CN215832009U - Smokeless intelligent frying stove - Google Patents

Abstract

The utility model relates to the field of kitchen equipment, and discloses a smokeless intelligent frying oven which comprises a machine case (1), wherein the machine case (1) is divided into a heating box (2) and a control box (3) through an inner box partition plate (35), the top of the heating box (2) is provided with an oil smoke filtering component (6), the oil smoke filtering component (6) is connected with a first rear purification flue (11), the first rear purification flue (11) is connected with a second rear purification flue (4), and a high-voltage electric field purification module (5) for purifying oil smoke gas is arranged in the second rear purification flue (4). According to the utility model, the rear purification flue is additionally arranged in the smokeless intelligent frying furnace, the high-voltage electric field purification module is arranged in the rear purification flue, and the microparticles in the oil fume gas are further purified by using the high-voltage electric field purification module, so that the oil fume purification efficiency of the smokeless intelligent frying furnace is improved, and the application range of the smokeless intelligent frying furnace is enlarged.

Description

Smokeless intelligent frying stove

Technical Field

The utility model relates to the field of kitchen equipment, in particular to a smokeless intelligent frying oven.

Background

Smokeless intelligent fryer has realized the automatic control of edible material deep-fry process and the purification treatment of deep-fry process oil smoke, it is more convenient to make the selection of deep-fry place, but smokeless intelligent fryer on the existing market is because oil smoke purification filtering component concentrates the purification fan front end that sets up at quick-witted incasement, receive reasons such as quick-witted incasement space restriction and electrical safety, oil smoke purification filtering component is limited only to adopt double-deck rectangular dislocation bars graticule mesh board, multilayer wire mesh board and active carbon net odor removal box constitute, it is not high to the microparticle purification efficiency in the oil smoke, consequently, the more extensive application range of smokeless intelligent fryer has been restricted.

In order to improve the situation that the oil fume purification effect of the conventional smokeless intelligent frying oven is poor, the utility model is characterized in that a second rear purification flue is additionally arranged at the rear end of an air outlet of an oil fume purification fan of the smokeless intelligent frying oven, a high-voltage electric field purification module is arranged in the second rear purification flue, and microparticles in oil fume gas are further purified by the high-voltage electric field purification module, so that the oil fume purification efficiency of the smokeless intelligent frying oven is improved.

The utility model discloses an intelligence is fried stove, include the organism and establish frying the pot in the organism, the organism is including fried district, cold wind chamber and smoking chamber, it sets up to fry the pot fried in the district, the cold wind chamber is located fried district top, be equipped with the smoke absorption cover between fried district and the smoking chamber, the smoking intracavity is equipped with oil smoke separator, oil smoke treatment box, inhales the centrifugal fan in the oil smoke treatment box with the oil smoke in the oil smoke separator, the cold wind air intake has been seted up to the cold wind chamber, and the cold wind intracavity inlays and is equipped with the axial fan that is used for forming the air curtain from the external air pressurization that the cold wind air intake got into, the cold wind chamber still is equipped with the cold wind air outlet that switches on with fried district. The intelligent frying oven of the patent has the advantages of complete mechanism, complete oil smoke isolation, health and environmental protection, and keeping clean kitchen air. However, the oil fume purification effect of the frying stove cannot meet the market requirement, and oil fume still diffuses out.

SUMMERY OF THE UTILITY MODEL

The utility model provides a smokeless intelligent frying oven aiming at the defect of poor oil fume purification effect of the frying oven in the prior art.

In order to solve the technical problem, the utility model is solved by the following technical scheme:

the utility model provides a smokeless intelligent fryer, includes quick-witted case, and quick-witted case passes through the incasement baffle and separates into heating cabinet and control box, and the heating cabinet top is equipped with oil smoke filtering component, and oil smoke filtering component is connected with first rearmounted purification flue, and first rearmounted purification flue is connected with the rearmounted purification flue of second, is equipped with the high-tension electric field who is used for purifying the oil smoke gas in the rearmounted purification flue of second and purifies the module. High-voltage electric field purification module is high-voltage electrostatic oil smoke clarifier, the heating cabinet passes through the oil smoke gas that oil smoke filter element discharges the incasement and cooks the production, when oily flue gas passes through high-voltage electric field purification module, the electron that high-voltage electric field ionization produced makes the oil smoke suspended solid lotus in the flue gas, under the effect of strong electric field, make the oil smoke suspended solid deposit on the oil accumulation board, the deoiling process is that electric field force directly acts on the oil smoke particle, therefore can catch the slight oil mist in the flue gas, further promote the oil smoke purification efficiency of smokeless intelligent fryer.

Preferably, the top of the heating box is also provided with a first purifying fan, and the oil smoke filtering component is positioned at the front end air inlet of the first purifying fan. The first purifying fan discharges oil fume through the oil fume filtering component.

Preferably, the first purifying fan is arranged at the joint of the oil fume filtering component and the first rear purifying flue, the air outlet of the first purifying fan is communicated with the first rear purifying flue downwards, the first rear purifying flue is positioned at the back of the heating box, the second rear purifying flue is positioned above the top plate of the heating box, and the joint of the tail end of the first rear purifying flue and the second rear purifying flue is provided with the second purifying fan with the upward air outlet. The second purification fan has a larger displacement than the first purification fan, the first rear purification flue turns the airflow direction from the downward direction to the upward direction, the second purification fan is arranged side by side with the oil fume filtration component, the oil fume is discharged to the first rear purification flue through the oil fume filtration component and the first purification fan, and then is discharged to the second rear purification flue through the second purification fan.

Preferably, the air outlet of the oil fume filtering component is communicated with a first rear purification flue, the first rear purification flue is positioned at the back of the heating box, the second rear purification flue is positioned above the top plate of the heating box, and a second purification fan with an upward air outlet is arranged at the joint of the tail end of the first rear purification flue and the second rear purification flue. The first rear purification flue turns the direction of the air flow from the downward direction to the upward direction, the second purification fan is arranged side by side with the oil fume filtration component, and the oil fume is discharged to the first rear purification flue through the oil fume filtration component and then discharged to the second rear purification flue through the second purification fan.

Preferably, the first purifying fan is arranged at the joint of the oil fume filtering component and the first rear purifying flue, the gas outlet of the first purifying fan is communicated with the first rear purifying flue downwards, the first rear purifying flue is positioned at the back of the heating box, the high-voltage electric field purifying module is arranged at the gas outlet at the tail end of the first rear purifying flue, the gas outlet of the high-voltage electric field purifying module is positioned on the top plate of the case, and the top plate of the case is detachably connected with an exhaust net. The high-voltage electric field purification module and the first purification fan are arranged side by side, oil fume is discharged to the first rear purification flue through the oil fume filtering component and the first purification fan, the first rear purification flue converts purified airflow into upward discharge, and the purified airflow is discharged through the high-voltage electric field purification module.

Preferably, the oil smoke filtering component comprises a double-layer metal strip hole dislocation grid plate, a multi-layer mesh filter and a front odor removing box which are sequentially connected, and the first rear purification flue is arranged at the front end of the second rear purification flue. The double-layer metal strip hole dislocation grid net plate is used for filtering grease suspended solids, active carbon particles are arranged in the preposed odor removal box and used for filtering odor and microparticles, the second postposition purification flue is of a box body structure with the expanded flue, and the second postposition purification flue with the expanded flue is beneficial to reducing wind resistance in the flue and enlarging contact between oil smoke and a filter, so that the oil smoke purification efficiency is improved.

Preferably, a first cold air inlet is arranged at the first rear purification flue on the chassis back plate, an air guide sheet is arranged on the second purification fan, and an ozone-removing honeycomb screen plate is arranged at the air outlet end of the high-voltage electric field purification module in the second rear purification flue. First air conditioning air inlet is used for reducing the temperature of gas in the flue, prevents to discharge steam and fog, and ozone removal honeycomb otter board scribbles reduction ozone catalyst, can effectively reduce ozone, eliminates the unnecessary ozone that high-voltage electric field purification module during operation produced.

Preferably, a second cold air inlet is arranged on the side panel of the heating box, and the air inlet of the high-voltage electric field purification module is connected with a rear odor removing box. The second air inlet is used for reducing the temperature of the gas in the heating box and preventing the discharged hot gas from fogging, and activated carbon particles are arranged in the rear odor removal box and used for filtering odor and microparticles.

Preferably, an exhaust port is arranged on a side plate at the top of the second rear purification flue, and an air outlet of the high-voltage electric field purification module is communicated with the exhaust port. Dust is prevented from entering from the exhaust port and directly settling on the polar plate of the high-voltage electric field purification module.

As preferred, be equipped with the quick-witted chamber door on the heating cabinet, be equipped with grease proofing socket in the heating cabinet, be equipped with switch controller in the control box, be equipped with the oil groove in the heating cabinet, heating pipe assembly, fry basket and electronic fried basket support, the oil groove is established on the bottom plate of heating cabinet, heating pipe assembly includes the heating pipe, temperature sensor and prevent dry combustion method temperature controller, heating pipe part stretches into in the oil groove, temperature sensor's probe and the probe of preventing dry combustion method temperature controller are all fixed with the heating pipe, heating pipe assembly top is connected with grease proofing socket, heating pipe assembly is connected with switch controller electricity, be equipped with shift knob on the front panel of control box, fry the basket through the couple hang on electronic fried basket support, oil smoke filter assembly establishes the heating cabinet top in the oil groove top. The part of the heating pipe extending into the oil tank is approximately parallel to the bottom surface of the oil tank, the electric frying basket support and the frying baskets are arranged into two groups, the switch controller controls the two groups of frying baskets to work independently so as to improve the working efficiency of the smokeless intelligent frying oven, a porous heating pipe protection plate covers the heating pipe extending into the bottom of the oil tank, a hole of the heating pipe protection plate is a gap between two adjacent heating pipes, the heating pipe protection plate is a movable cover plate, the heating pipe protection plate can effectively prevent food particles falling off from fried food from directly falling onto the surface of the heating pipe to cause carbon deposition on the surface of the heating pipe, the movable heating pipe protection plate is convenient to clean and can be taken out firstly when state oil is reinforced in the oil tank, the heating pipe can be effectively prevented from being burnt dry when the solid oil is used, ionization and adsorption are ensured, and meanwhile, in order to prevent excessive ozone generated in ionization and improve the use safety of equipment, the high-voltage that switch controller delivered to high-voltage electric field module is DC7000-9000V, can also set up the electromagnetism stove at the heating cabinet bottom, and the electromagnetism stove replaces heating pipe assembly, and the oil groove is placed on the electromagnetism stove face, and oil groove bottom and electromagnetism stove face contact, the oil groove passes through the electromagnetism stove heating, and the electromagnetism stove is connected with the switch controller electricity.

Due to the adoption of the technical scheme, the utility model has the remarkable technical effects that: through add rearmounted purification flue in smokeless intelligent fryer, set up high-tension electric field purification module in rearmounted purification flue, utilize high-tension electric field purification module further to purify the microparticle in the oil smoke gas to promote the oil smoke purification efficiency of smokeless intelligent fryer, increased the application range of smokeless intelligent fryer, through the different configurations of first purification fan and second purification fan in smokeless intelligent fryer, make smokeless intelligent fryer reach different purifying effects.

Drawings

Fig. 1 is a schematic structural view of the present invention.

FIG. 2 is a schematic structural view of embodiment 1.

FIG. 3 is a schematic structural view of embodiment 2.

FIG. 4 is a schematic structural view of embodiment 3.

FIG. 5 is a schematic structural view of example 3.

Fig. 6 is a schematic view of a heating tube assembly.

The names of the parts indicated by the numerical references in the above figures are as follows: wherein, 1-chassis, 2-heating cabinet, 3-control box, 4-second rear purification flue, 5-high-voltage electric field purification module, 6-oil smoke filtering component, 7-double-layer metal strip hole dislocation grid plate, 8-multilayer mesh filter, 9-preposition odor removing box, 10-first purification fan, 11-first rear purification flue, 12-second purification fan, 13-first cold air inlet, 14-second cold air inlet, 15-exhaust port, 16-postposition odor removing box, 17-air guiding sheet, 18-ozone removing honeycomb mesh plate, 19-chassis door, 20-oil groove, 21-heating pipe component, 22-fry basket, 23-electric fry basket support, 24-heating pipe, 25-temperature sensor, 26-dry burning preventing temperature controller, 27-oil-proof socket, 28-switch controller, 29-switch button, 30-heating pipe, 31-hanger, 32-lifting rod, 33-driving motor assembly, 34-exhaust net, 35-box inner partition plate and 36-hook.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings and examples.

Example 1

A smokeless intelligent frying oven is shown in figures 1-2 and 6 and comprises a machine case 1, wherein the machine case 1 is separated into a heating box 2 and a control box 3 through an inner box partition plate 35, an oil fume filtering component 6 is arranged at the top of the heating box 2, the oil fume filtering component 6 is connected with a first rear purification flue 11, the first rear purification flue 11 is connected with a second rear purification flue 4, and a high-voltage electric field purification module 5 for purifying oil fume gas is arranged in the second rear purification flue 4. High-voltage electric field purification module 5 is high-voltage electrostatic oil smoke clarifier, the oil smoke gas that the incasement culinary art produced is discharged through oil smoke filter element 6 to heating cabinet 2, when oily flue gas passes through high-voltage electric field purification module 5, the electron that the high-voltage electric field ionization produced makes the oil smoke suspended solid lotus in the flue gas, under the effect of strong electric field, make the oil smoke suspended solid deposit on the oil accumulation board, the deoiling process is that electric field force directly acts on the oil smoke particle, therefore can catch the slight oil mist in the flue gas, further promote the oil smoke purification efficiency of smokeless intelligent fryer.

The top of the heating box 2 is also provided with a first purifying fan 10, and the oil smoke filtering component 6 is positioned at the front end air inlet of the first purifying fan 10. The first purifying fan 10 discharges oil smoke through the oil smoke filtering component 6.

The first purification fan 10 is arranged at the joint of the oil fume filtering component 6 and the first rear purification flue 11, the gas outlet of the first purification fan 10 is communicated with the first rear purification flue 11 downwards, the first rear purification flue 11 is positioned at the back of the heating box 2, the second rear purification flue 4 is positioned above the top plate of the heating box 2, and the joint of the tail end of the first rear purification flue 11 and the second rear purification flue 4 is provided with the second purification fan 12 with an upward gas outlet. The displacement of the second purifying fan 12 is larger than that of the first purifying fan 10, the first rear purifying flue 11 turns the air flow direction from the downward direction to the upward direction, the second purifying fan 12 is arranged side by side with the oil smoke filtering component 6, the oil smoke is discharged to the first rear purifying flue 11 through the oil smoke filtering component 6 and the first purifying fan 10, and then is discharged to the second rear purifying flue 4 through the second purifying fan 12.

The oil smoke filtering component 6 comprises a double-layer metal strip hole dislocation grid plate 7, a multi-layer mesh filter 8 and a front odor removal box 9 which are connected in sequence, and a first rear purification flue 11 is arranged at the front end of a second rear purification flue 4. The long strip hole dislocation grid net board 7 of double-deck metal is used for filtering the grease suspended solid, and the leading activated carbon granule that is equipped with in removing the flavor box 9 for filter smell and microparticle, the rearmounted purification flue 4 of second is the box structure that the flue enlarges, and the rearmounted purification flue 4 of second that the flue enlarges is favorable to reducing windage in the flue and enlarges the contact of oil smoke and filter, improves oil smoke purification efficiency.

A first cold air inlet 13 is arranged at the position, located at the first rear purification flue 11, on the back plate of the case 1, a wind guide plate 17 is arranged on the second purification fan 12, and an ozone-removing honeycomb screen plate 18 is arranged at the air outlet end of the high-voltage electric field purification module 5 in the second rear purification flue 4. The first cold air inlet 13 is used for reducing the temperature of gas in the flue and preventing the discharged hot gas from fogging, and the ozone removing honeycomb mesh plate 18 is coated with a reducing ozone catalyst, so that ozone can be effectively reduced, and redundant ozone generated when the high-voltage electric field purification module 5 works is eliminated.

A second cold air inlet 14 is arranged on the side panel of the heating box 2, and the air inlet of the high-voltage electric field purification module 5 is connected with a rear odor removal box 16. The second cold air inlet 14 is used for reducing the temperature of the air in the heating box 2 and preventing the discharged hot air from fogging, and the rear deodorization box 16 is filled with activated carbon particles for filtering smell and micro-particles.

An exhaust port 15 is arranged on a side plate at the top of the second rear purification flue 4, and an air outlet of the high-voltage electric field purification module 5 is communicated with the exhaust port 15. Dust is better prevented from entering from the exhaust port 15 and directly settling on the polar plate of the high-voltage electric field purification module 5.

Be equipped with quick-witted chamber door 19 on the heating cabinet 2, be equipped with grease proofing socket 27 in the heating cabinet 2, be equipped with on-off controller 28 in the control box 3, be equipped with oil groove 20 in the heating cabinet 2, heating pipe assembly 21, fry basket 22 and electronic fried basket support 23, oil groove 20 is established on the bottom plate in the heating cabinet 2, heating pipe assembly 21 includes heating pipe 24, temperature sensor 25 and prevent dry combustion method temperature controller 26, heating pipe 24 part stretches into in the oil groove 20, temperature sensor 25's probe and prevent that dry combustion method temperature controller 26's probe all are fixed with heating pipe 24, heating pipe assembly 21 top is connected with grease proofing socket 27, heating pipe assembly 21 is connected with on-off controller 28 electricity, be equipped with shift knob 29 on the front panel of control box 3, fry basket 22 and hang on electronic fried basket support 23 through couple 36, oil smoke filter assembly 6 establishes the heating cabinet 2 top in oil groove 20 top. The part of the heating pipe 24 extending into the oil tank 20 is approximately parallel to the bottom surface of the oil tank 20, the electric frying basket support 23 and the frying basket 22 are arranged into two groups, the switch controller 28 controls the two groups of frying baskets 22 to work independently so as to improve the working efficiency of the smokeless intelligent fryer, a porous heating pipe protection plate 30 covers the part of the heating pipe 24 extending into the bottom of the oil tank 20, a plate hole of the heating pipe protection plate 30 is a gap between two adjacent heating pipes 24, the heating pipe protection plate 30 is a movable cover plate, the heating pipe protection plate 30 can effectively prevent food particles falling off from fried food materials from directly falling onto the surface of the heating pipe 24 to cause carbon deposition on the surface of the heating pipe 24, the movable heating pipe 30 can be taken out of the heating pipe protection plate 30 when solid oil is added into the oil tank 20 conveniently while being cleaned, and can effectively prevent the heating pipe 24 from being dried when the solid oil is used, when guaranteeing ionization and absorption, for the security that produces too much ozone and lifting means used in preventing the ionization, the high voltage that switch controller delivered to high-voltage electric field module is DC7000-9000V, can also set up the electromagnetism stove in heating cabinet 2 bottom, the electromagnetism stove replaces heating pipe assembly 21, oil groove 20 places on the electromagnetism stove face, oil groove 20 bottom and electromagnetism stove face contact, oil groove 20 passes through the electromagnetism stove heating, the electromagnetism stove is connected with switch controller 28 electricity.

The working principle is as follows: through addding the rearmounted flue 4 that purifies of second in smokeless intelligent deep fryer, set up high-tension electric field purification module 5 in the rearmounted flue 4 that purifies of second, utilize high-tension electric field purification module 5 to further purify the microparticle in the oil smoke gas, thereby promote the oil smoke purification efficiency of smokeless intelligent deep fryer, the application range of smokeless intelligent deep fryer has been increased, through the different configurations of first purification fan 10 and second purification fan 12 in smokeless intelligent deep fryer, make smokeless intelligent deep fryer reach different purifying effect.

Example 2

A smokeless intelligent frying oven is shown in figures 1-3 and 6 and comprises a machine case 1, wherein the machine case 1 is separated into a heating box 2 and a control box 3 through an inner box partition plate 35, an oil fume filtering component 6 is arranged at the top of the heating box 2, the oil fume filtering component 6 is connected with a first rear purification flue 11, the first rear purification flue 11 is connected with a second rear purification flue 4, and a high-voltage electric field purification module 5 for purifying oil fume gas is arranged in the second rear purification flue 4. High-voltage electric field purification module 5 is high-voltage electrostatic oil smoke clarifier, the oil smoke gas that the incasement culinary art produced is discharged through oil smoke filter element 6 to heating cabinet 2, when oily flue gas passes through high-voltage electric field purification module 5, the electron that the high-voltage electric field ionization produced makes the oil smoke suspended solid lotus in the flue gas, under the effect of strong electric field, make the oil smoke suspended solid deposit on the oil accumulation board, the deoiling process is that electric field force directly acts on the oil smoke particle, therefore can catch the slight oil mist in the flue gas, further promote the oil smoke purification efficiency of smokeless intelligent fryer.

The gas outlet of the oil fume filtering component 6 is communicated with a first rear purification flue 11, the first rear purification flue 11 is positioned at the back of the heating box 2, the second rear purification flue 4 is positioned above the top plate of the heating box 2, and a second purification fan 12 with an upward gas outlet is arranged at the joint of the tail end of the first rear purification flue 11 and the second rear purification flue 4. The first rear purification flue 11 converts the direction of the air flow from downward to upward, the second purification fan 12 is arranged side by side with the oil smoke filtering component 6, and the oil smoke is discharged to the first rear purification flue 11 through the oil smoke filtering component 6 and then discharged to the second rear purification flue 4 through the second purification fan 12.

The oil smoke filtering component 6 comprises a double-layer metal strip hole dislocation grid plate 7, a multi-layer mesh filter 8 and a front odor removal box 9 which are connected in sequence, and a first rear purification flue 11 is arranged at the front end of a second rear purification flue 4. The long strip hole dislocation grid net board 7 of double-deck metal is used for filtering the grease suspended solid, and the leading activated carbon granule that is equipped with in removing the flavor box 9 for filter smell and microparticle, the rearmounted purification flue 4 of second is the box structure that the flue enlarges, and the rearmounted purification flue 4 of second that the flue enlarges is favorable to reducing windage in the flue and enlarges the contact of oil smoke and filter, improves oil smoke purification efficiency.

A first cold air inlet 13 is arranged at the position, located at the first rear purification flue 11, on the back plate of the case 1, a wind guide plate 17 is arranged on the second purification fan 12, and an ozone-removing honeycomb screen plate 18 is arranged at the air outlet end of the high-voltage electric field purification module 5 in the second rear purification flue 4. The first cold air inlet 13 is used for reducing the temperature of gas in the flue and preventing the discharged hot gas from fogging, and the ozone removing honeycomb mesh plate 18 is coated with a reducing ozone catalyst, so that ozone can be effectively reduced, and redundant ozone generated when the high-voltage electric field purification module 5 works is eliminated.

A second cold air inlet 14 is arranged on the side panel of the heating box 2, and the air inlet of the high-voltage electric field purification module 5 is connected with a rear odor removal box 16. The second cold air inlet 14 is used for reducing the temperature of the air in the heating box 2 and preventing the discharged hot air from fogging, and the rear deodorization box 16 is filled with activated carbon particles for filtering smell and micro-particles.

An exhaust port 15 is arranged on a side plate at the top of the second rear purification flue 4, and an air outlet of the high-voltage electric field purification module 5 is communicated with the exhaust port 15. Dust is better prevented from entering from the exhaust port 15 and directly settling on the polar plate of the high-voltage electric field purification module 5.

Be equipped with quick-witted chamber door 19 on the heating cabinet 2, be equipped with grease proofing socket 27 in the heating cabinet 2, be equipped with on-off controller 28 in the control box 3, be equipped with oil groove 20 in the heating cabinet 2, heating pipe assembly 21, fry basket 22 and electronic fried basket support 23, oil groove 20 is established on the bottom plate in the heating cabinet 2, heating pipe assembly 21 includes heating pipe 24, temperature sensor 25 and prevent dry combustion method temperature controller 26, heating pipe 24 part stretches into in the oil groove 20, temperature sensor 25's probe and prevent that dry combustion method temperature controller 26's probe all are fixed with heating pipe 24, heating pipe assembly 21 top is connected with grease proofing socket 27, heating pipe assembly 21 is connected with on-off controller 28 electricity, be equipped with shift knob 29 on the front panel of control box 3, fry basket 22 and hang on electronic fried basket support 23 through couple 36, oil smoke filter assembly 6 establishes the heating cabinet 2 top in oil groove 20 top. The part of the heating pipe 24 extending into the oil tank 20 is approximately parallel to the bottom surface of the oil tank 20, the electric frying basket support 23 and the frying basket 22 are arranged into two groups, the switch controller 28 controls the two groups of frying baskets 22 to work independently so as to improve the working efficiency of the smokeless intelligent fryer, a porous heating pipe protection plate 30 covers the part of the heating pipe 24 extending into the bottom of the oil tank 20, a plate hole of the heating pipe protection plate 30 is a gap between two adjacent heating pipes 24, the heating pipe protection plate 30 is a movable cover plate, the heating pipe protection plate 30 can effectively prevent food particles falling off from fried food materials from directly falling onto the surface of the heating pipe 24 to cause carbon deposition on the surface of the heating pipe 24, the movable heating pipe 30 can be taken out of the heating pipe protection plate 30 when solid oil is added into the oil tank 20 conveniently while being cleaned, and can effectively prevent the heating pipe 24 from being dried when the solid oil is used, when guaranteeing ionization and absorption, for the security that produces too much ozone and lifting means used in preventing the ionization, the high voltage that switch controller delivered to high-voltage electric field module is DC7000-9000V, can also set up the electromagnetism stove in heating cabinet 2 bottom, the electromagnetism stove replaces heating pipe assembly 21, oil groove 20 places on the electromagnetism stove face, oil groove 20 bottom and electromagnetism stove face contact, oil groove 20 passes through the electromagnetism stove heating, the electromagnetism stove is connected with switch controller 28 electricity.

Example 3

A smokeless intelligent frying oven is shown in figures 4-5 and 6 and comprises a machine case 1, wherein the machine case 1 is separated into a heating box 2 and a control box 3 through an inner box partition plate 35, an oil fume filtering component 6 is arranged at the top of the heating box 2, the oil fume filtering component 6 is connected with a first rear purification flue 11, the first rear purification flue 11 is connected with a second rear purification flue 4, and a high-voltage electric field purification module 5 for purifying oil fume gas is arranged in the second rear purification flue 4. High-voltage electric field purification module 5 is high-voltage electrostatic oil smoke clarifier, the oil smoke gas that the incasement culinary art produced is discharged through oil smoke filter element 6 to heating cabinet 2, when oily flue gas passes through high-voltage electric field purification module 5, the electron that the high-voltage electric field ionization produced makes the oil smoke suspended solid lotus in the flue gas, under the effect of strong electric field, make the oil smoke suspended solid deposit on the oil accumulation board, the deoiling process is that electric field force directly acts on the oil smoke particle, therefore can catch the slight oil mist in the flue gas, further promote the oil smoke purification efficiency of smokeless intelligent fryer.

The top of the heating box 2 is also provided with a first purifying fan 10, and the oil smoke filtering component 6 is positioned at the front end air inlet of the first purifying fan 10. The first purifying fan 10 discharges oil smoke through the oil smoke filtering component 6.

First purification fan 10 establishes at oil smoke filtering component 6 and first rearmounted purification flue 11 junction, and first purification fan 10's gas outlet communicates first rearmounted purification flue 11 downwards, and first rearmounted purification flue 11 is located the heating cabinet 2 back, and high-tension electric field purification module 5 establishes at the terminal gas outlet of first rearmounted purification flue 11, and high-tension electric field purification module 5's gas outlet is located quick-witted case 1 roof, can dismantle on quick-witted case 1 roof and be connected with exhaust net 34. The high-voltage electric field purification module 5 and the first purification fan 10 are arranged side by side, oil smoke is discharged to the first rear purification flue 11 through the oil smoke filtering component 6 and the first purification fan 10, the first rear purification flue 11 converts the purified air flow into upward discharge, and the upward discharge is discharged through the high-voltage electric field purification module 5.

The oil smoke filtering component 6 comprises a double-layer metal strip hole dislocation grid plate 7, a multi-layer mesh filter 8 and a front odor removal box 9 which are connected in sequence, and a first rear purification flue 11 is arranged at the front end of a second rear purification flue 4. The long strip hole dislocation grid net board 7 of double-deck metal is used for filtering the grease suspended solid, and the leading activated carbon granule that is equipped with in removing the flavor box 9 for filter smell and microparticle, the rearmounted purification flue 4 of second is the box structure that the flue enlarges, and the rearmounted purification flue 4 of second that the flue enlarges is favorable to reducing windage in the flue and enlarges the contact of oil smoke and filter, improves oil smoke purification efficiency.

A second cold air inlet 14 is arranged on the side panel of the heating box 2, and the air inlet of the high-voltage electric field purification module 5 is connected with a rear odor removal box 16. The second cold air inlet 14 is used for reducing the temperature of the air in the heating box 2 and preventing the discharged hot air from fogging, and the rear deodorization box 16 is filled with activated carbon particles for filtering smell and micro-particles.

An exhaust port 15 is arranged on a side plate at the top of the second rear purification flue 4, and an air outlet of the high-voltage electric field purification module 5 is communicated with the exhaust port 15. Dust is better prevented from entering from the exhaust port 15 and directly settling on the polar plate of the high-voltage electric field purification module 5.

Be equipped with quick-witted chamber door 19 on the heating cabinet 2, be equipped with grease proofing socket 27 in the heating cabinet 2, be equipped with on-off controller 28 in the control box 3, be equipped with oil groove 20 in the heating cabinet 2, heating pipe assembly 21, fry basket 22 and electronic fried basket support 23, oil groove 20 is established on the bottom plate in the heating cabinet 2, heating pipe assembly 21 includes heating pipe 24, temperature sensor 25 and prevent dry combustion method temperature controller 26, heating pipe 24 part stretches into in the oil groove 20, temperature sensor 25's probe and prevent that dry combustion method temperature controller 26's probe all are fixed with heating pipe 24, heating pipe assembly 21 top is connected with grease proofing socket 27, heating pipe assembly 21 is connected with on-off controller 28 electricity, be equipped with shift knob 29 on the front panel of control box 3, fry basket 22 and hang on electronic fried basket support 23 through couple 36, oil smoke filter assembly 6 establishes the heating cabinet 2 top in oil groove 20 top. The part of the heating pipe 24 extending into the oil tank 20 is approximately parallel to the bottom surface of the oil tank 20, the electric frying basket support 23 and the frying basket 22 are arranged into two groups, the switch controller 28 controls the two groups of frying baskets 22 to work independently so as to improve the working efficiency of the smokeless intelligent fryer, a porous heating pipe protection plate 30 covers the part of the heating pipe 24 extending into the bottom of the oil tank 20, a plate hole of the heating pipe protection plate 30 is a gap between two adjacent heating pipes 24, the heating pipe protection plate 30 is a movable cover plate, the heating pipe protection plate 30 can effectively prevent food particles falling off from fried food materials from directly falling onto the surface of the heating pipe 24 to cause carbon deposition on the surface of the heating pipe 24, the movable heating pipe 30 can be taken out of the heating pipe protection plate 30 when solid oil is added into the oil tank 20 conveniently while being cleaned, and can effectively prevent the heating pipe 24 from being dried when the solid oil is used, when guaranteeing ionization and absorption, for the security that produces too much ozone and lifting means used in preventing the ionization, the high voltage that switch controller delivered to high-voltage electric field module is DC7000-9000V, can also set up the electromagnetism stove in heating cabinet 2 bottom, the electromagnetism stove replaces heating pipe assembly 21, oil groove 20 places on the electromagnetism stove face, oil groove 20 bottom and electromagnetism stove face contact, oil groove 20 passes through the electromagnetism stove heating, the electromagnetism stove is connected with switch controller 28 electricity.

Claims (10)

1. The utility model provides a smokeless intelligent fryer, includes quick-witted case (1), and heating cabinet (2) and control box (3), its characterized in that are separated into through incasement baffle (35) to quick-witted case (1): the top of the heating box (2) is provided with an oil fume filtering component (6), the oil fume filtering component (6) is connected with a first rear purification flue (11), the first rear purification flue (11) is connected with a second rear purification flue (4), and a high-voltage electric field purification module (5) used for purifying oil fume gas is arranged in the second rear purification flue (4).

2. The smokeless smart fryer of claim 1, wherein: the top of the heating box (2) is also provided with a first purifying fan (10), and the oil smoke filtering component (6) is positioned at the front end air inlet of the first purifying fan (10).

3. The smokeless smart fryer of claim 2, wherein: first purification fan (10) are established in oil smoke filtering component (6) and first rearmounted purification flue (11) junction, and the gas outlet of first purification fan (10) communicates first rearmounted purification flue (11) downwards, and first rearmounted purification flue (11) are located heating cabinet (2) back, and rearmounted purification flue (4) of second are located heating cabinet (2) roof top, and first rearmounted purification flue (11) end is equipped with ascending second purification fan (12) of gas outlet with rearmounted purification flue (4) junction of second.

4. The smokeless smart fryer of claim 1, wherein: the gas outlet of the oil fume filtering component (6) is communicated with a first rear purification flue (11), the first rear purification flue (11) is positioned at the back of the heating box (2), the second rear purification flue (4) is positioned above the top plate of the heating box (2), and a second purification fan (12) with an upward gas outlet is arranged at the joint of the tail end of the first rear purification flue (11) and the second rear purification flue (4).

5. The smokeless smart fryer of claim 2, wherein: establish in oil smoke filtering component (6) and first rearmounted purification flue (11) junction in first purification fan (10), the gas outlet of first purification fan (10) communicates first rearmounted purification flue (11) downwards, first rearmounted purification flue (11) are located heating cabinet (2) back, high-tension electric field purification module (5) are established at the terminal gas outlet of first rearmounted purification flue (11), the gas outlet of high-tension electric field purification module (5) is located quick-witted case (1) roof, can dismantle on quick-witted case (1) roof and be connected with exhaust net (34).

6. The smokeless smart fryer of claim 1, wherein: the oil smoke filtering component (6) comprises a double-layer metal strip hole dislocation grid plate (7), a multi-layer mesh filter (8) and a front odor removal box (9) which are sequentially connected, and a first rear purification flue (11) is arranged at the front end of a second rear purification flue (4).

7. The smokeless smart fryer according to claim 3 or 4, wherein: a first cold air inlet (13) is arranged at the position, located in the first rear purification flue (11), on the back plate of the case (1), a wind guide sheet (17) is arranged on the second purification fan (12), and an ozone-removing honeycomb screen plate (18) is arranged at the air outlet end of the high-voltage electric field purification module (5) in the second rear purification flue (4).

8. The smokeless smart fryer of claim 1, wherein: a second cold air inlet (14) is arranged on the side panel of the heating box (2), and the air inlet of the high-voltage electric field purification module (5) is connected with a rear odor removing box (16).

9. The smokeless smart fryer according to claim 3 or 4, wherein: an exhaust port (15) is arranged on a side plate at the top of the second rear purification flue (4), and an air outlet of the high-voltage electric field purification module (5) is communicated with the exhaust port (15).

10. The smokeless smart fryer of claim 1, wherein: a machine box door (19) is arranged on the heating box (2), an oil-proof socket (27) is arranged in the heating box (2), a switch controller (28) is arranged in the control box (3), an oil groove (20), a heating pipe component (21), a frying basket (22) and an electric frying basket support (23) are arranged in the heating box (2), the oil groove (20) is arranged on a bottom plate in the heating box (2), the heating pipe component (21) comprises a heating pipe (24), a temperature sensor (25) and an anti-dry-burning temperature controller (26), the heating pipe (24) partially extends into the oil groove (20), a probe of the temperature sensor (25) and a probe of the anti-dry-burning temperature controller (26) are both fixed with the heating pipe (24), the top of the heating pipe component (21) is connected with the oil-proof socket (27), the heating pipe component (21) is electrically connected with the switch controller (28), a switch button (29) is arranged on a front panel of the control box (3), the frying basket (22) is hung on the electric frying basket support (23) through a hook (36), and the oil smoke filtering component (6) is arranged at the top of the heating box (2) above the oil groove (20).

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