CN209136307U - Intelligent frying oven - Google Patents

Abstract

The utility model relates to an intelligent fryer, comprising an organic body and a frying pan arranged in the body, the body comprising a frying area, a cold air cavity and a smoking cavity, and the frying pan is arranged in the frying area , the cold air cavity is located above the frying area, and a smoking hood is arranged between the frying area and the smoking cavity, and the smoking cavity is provided with an oil fume separator, an oil fume treatment box, and sucks the oil fume in the oil fume separator into a The centrifugal fan in the oil fume treatment box, the cold air cavity is provided with a cold air inlet, and the cold air cavity is embedded with an axial flow fan for pressurizing the outside air entering from the cold air inlet to form an air curtain, and the cold air cavity is also provided. There is a cold air outlet connected to the frying area. By adopting the above technical solutions, the intelligent fryer has a complete mechanism, completely isolated oil fume, healthy and environmentally friendly, and keeps the kitchen air clean.

Description

A smart fryer

technical field

The utility model relates to a kitchen appliance, in particular to an intelligent fryer.

Background technique

The fryer includes a rack, a fryer inside the rack and a heating device for heating the fryer, which can fry chicken legs, chicken wings, squid, sausages, french fries and other snacks, enriching people's lives.

At present, most fryers do not have a system for handling oil fume, resulting in a large amount of oil fume generated when the fryer is working, which seriously damages the health of the cooking staff; even if some oil fume systems are installed, there are still defects, mainly caused by the electric motor in the machine. The impeller in the volute is driven to rotate, and a certain negative pressure is formed in the air inlet area. Through the drainage of the fume collection chamber, a negative pressure area is formed in a certain space above the pot body, and the surrounding oil fume is attracted by the negative pressure. The filter screen separates a part of the large particle oil mist after filtering, and the rest of the gas enters the centrifugal fan system inside the hood. After the high-speed rotation of the fan impeller, the oil fume gas is thrown out of the impeller by centrifugal force, and the oil fume is separated again. The oil flows into the oil cup through the oil guide system, and the purified flue gas is discharged out of the room along the fixed passage. This kind of oil fume treatment mechanism is often unable to inhale all the harmful gases such as a large amount of oil fume generated during the cooking process into the oil fume channel, and some oil fume will still diffuse towards the cooking staff and cannot be completely isolated; and there are large particles of oil mist, oil fume The treatment effect is not good, and it is easy to block the channel for a long time, which affects the treatment effect of oil fume.

SUMMARY OF THE INVENTION

Purpose of the utility model: In order to overcome the defects of the prior art, the utility model provides an intelligent fryer with completely isolated oil fume.

The technical scheme of the present utility model: an intelligent fryer, comprising an organic body and a fryer set in the body, the body comprising a frying area, a cold air cavity and a smoking cavity, and the fryer is set in the oil In the frying area, the cold air cavity is located above the frying area, and a smoking hood is arranged between the frying area and the smoking cavity. A centrifugal fan that sucks oil fume into the oil fume treatment box, the cold air cavity is provided with a cold air inlet, and the cold air cavity is embedded with an axial flow fan for pressurizing the outside air entering from the cold air inlet to form an air curtain. The cavity is also provided with a cold air outlet that communicates with the frying area.

Using the above technical solution, the cold air cavity located above the frying area pressurizes the outside air to form an air curtain, so as to isolate the inside of the body from the outside world and ensure that the oil fume does not spread outward; the smoking cavity is provided with an oil fume separator and oil fume treatment. The centrifugal fan that sucks the oil fume in the oil fume separator into the oil fume treatment box is used to discharge the oil fume produced by the fryer during the frying process, and the clean gas enters the cold air cavity to form a circulation and achieve isolation from the outside world. Moreover, the smoking hood can prevent the impurities of large particles from entering the oil fume separator, further ensure the oil fume treatment effect of the mechanism, and realize the complete isolation of oil fume, which is healthy and environmentally friendly.

The utility model is further arranged: the lampblack treatment box is also provided with a UV tube for oxidative separation of lampblack, an air inlet filter screen and a purifying liquid, the air inlet filter screen is arranged under the UV tube, and the lampblack treatment box is further provided. The bottom is vertically provided with a partition, the partition divides the fume treatment box into left and right chambers, the upper end of the partition is provided with an overflow port, the purification liquid is contained in the left chamber, the right The bottom of the chamber is connected with a sewage pipe, the left chamber includes an inlet end and an outlet end, the air inlet filter is arranged at the inlet end, and the outlet end is provided with an air outlet filter, and the right chamber passes through the overflow port. It is connected with the outlet end of the left chamber, the oil fume treatment box is connected with a smoke exhaust pipe which is connected with the outlet end, and the oil fume treatment box is also connected with a purification liquid tank for filling the left chamber with purification liquid.

With the above-mentioned further arrangement, the oil fume treatment box is embedded in the body, and the oil fume is sucked into the oil fume treatment box for purification by the centrifugal fan, and the oil fume is oxidized and separated by the UV tube. Cooling, the particulate matter changes from gaseous state to liquid state, clean gas is discharged from the exhaust pipe, and oil pollution is discharged from the sewage pipe. Embedded installation design, small size, convenient installation and maintenance, and high oil fume treatment efficiency.

The utility model is further provided: the inlet end of the oil fume separator is provided with a mesh cover, and the cold air inlet of the cold air cavity is provided with a dust filter.

The above-mentioned further settings are adopted, and a filter screen is added at the inlet end of the oil fume separator and the cold air inlet. The multi-step mechanism prevents the inhalation of large particulate impurities, further ensures the oil fume treatment effect of the mechanism, and realizes the complete isolation of oil fume, which is healthy and environmentally friendly.

Description of drawings

Fig. 1 is the structure diagram of the utility model;

Fig. 2 is the internal structure diagram of the oil fume separator and the oil fume treatment box of the present invention.

Detailed ways

As shown in Figures 1 and 2, an intelligent fryer of the present invention includes an organic body (1) and a fryer (2) arranged in the body (1), and the body (1) includes an oil A frying area (3), a cold air cavity (4) and a smoking cavity (5), the fryer (2) is arranged in the frying area (3), and the cold air cavity (4) is located in the frying area (3) ), a smoking hood (6) is arranged between the frying area (3) and the smoking cavity (5), and the smoking cavity (5) is provided with a fume separator (7) and a fume treatment box (8). , suck the oil fume in the oil fume separator (7) into the centrifugal fan (9) in the oil fume treatment box (8), the cold air cavity (4) is provided with a cold air inlet (41), and the cold air cavity (4) An axial flow fan (42) is provided for pressurizing the outside air entering from the cold air inlet (41) to form an air curtain, and the cold air cavity (4) is also provided with a cold air outlet that is connected to the frying area (3). A tuyere (43), the oil fume treatment box (8) is further provided with a UV tube (81) for oxidative separation of oil fume, an air inlet filter (82) and a purification liquid (83). 82) Under the UV tube (81), the bottom of the oil fume treatment box (8) is vertically provided with a partition (84), and the partition plate (84) separates the oil fume treatment box (8) into left and right (82) 841, 842) two chambers, the upper end of the partition plate (84) is provided with an overflow port (843), the purification liquid (83) is contained in the left chamber (841), the right chamber (842) A sewage pipe (85) is connected to the bottom, the left chamber (841) includes an inlet end (8411) and an outlet end (8412), the air inlet filter screen (82) is arranged at the inlet end (8411), and the outlet end (8412) is provided with an air outlet filter (86), the right chamber (842) is connected to the outlet end of the left chamber (841) through the overflow port (843), and the oil fume treatment box (8) is connected There is a smoke exhaust pipe (87) connected to the outlet end (8412), and the oil fume treatment box (8) is also connected with a purification liquid tank (88) for filling the left chamber (841) with purification liquid (83), ensuring that The repeated operation of the oil fume treatment box (8) is simple in structure and convenient in operation. During operation, the outside air enters from the cold air inlet (41) of the cold air cavity (4), and is pressurized by the axial flow fan (42) to form an air curtain in the frying area (3) to ensure isolation from the outside world and prevent oily smoke. The air diffuses outward, and the air enters the frying area (3) through the cold air outlet (43). After the fryer (2) works, oil fume is generated, the oil fume rises, fills the frying area (3), and is filtered by the smoking hood (6). After the large particles are impurity, the oil fume is separated from the oil and vapor by the oil fume separator (7), the oil dirt enters the original sewage discharge channel, and then the separated gas is sucked into the oil fume treatment box (8) by the centrifugal fan (9) for secondary purification, UV The pipe (81) oxidizes and separates the soot, and the separated gas enters the left chamber (841) from the inlet end (8411), passes through the air inlet filter (82) on the The purifying liquid (83) in the The chamber (842) is discharged from the drain pipe (85) connected to the bottom of the right chamber (842), and the purified gas is discharged from the outlet end (8412) of the left chamber (841), and passes through the air outlet filter (86) After filtering, the clean gas is discharged from the smoke exhaust pipe (87) connected to the outlet end (8412) of the left chamber (841), and enters the cold air chamber (4) to form a circulation. The oil fume treatment efficiency is high and the effect of isolation from the outside world is achieved. , Health and environmental protection, keep the kitchen air clean.

The inlet end of the oil fume separator (7) is provided with a mesh cover (10), and the cold air inlet (41) of the cold air cavity (4) is provided with a dust filter screen (11). The multi-step mechanism is first filtered by the mesh cover (10) and the dust filter (11) to prevent large particles of impurities from entering the body, further ensuring the mechanism's oil fume treatment effect, and achieving complete isolation of oil fume, which is healthy and environmentally friendly.

Claims (3)

1. An intelligent fryer, comprising an organism and a fryer set in the body, wherein the body comprises a frying area, a cold air cavity and a smoking cavity, and the fryer is arranged in the fryer. The cold air cavity is located above the frying area, a smoking hood is arranged between the frying area and the smoking cavity, and the smoking cavity is provided with an oil fume separator, an oil fume treatment box, and the oil fume in the oil fume separator. A centrifugal fan sucked into the oil fume treatment box, the cold air cavity is provided with a cold air inlet, and an axial flow fan used to pressurize the outside air entering from the cold air inlet to form an air curtain is embedded in the cold air cavity. There is also a cold air outlet that conducts with the frying area. 2. a kind of intelligent fryer according to claim 1, is characterized in that, described oil fume treatment box is also provided with the UV tube for oxidative separation of oil fume, air inlet filter screen and purification liquid, described air inlet filter The net is arranged under the UV tube, the bottom of the oil fume treatment box is vertically provided with a partition, the partition divides the oil fume treatment box into two chambers, left and right, and an overflow port is arranged at the upper end of the partition. The purification liquid is contained in the left chamber, the bottom of the right chamber is connected with a sewage pipe, the left chamber includes an inlet end and an outlet end, the air inlet filter is arranged at the inlet end, and the outlet end is provided with an air outlet filter screen, the right chamber is connected with the outlet end of the left chamber through the overflow port, the fume treatment box is connected with a smoke exhaust pipe that is connected with the outlet end, and the oil fume treatment box is also connected with a left cavity A purge fluid tank in which the chamber is filled with purge fluid. 3. An intelligent fryer according to claim 1 or 2, characterized in that, the inlet end of the oil fume separator is provided with a mesh cover, and the cold air inlet of the cold air cavity is provided with a dust filter.