 at a predetermined temperature for a preset cooking time, and the frying of the food for frying is started.

While the frying is performed, foreign matters, such as frying powder and impurities, are separated from the surface of the food for frying. Some of these foreign matters are raised to the upper part, but most of them fall to the lower part so that the second space communicates with the first space 11. Inflow to (12).

Here, the foreign matter introduced into the second space 12 containing water is easily introduced by the structure of the funnel-shaped inlet 120, but the foreign matter once introduced again through the inlet 120. It does not flow into the space 11 direction. In addition, the conical outlet portion 121 prevents foreign matters from falling down and accumulates in any one portion, and a plurality of through-holes 122 are formed so that foreign matters are discharged from the second space 12.

The controller 200 circulates and filters the water contained in the second space 12 by operating the suction pump 92 of the water filtration unit after a predetermined time has elapsed since the heating means 60 is operated. To carry out the process.

That is, the water including the foreign substances discharged by operating the suction pump 96 of the water filtration unit is transported and introduced into the filter barrel 91 through the first circulation pipe 94, the filter medium of the filter tube (91) ( The water passed through 92 is the foreign matter is filtered and the water is circulated through the second circulation pipe (95) to flow into the upper portion of the second space 12 again.

This water circulation is repeatedly performed during the frying operation, and the number of times is not limited, and this may also be determined by the user's setting.

Thereafter, the frying cooking time is completed, the controller 200 stops the operation of the suction pump 96 of the heating means 60 and the water filter unit, and operates the suction pump 86 of the oil filter unit.

This is to remove suspended matter such as an oil film and carbonaceous substances remaining in the oil, which may occur due to a temperature difference in the boundary area between the oil and water, and the first space 11 is operated by operating the suction pump 86. The oil is sucked from the first circulation tube 84 in communication with the lower portion of the.

At this time, the operation of the suction pump 86 of the oil filtration unit is preferably not to be carried out repeatedly, so that the operation can be carried out for a short time.

As the suction pump 86 of the oil filtration unit is operated, oil containing foreign matter is transferred and introduced into the filter barrel 81 through the first circulation pipe 84, and the filter medium 82 of the filter barrel 81. After passing through the oil, foreign substances are filtered and introduced into the oil discharge pipe 40 through the second circulation pipe 85 to be supplied to the first space 11 again or thereafter to discharge oil through the oil discharge pipe 40. To be discharged together.

The frying apparatus capable of separating and discharging the carbonized material according to the present invention performing such a process waits for the next frying process to be performed in a state in which foreign matters including carbonized material contained in water and oil are removed.

In the above described the automatic operation process by the controller 200, which is according to an embodiment of the present invention, it is natural that the user can directly operate the frying apparatus of the present invention through a plurality of operation buttons.

As such, the absence of foreign matter in the oil of the first space 11 enables to prolong the period in which the color and viscosity of the oil are changed, thereby reducing the generation of waste oil, as well as carbonizing material. The oil does not contain the effect of improving the fried taste will occur.

Although the preferred embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concepts of the present invention defined in the following claims are also provided. It belongs to the scope of the invention.

1 housing 11 first space
12: second space 13: heat insulating material
20: on-off valve 30: water inlet pipe
40: oil discharge pipe 50: water discharge pipe
60: heating means 70: water level regulator
100: fried net 200: controller

Claims (17)

The first opening is opened and communicates with the lower portion of the first space and the oil is accommodated, the funnel-shaped inlet is mounted on the upper portion is in communication with the first space and the plurality of through holes in the conical shape A chamber including a second space in which the formed outlet portion is mounted;
An opening / closing valve for opening and closing a boundary area between the first space and the second space;
A water inflow pipe communicating with an upper portion of the second space and for introducing water supplied from the outside;
An oil discharge pipe communicating with a lower portion of the first space to discharge oil containing foreign substances;
A water discharge pipe communicating with the outlet formed in the lower portion of the second space to discharge the received water;
Heating means arranged to heat oil contained in the first space;
An oil filtration unit for circulating oil contained in the lower portion of the first space and filtering foreign substances contained in the oil; And
And a water filtration unit for circulating the water accommodated in the second space and filtering foreign substances contained in the water. The method of claim 1,
The chamber is
A frying apparatus capable of separating and discharging carbonized material, further comprising a heat insulator configured to surround the first space. The method of claim 1,
And a water level controller communicating with the water inlet pipe to automatically adjust the water level of the water supplied to the second space. The method of claim 1,
The first space of the chamber
A frying apparatus capable of separating and discharging carbonaceous material, characterized in that the cross-sectional area is relatively reduced toward the lower portion. delete delete The method of claim 1,
The oil filter unit
Receiving space;
A filter barrel inserted into and separated from the accommodation space and equipped with a plurality of inflow holes formed on one side thereof, and filled with a filter material in one side space defined by the through plate, and having a plurality of outflow holes formed on the side and bottom of the filter material;
A first circulation tube having one side communicating with a lower portion of the first space and the other side passing through the accommodation space and communicating with an upper end of the filter barrel;
A suction pump mounted on the first circulation pipe and suctioning oil including foreign matter contained in the lower portion of the first space and introducing the oil into the filter barrel through the first circulation pipe; And
One side is in communication with the oil discharge pipe and the other side is in communication with the lower portion of the receiving space comprising a second circulation pipe for introducing the oil filtered by the filter medium into the oil discharge pipe and the lower portion of the first space Frying device capable of separating and discharging vagina. delete The method of claim 1,
The water filter part
Receiving space;
A filter barrel inserted into and separated from the accommodation space and equipped with a plurality of inflow holes formed on one side thereof, and filled with a filter material in one side space defined by the through plate, and having a plurality of outflow holes formed on the side and bottom of the filter material;
A suction pump mounted to the water discharge pipe and configured to suck water including foreign substances contained in the second space and to flow into the filter barrel;
A first circulation tube having one side communicating with the water discharge tube and the other side passing through the accommodation space and communicating with the upper part of the filter tube to introduce water including foreign substances sucked by the suction pump into the filter tube; And
One side is in communication with the upper portion of the water discharge pipe and the other side is in communication with the lower portion of the receiving space characterized in that it comprises a second circulation pipe for introducing the water filtered by the filter medium to the upper portion of the second space Ejectable frying device. The method according to any one of claims 7 to 9,
An insertion hole for communicating with the first circulation pipe is inserted into the upper end of the filter barrel is formed,
And a detachable means for inserting and separating the first circulation tube from the insertion hole of the filter barrel and detaching and attaching the filter tube from the accommodation space. The method of claim 10,
The detachable means is
A fixed jaw mounted on one side of the filter barrel;
Coupled to flow forward or backward from the lower surface of the receiving space, the upper surface is the filter is seated on one side is formed with a pressing projection for pressing the other side of the seated filter, the other side of the inner side of the filter A seating portion including a side plate having a receiving groove surrounding the fixed jaw;
A spring installed on the inner side of the receiving groove to add an elastic force to the fixing jaw of the filter barrel;
A first bracket coupled to an outer surface of the receiving groove;
A second bracket coupled to an inner surface of the accommodation space facing the first bracket; And
It has a form bent at a predetermined angle and a flow groove is formed on one side is hinged to the first bracket, the other side is exposed to the outside of the receiving space and the center is hinged to the second bracket is seated on the seating portion A frying apparatus capable of separating and discharging carbonized material, comprising a detachable lever for flowing the filter barrel forward or backward. The method of claim 1,
The heating means
A gas cylinder for providing combustion gas;
A combustion device for burning the gas supplied from the gas cylinder;
A heating tube disposed in the first space in a tubular shape having a predetermined length and heating oil by passing a thermal power combusted through the combustion apparatus; And
It is installed on the side of the heating tube spaced apart one side of the frying apparatus capable of separating and discharging the carbonized material, characterized in that it comprises at least one double tube in communication with the heating tube to circulate the waste heat discharged from the heating tube to be discharged to the outside. The method of claim 12,
The heating tube is a frying apparatus capable of separating and discharging the carbonized material, characterized in that a plurality of side walls configured to be inclined at an angle along the inner surface. The method of claim 12,
The heating tube is a frying apparatus capable of separating and discharging the carbonized material, characterized in that the discharge plate is formed in a spiral along the longitudinal direction of the inner surface. The method of claim 1,
A frying apparatus capable of separating and discharging carbonized material, further comprising at least one frying net which is seated and separated on the upper portion of the chamber and introduced into the first space. 16. The method of claim 15,
And a detection sensor for detecting the seating of the frying net, and further comprising a controller for operating the heating means at a predetermined time and temperature according to a detection signal of the detection sensor. Frying device. 17. The method of claim 16,
The controller is a display for displaying information data including a temperature sensor installed in the first space and the second space, a plurality of operation buttons for manual operation and setting, and a temperature value and an operating time measured by the temperature sensor. Deep frying apparatus capable of separating and discharging the carbonized material, characterized in that it further comprises.

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