KR101216631B1 - Hybrid eco-fryer - Google Patents

Abstract

PURPOSE: An eco-friendly hybrid frying apparatus is provided to improve use efficiency, and to filter used oil so that renewable oil is generated. CONSTITUTION: An eco-friendly hybrid frying apparatus comprises a main frame(10), a frying tub(20), a drawer type of a purification pot(40), a circulation pump, and a nozzle of supplying renewable oil. The circulation pump is connected to a drain of the purification pot. The nozzle for supplying the renewable oil is connected to the circulation pump through a circulation pipe. The nozzle for supplying the renewable oil is formed in the main frame. The oil in the frying tub is naturally discharged through an oil discharge port. A refining unit is mounted at the upper part of the purification pot, and comprises a filter.

Description

Eco-Friendly Hybrid Fryer {HYBRID ECO-FRYER}

The present invention relates to an environmentally friendly hybrid fryer,

More specifically, it is possible to increase the user's use efficiency by constructing a hybrid fryer that combines a frying tank with a drawer type tablet that can be easily opened and closed, and the oil used in the frying tank is naturally discharged through an oil outlet through its own weight and carbonized through refining means. The use of new oil can be reduced by reducing the harmfulness of the human body by filtering and generating reusable recycled oil, and supplying it to the frying tank through an eco-friendly circulation pump and circulation pipe using the patented impeller pump. It relates to an eco-friendly hybrid fryer that minimizes environmental pollution by reducing the risk.

Eco-friendly hybrid fryer

Patent registration No. 10-1079882 (registration date October 28, 2011) There is an electric fryer,

The registered patent has an automatic temperature control function, and thus maintains the temperature set by the user, while maintaining the quality of cooking, prolonging the effective use time of the cooking oil, and preventing the fire with a fire prevention safety device, frying An electric fryer is presented that provides the convenience of keeping the submerged oil in cooked foods with a pressed net.

There is also a Patent Publication No. 10-2012-0002695 (published January 09, 2012) [fried cooking equipment],

The patent discloses that the electric heater is accommodated in the receiving groove in which one side formed in the net member is opened, so that foreign matters such as frying chips do not get on the surface of the electric heater, and thus, the electric heater is broken. There is no fear that safety accidents will occur, and further suggests a frying cooking apparatus that does not have a risk of deterioration due to black discoloration of the cooking oil contained in the receiving space of the frying container.

In addition, there is a patent registration No. 10-1084671 (registration date November 11, 2011) [Frying device that can separate and discharge the carbonized material]

The registered patent accommodates oil and water separated by a specific gravity difference in the frying chamber, and prevents the occurrence of carbonized substances by allowing foreign substances to be introduced into the space containing the water so that foreign substances do not exist in the oil. A frying apparatus capable of separating and discharging carbonaceous material is proposed.

There is also a patent registration No. 10-1117486 (registration date February 10, 2012) [Frying machine]

The registered patent separates the bottom surface of the oil tank from the heat pipe by a predetermined distance, thereby preventing carbonization of the food waste deposited on the oil tank bottom and oxidation of the oil, thereby keeping the oil fried in the clean state, and the food waste on the surface of the heat pipe. The fryer is proposed to prevent the heat pipe from being damaged by coalescence and carbonization.

However, these conventional techniques are related to a frying machine having a frying function or a function of discharging carbonated materials. When impurity suspended matters and carbonized materials accumulate in the fryer, the use time of oil is shortened, thereby increasing the cost.

Even in the function of discharging the carbonized material in the fryer has a problem that is difficult to separate all the carbonized material in the oil circulated by heat.

The present invention has been made to solve the above problems,

The present invention constitutes a hybrid fryer incorporating a frying tank and a drawer type refining tank that is easy to open and close to enhance the user's use efficiency, and naturally discharges the oil used in the frying tank through an oil outlet through its own weight to carbonize the elements. The use of a patented impeller pump, which is applied by the present inventors, can be applied to the frying tank through an eco-friendly circulation pump and circulation pipe that does not cause any environmental problems. It aims to provide an eco-friendly hybrid fryer that reduces and minimizes environmental pollution.

In addition, the present invention is equipped with a refining tank and the additional movement of the regeneration oil from the refining tank to the recirculation pump through the circulation pump moving together with the withdrawal of the refining tank, no additional power unit is required, and the regeneration oil is independent of the withdrawal position of the refining tank. The object of the present invention is to provide an eco-friendly hybrid fryer which is moved to a circulation pump to guarantee pumping regeneration.

Furthermore, the present invention constitutes the bottom of the frying tank inclined toward the oil outlet so that the frying tank oil is naturally discharged through the oil outlet when the valve is opened, so that there is no residual oil, and the refining means is separated from the upper part of the refiner. In addition, the sieve has a size that receives the oil discharged from the oil outlet when the frying tank is drawn out, so that the carbonization element does not escape to the other place during refining, so that the sieve can be replaced easily to generate clean recycled oil. The aim is to provide an eco-friendly hybrid fryer.

In addition, the regeneration oil supply nozzle has a handle to prevent the risk of injury when supplying the high temperature regeneration oil to the frying tank, and is equipped with an accommodating part to fix the supply nozzle in a horizontal state to minimize the inconvenience of copper wire in a narrow space. It aims to provide a fryer.

Eco-friendly hybrid fryer according to the present invention to achieve the above object,

Mainframe;

A frying tank mounted on the main frame and having an oil outlet and an oil outlet opening / closing valve;

A drawer type refining tank mounted retractably from the main frame and having a refining means and a drain;

A circulation pump connected to the drain of the purification tank; And

A regeneration oil supply nozzle connected to the circulation pump and a circulation pipe and provided in the main frame;

.

In addition, in an eco-friendly hybrid fryer according to the present invention

The circulation pump is mounted on the purification tank and moves together as the purification tank is drawn out.

The oil in the fry tank is naturally discharged through the oil outlet by the weight when the valve is opened,

The refining means includes a filter net spaced apart from the top of the refining tank,

This sieve has the size of receiving oil discharged from the oil outlet when the frying tank is taken out.

The recycle oil supply nozzle has a handle,

It is preferable that the upper part of the main frame is provided with a receiving portion for fixing the supply nozzle in a horizontal state.

Eco-friendly hybrid fryer according to the present invention comprises a hybrid fryer combined with a frying tank and a drawer type refining tank that is easy to open and close to increase the user's use efficiency, the oil used in the frying tank is naturally discharged through the oil outlet by the weight of the refining means Through the filtering of carbonized elements and the generation of reusable renewable oil, the human hazard is lowered, and by using the patented impeller pump, the applicant of the present invention supplies the frying tank through an eco-friendly circulation pump and circulation pipe that does not have any environmental problems. It can provide the effect of minimizing environmental pollution by reducing the number of uses of oil.

1 is a front view showing an eco-friendly hybrid fryer according to the present invention
Figure 2 is a view showing the environment-friendly hybrid fryer in the rear according to the invention
Figure 3 is a view of the inside cut off the left side of the eco-friendly hybrid fryer according to the invention
Figure 4 is a view of the inside cut off the left side of the eco-friendly hybrid fryer according to the invention and separating the frying basket and the spacer
5 is a view of the inside cut off the left side of the eco-friendly hybrid fryer according to the present invention viewed from below

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will now be described in detail with reference to the accompanying drawings.

The present invention may be modified in various ways and may have various forms, and thus embodiments (or embodiments) will be described in detail in the text. However, this is not intended to limit the present invention to the specific form disclosed, it should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention.

In the drawings, the same reference numerals are used for the same reference numerals, and in particular, the numerals of the tens and the digits of the digits, the digits of the tens, the digits of the digits and the alphabets are the same, Members referred to by reference numerals can be identified as members corresponding to these standards.

In addition, in the drawings, the components are exaggerated in size (or thickness), in size (or thickness), in size (or thickness), or in a simplified form or simplified in view of convenience of understanding. It should not be.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. Singular expressions include plural expressions unless the context clearly indicates otherwise. In the present application, the term " comprising " or " consisting of ", or the like, refers to the presence of a feature, a number, a step, an operation, an element, a component, But do not preclude the presence or addition of one or more other features, integers, steps, operations, components, parts, or combinations thereof.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in commonly used dictionaries are to be interpreted as having a meaning consistent with the contextual meaning of the related art and are to be interpreted as either ideal or overly formal in the sense of the present application Do not.

First, as shown in Figures 1 to 5, eco-friendly hybrid fryer (A) according to the present invention is mounted on the main frame 10, the main frame 10, the oil outlet 24 and the oil outlet opening and closing valve A frying tank 20 having a 25, a drawer type purifying tank 40 equipped with a retractable unit from the main frame 10, and having a purifying means 41 and a drain 43, and the purifying tank 40. It is connected to the circulation pump 50 and the circulation pipe 60 connected to the drain 43 of the), and includes a regeneration oil supply nozzle 31 provided in the main frame (10).

The frying tank 20 and the refining tank 40 are integrally connected to the main frame 10 to provide excellent space utilization in a narrow cooking chamber,

In the case of a separate purification tank, there is a hassle to move the purification tank for the user to use, but the eco-friendly hybrid fryer (A) is a natural self-cleaning activity by self-weight without separate power because the purification tank 40 is located at the bottom. Because it is excellent in use efficiency, it can receive attention from users.

In the main frame 10 includes a frying basket hanger 21 on the upper portion of the frying tank 20, using the frying basket holder (27b) can be mounted until the food is cooked until the appropriate temperature,

By installing the power supply unit 11 on the front of the main frame 10 can control the operation of the frying tank 20, the purification tank 40 and the circulation pump 50 to be operated individually or simultaneously as necessary Is suitable.

In addition, the rear surface of the main frame 10 includes a temperature sensor 12 connected to the inside of the frying tank 20 so as to sense a temperature inside the frying tank 20 when a predetermined temperature or more is provided with a warning sound or voice guidance. It is advisable to configure alerts to warn of danger.

In addition, it may be an embodiment to connect the power supply unit 11 and the temperature sensor 12 to stop the operation of the frying tank 20 by the sensor when a danger to the frying machine is detected by a predetermined temperature or more. have.

The frying tank 20 has a space into which a plurality of frying baskets 27 including a frying basket handle 27a and a frying basket holder 27b can be inserted therein,

The lower portion of the frying basket 27 is in contact with the upper portion of the separation mechanism 26 and the frying basket handle 27a is configured to be seated inside the frying tank 20 while touching the upper portion of the frying tank 20. Can be.

And the heater rod 23 is coupled to the heater rod fixing means (23a) attached to the bottom surface of the frying tank 20 is spaced apart from the bottom surface of the frying tank 20,

When the heater rod 23 and the bottom of the frying tank 20 are attached to each other, the carbonization element is caught and the oil outlet 24 is not discharged to the oil outlet 24. To do that.

In addition, when food in the fry basket 27 comes into contact with the heater rod 23, a phenomenon occurs in which the outer portion of the food is carbonized by the heat of the heater rod 23.

In order to prevent this, the spacer 26 is spaced apart from the heater rod 23 so that the heater rod 23 and the frying basket 27 do not come into contact with each other.

The spacer 26 is preferably made of a material that is not easily oxidized by oil, and easily separated from the frying tank 20 so that it can be replaced regularly for hygiene.

Flow rate measuring mechanism 22 is installed between the heater rods 23 connected to the upper portion of the frying tank 20,

The flow rate measuring mechanism 22 is marked (not shown) to grasp the height of the flow in the frying tank 20 to check the appropriate height of the oil to prevent the risk of injury when the oil overflows and oil splashes out The phenomenon can be prevented and can be adjusted so that food is not separated by oil from the fry basket (27).

In addition, while maintaining the oil level line (not shown) displayed on the scale of the flow measuring mechanism 22 can increase the use time of clean oil can also help cost reduction.

The oil containing the carbonization element used in the frying tank 20 is naturally discharged through the oil outlet 24 by its own weight when the valve 25 is opened.

 The oil outlet 24 formed at the bottom of the frying tank 20 is designed to be inclined toward the oil outlet 24 so that the oil outlet 24 in the frying tank 20 is free from residual oil by its own weight. It is preferable to comprise so that it can pass to the oil discharge passage 24a.

And through the valve 25 including the opening and closing valve connector (25a) connected to the oil discharge passage (24a) to adjust the amount of oil in the fry tank 20 or the oil containing carbonization element to the refining tank (40) The valve 25 can be opened and closed to move.

 The oil of the frying tank 20 moved through the oil discharge passage 24a is generated by the refining oil 41 of the refining tank 40.

The purifying means 41 includes a strainer (41a) spaced apart from the upper portion of the purification tank (40).

When the oil passes through the strainer (41a) having a filter paper (41b) acting as a filter on the strainer (41a),

By the filter paper 41b, impurities between the particles of oil do not pass and remain on the strainer 41a, and only reusable oil is moved to the lower portion of the refining tank 40, thereby minimizing human hazards. Regeneration oil is produced.

Purifying means (41) including the filter paper (41b) has to be replaced periodically because the impurity is accumulated to a certain extent because the purification capacity is reduced, the guide body located on the lower side of both sides of the refining tank 40 consisting of a drawer rail The filter paper 41b and the strainer 41a through opening and closing using the refinery tank rail 44 including the 44a and the guide body 44b and the refinery tank handle 40a positioned in front of the refinery tank 40. Easy replacement is possible.

The sieve (41a) has a size to receive the oil discharged from the oil outlet 24 even when the frying tank (20) withdrawal,

At the same time as the carbonized element does not flow into the refining tank 40 at the same time, the carbonized element does not escape to the other place during purification can produce a clean regeneration oil.

If the sieve (41a) has a smaller size than the oil outlet (24) is not suitable because the carbonized element is directly introduced into the refining tank 40 without passing through the refining means 41, the impurities are added to the regeneration oil.

The regeneration oil purified by the refining means 41 is stored in the lower part of the refining tank 40 and, if necessary, opens the drain valve 47 through the regeneration oil outlet 42 located at the bottom of the refining tank 40 to drain the oil. 43) is passed through the pump connection pipe 45 to the circulation pump 50,

The circulation pump 50 is mounted to the purification tank 40 and moves together with the extraction of the purification tank 40.

The motor unit 51 including the motor housing and the bracket 51a surrounding the motor is attached to the upper portion of the circulation pump 50 by the fixing means 51c on the bracket fixture 51b at the rear of the purification tank 40. It is,

The lower portion of the circulation pump 50 includes a first pipe connector 55a and a pump connector 55b, and is provided with a pump unit 55 operated by the motor unit 51, and the drain 43 The first connector 43a and the pump connector 55b are coupled to each other through the pump connection pipe 45 and mounted on the rear side of the purification tank 40.

When the drain valve 47 connected through the drain valve connecting pipe 46 is opened in the second drain port 43b and the regeneration oil is moved to the circulation pump 50, the circulation pump 50 is operated to purify the tank. The regenerated oil generated at 40 is quickly moved to the frying tank 20 through the circulation pipe (60).

The motor unit 51 is connected to the rear of the purification tank 40 and the pump unit 55 is connected to the drain 43 under the purification tank 40 by the circulation pump 50 is the purification tank Directly connected to the 40, when the regeneration oil is moved from the refining tank 40 to the circulation pump 50, no additional power supply is required, and the regeneration oil is pumped to the circulation pump 50 regardless of the withdrawal position of the refining tank. Playback is guaranteed.

The drain first connector 43a, the pump connector 55b, the pump connection pipe 45, the drain second connector 43b, the drain valve connection pipe 46, and the drain valve 47 are separated to block or damage the pipe. It is desirable to configure for easy repair and replacement.

The pump unit 55 of the circulation pump 50 may use various types of pumps that are being used in the present invention, but the present invention uses an impeller pump registered by the applicant.

Metal powder generated when using a conventional stainless steel pump is introduced into the regeneration oil and moved to the frying tank 20 through the circulation pipe 60, and thus is not suitable as a regeneration oil for cooking food.

However, in the case of the impeller pump patented by the applicant of the present invention, the regeneration oil having kinetic energy is supplied through the circulation pipe 60 by a plurality of blades having a non-metallic end by receiving power from the motor unit 55. 20), it is possible to suppress the generation of impurities during migration and to move only clean regeneration oil.

In addition, the circulation pipe 60 includes a first pipe 61, a connection nozzle 62, and a second pipe 63.

The connection nozzle 62 is provided on the main frame 10,

The pipe connecting the circulation pump 50 and the supply nozzle 31 may include a first pipe 61 connecting the first pipe connector 55a of the pump unit 55 and the connection nozzle 62;

It is preferably composed of a second pipe (63) connecting the connection nozzle (62) and the supply nozzle (31).

The regeneration oil supply nozzle 31 has a handle connecting portion 31b and a handle 31a,

By placing the supply nozzle 31 in the desired direction inside the frying tank 20 by using the handle 31a of a material having low thermal conductivity, the risk of injury such as burns that may occur when the recycled oil is introduced. It can be prevented.

An upper part of the main frame 10 is provided with an accommodating part 32 for fixing the supply nozzle 31 in a horizontal state, and the handle 31a is not horizontally protruded when accommodating the supply nozzle 31. It is possible to minimize the inconvenience of the copper wire even in a narrow space without flowing even without adding a separate fixing device to the second pipe (63) connected.

The supply nozzle 31, the first pipe 61, the connection nozzle 62, and the second pipe 63 may be configured to be separated from each other, so that it may be designed to facilitate maintenance even when the pipe is blocked or damaged.

In the above description of the present invention with reference to the accompanying drawings, the eco-friendly hybrid fryer having a specific shape and structure, but the present invention is various modifications, changes and substitutions by those skilled in the art, such modifications, changes and substitutions It should be interpreted as falling within the protection scope of the present invention.

A: Fryer 10: Mainframe
11: power supply 12: temperature sensor
20: frying tank 21: frying basket hanger
22: flow rate measuring instrument 23: heater rod
23a: heater rod fixing means 24: oil outlet
24a: oil discharge passage 25: valve
25a: On-off valve connection 26: Spacer
27: fry basket 27a: fry basket handle
27b: Fry basket holder 31: Supply nozzle
31a: Handle 31b: Handle Connection
32: storage portion 40: purification tank
40a: refinery handle 41: refining means
41a: filter screen 41b: filter paper
42: recycled oil discharge port 43: drain
43a: drain first connector 43b: drain second connector
44: refinery rail 44a: guide object
44b: guide 45: pump connection pipe
46: drain valve connection piping 47: drain valve
50: circulation pump 51: motor portion
51a: bracket 51b: bracket fixture
51c: fixing means 55: pump portion
55a: first pipe connector 55b: pump connector
60: circulation piping 61: first piping
62: connecting nozzle 63: second piping

Claims (4)

Mainframe;
A frying tank mounted on the main frame and having an oil outlet and an oil outlet opening / closing valve;
A drawer type refining tank mounted retractably from the main frame and having a refining means and a drain;
A circulation pump connected to the drain of the purification tank; And
Connected through the circulation pump and the circulation pipe, the regeneration oil supply nozzle provided in the main frame;
The oil in the fry tank is naturally discharged through the oil outlet by the weight when the valve is opened,
The refining means is an eco-friendly hybrid fryer characterized in that it further comprises a strainer is mounted on the top of the refining tank. The method of claim 1,
The strainer is an eco-friendly hybrid fryer characterized in that it has a size that receives the oil discharged from the oil outlet when the frying tank is drawn out. The method according to claim 1 or 2,
The circulation pump is mounted on the purification tank eco-friendly hybrid fryer, characterized in that moving along with the withdrawal of the purification tank. The method of claim 3, wherein
The regeneration oil supply nozzle 31 has a handle 27a, and an upper portion of the main frame 10 is provided with an accommodating portion 32 for fixing the supply nozzle in a horizontal state.
In the upper portion of the circulation pump 50, the motor unit 51 including the motor housing and the bracket 51a is bound to the bracket fixture 51b at the rear of the refining tank 40 by the fixing means 51c.
The pump unit 55 of the circulation pump 50 operated by the motor unit 51 includes a first pipe connector 55a and a pump connector 55b at a lower portion thereof, and a first connector of the drain 43. 43a and the pump connector 55b are coupled to each other through the pump connection pipe 45,
The regeneration oil of the refining tank (40) is moved to the frying tank (20) through the circulation pipe (60), and the circulation pipe (60) is connected to the pump circulating pump (50) and the supply nozzle (31). A first pipe 61 for connecting the first pipe connector (55a) of the 55 and the connection nozzle 62 provided on the main frame 10, and connecting the connection nozzle 62 and the supply nozzle (31) It is composed of a second pipe (63),
The supply nozzle 31, the first pipe (61), the connection nozzle 62 and the second pipe (63) is an environmentally friendly hybrid fryer characterized in that it is configured to be separated from each other.

Images