CN216724264U - Electromagnetic steamed bun frying and baking furnace - Google Patents

Abstract

The utility model discloses an electromagnetic steamed bun frying and baking oven, which relates to the field of cooking equipment and comprises an electromagnetic steamed bun frying device and an electromagnetic steamed bun baking device, wherein the electromagnetic steamed bun frying device comprises a steamed bun frying core, a steamed bun frying plate wire coil and a steamed bun frying plate; the electromagnetic steamed bun baking device comprises a steamed bun baking machine core, a steamed bun baking cylinder and a cylindrical wire coil. The utility model discloses the fried bread core of electromagnetism fried bread stove supplies power for fried bread board line dish, fried bread board line dish heating to conduct the heat to fried bread board, place food in fried bread board and can heat food, food heating is more even; the baked bun movement and the cylindrical wire coil of the electromagnetic baked bun baking device work, the cylindrical wire coil is heated and conducts heat to the baked bun baking cylinder and the baked bun baking frame so as to heat food in the baked bun baking frame, and the plurality of cylindrical wire coils are uniformly arranged on the outer side of the baked bun baking cylinder in a 360-degree annular mode, so that the food is heated more uniformly; every roast steamed bun heating module can the independent control, saves the electricity, and three roast steamed bun heating module can use simultaneously, convenient to use, and the availability factor is high, uses and experiences well.

Description

An electromagnetic frying steamed bun

technical field

The utility model relates to the field of cooking equipment, in particular to an electromagnetic frying and roasting steamed bun.

Background technique

The induction frying oven is the product of the modern kitchen revolution. It does not require an open flame or conduction heating and allows the heat to be generated directly at the bottom of the pot, so the thermal efficiency has been greatly improved. It is a kind of high-efficiency and energy-saving kitchen utensils, which is completely different from all traditional fire or non-fire conduction heating kitchen utensils. An induction cooker is an electrical cooking appliance made using the principle of electromagnetic induction heating. It is composed of high-frequency induction heating coil (ie excitation coil), high-frequency power conversion device, controller and ferromagnetic material pot bottom cooking utensils.

The existing electromagnetic frying oven has a single function, and generally can only be used alone, and cannot heat food at the same time, resulting in low food heating efficiency; the existing electromagnetic frying oven has a complex structure, and generally only one switch controls the entire electromagnetic frying oven. After the switch is turned on, all the heating modules work, which wastes electricity, and the frying heating module is a whole. When one of the heating modules is damaged, the other heating modules cannot be used normally, resulting in inconvenient use and low use efficiency; and the existing electromagnetic The heating of the grill is not uniform enough, resulting in the food heating is not uniform enough, and the user experience is not good.

Utility model content

The purpose of the present utility model is to provide an electromagnetic frying and roasting bun oven, which has the advantages of independently controllable heating modules, saving electricity, multiple heating modules can be used at the same time, convenient use and high use efficiency, so as to solve the problems proposed in the above background technology. The problem.

To achieve the above object, the utility model provides the following technical solutions:

An electromagnetic frying and roasting bun stove, comprising an electromagnetic griddle frying device and an electromagnetic roasting bun device, the electromagnetic griddle frying device is arranged on the top side of the electromagnetic roasting bun device, and the electromagnetic griddle frying device includes a frying device. a bun movement, a fried bun plate reel and a fried bun plate, the fried bun movement is electrically connected with the fried bun plate wire reel, and the fried bun plate wire reel is connected to the bottom side of the fried bun plate;

The electromagnetic roasting bun device includes a roasting bun movement, a roasting bun cylinder and a cylindrical wire reel, the roasting bun movement is electrically connected to the cylindrical wire tray, and the cylindrical wire tray is connected to the roasting bun. outside of the cylinder.

As a further scheme of the present invention: it also includes a fried bun support, and the fried bun plate and the fried bun plate are connected to the top of the fried bun support; the material of the fried bun plate is iron; the fried bun wire tray It includes a fried bun heating wire and a fried bun heat-conducting plate, and the fried bun heating wire is evenly arranged on the fried bun heat-conducting plate.

As a further scheme of the present utility model: the fried bun support is provided with a fried bun control panel, and the fried bun control panel is connected with a fried bun temperature controller, a fried bun display screen and a fried bun fire power switch, the fried bun The bun thermostat, the fried bun display screen and the fried bun fire switch are all electrically connected to the fried bun movement.

As a further solution of the present invention, the fried bun support is connected with an upper cooling fan, two upper cooling fans are provided, and the upper cooling fan is electrically connected to the fried bun movement.

As a further solution of the present utility model: the electromagnetic roasting bun device further comprises a roasting bun rack, the roasting bun rack is placed in the roasting bun cylinder, there are three roasting bun racks, and the roasting bun cylinder Correspondingly, there are three; the cylindrical wire reels are arranged in a plurality, and the plurality of cylindrical wire reels are uniformly arranged on the outside of the roasted bun cylinder in a 360-degree ring.

As a further solution of the present invention: a cylindrical movable frame is arranged on the outer side of the roasted bun cylinder, and one end of the roasted bun cylinder is connected with the cylindrical movable frame; the bottom side of the cylindrical movable frame is provided with a circular cylinder A cylinder movable frame support frame along which the cylinder movable frame is movable.

As a further solution of the present invention, a shielding aluminum cover is arranged in the cylinder movable frame, three independent shielding accommodating parts are arranged on the shielding aluminum cover, and the roasted bun cylinder is placed in the shielding aluminum cover inside and separated by shielded receptacles.

As a further solution of the present invention, a shielding and heat-insulating aluminum plate is connected to the top side of the cylindrical movable frame, and the shielding and heat-insulating aluminum plate separates the electromagnetic griddle frying device and the electromagnetic roasting device.

As a further solution of the present invention: the bottom side of the cylindrical movable frame is connected with a roasted bun control panel, and the roasted bun control panel is connected with three roasted buns control components, the roasted bun control components include roasted bun temperature control There are three roasted bun movements, and one roasted bun movement is correspondingly connected to one of the cylindrical wire reels and one of the roasted bun control components.

As a further solution of the present invention, one end of the cylindrical movable frame support frame is connected with a back plate, the back plate is connected with a lower-layer cooling fan, and the lower-layer cooling fan is electrically connected with the roasting bun core.

Compared with the prior art, the beneficial effects of the present utility model are:

The electromagnetic frying and roasting buns oven of the utility model comprises an electromagnetic griddle frying device and an electromagnetic roasting bun device. The electromagnetic griddle frying bun device comprises a frying bun movement, a frying bun plate reel and a frying bun plate. The plate wire plate is powered, the fried bun wire plate is heated, and the heat is transferred to the fried bun plate, and the food can be heated by placing the food on the fried bun plate. The bun heating wire is evenly arranged on the fried bun heat-conducting plate, and the food is heated more evenly. The start and stop of the movement is controlled by the fried bun fire switch, so as to control the start and stop of the fried bun wire plate; the electromagnetic roasting bun device includes the roast bun movement, Roasted bun cylinder and cylinder wire tray, after turning on the roasted bun fire switch, the roasted bun movement and the cylinder wire tray work, the cylinder wire tray is heated, and the heat is transferred to the roasted bun cylinder and roasted bun rack, and then the roasted bun is heated. The food in the bun rack is heated, and multiple cylindrical wire reels are evenly arranged on the outside of the roasted bun cylinder in a 360-degree ring, so that the food is heated more evenly; a roasted bun movement is correspondingly connected to a cylindrical wire tray and a roasted bun control component , Each roasted bun control component independently controls the start and stop of the roasted bun movement and the cylindrical wire reel. The electromagnetic roasted bun device has three roasted bun heating modules, each roasted bun heating module can be controlled independently, saving electricity, three roast The steamed bun heating module can be used at the same time, which is easy to use, has high use efficiency, and has a good use experience.

Description of drawings

FIG. 1 is a schematic structural diagram of the electromagnetic frying and roasting steamed bun of the present invention.

FIG. 2 is an exploded view of the electromagnetic frying and roasting steamed bun of the present utility model.

Marked in the picture:

1. Electromagnetic griddle frying device; 2. Electromagnetic roasting device;

11. Fried bun movement; 12. Fried bun plate reel; 13. Fried bun plate; 14. Fried bun support; 15. Fried bun thermostat; 16. Fried bun display screen; 17. Fried bun fire switch; 18 , upper cooling fan;

20. Roasted bun movement; 21. Roasted bun cylinder; 22. Cylinder wire reel; 23. Roasted bun rack; 24. Cylinder movable frame; 25. Cylinder movable frame support; 26. Shielding aluminum cover; 27 , shielding and heat-insulating aluminum plate; 28, roasted bun control components; 29, back plate; 29A, lower cooling fan;

281, roasted bun thermostat; 282, roasted bun display screen; 283, roasted bun fire switch.

Detailed ways

The technical solutions in the embodiments of the present utility model will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present utility model. Obviously, the described embodiments are only a part of the embodiments of the present utility model, rather than all the implementations. example. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative work fall within the protection scope of the present invention.

Please refer to the accompanying drawings 1-2. In the embodiment of the present utility model, an electromagnetic frying and roasting bun stove, please refer to FIG. 1, including an electromagnetic frying bun device 1 and an electromagnetic roasting bun device 2, and an electromagnetic frying bun device. 1 is arranged on the top side of the electromagnetic roasting bun device 2, please refer to the accompanying drawing 2, the electromagnetic griddle frying bun device 1 includes a frying bun movement 11, a frying bun plate reel 12 and a frying bun plate 13. The bun 12 is electrically connected, and the fried bun 12 is fixedly connected to the bottom side of the fried bun 13; the electromagnetic roasted bun device 2 includes a roasted bun movement 20, a roasted bun cylinder 21 and a cylindrical wire tray 22. The bun movement 20 is electrically connected to the cylindrical wire reel 22 , and the cylindrical wire reel 22 is fixedly connected to the outside of the roasted bun cylinder 21 . The frying bun movement 11 of the electromagnetic frying and roasting bun stove of the utility model supplies power to the frying bun plate reel 12, the frying bun plate reel 12 heats, and conducts the heat to the frying bun plate 13, and the food is placed on the frying bun plate 13. The food can be heated, and the food is heated more evenly. The roasted bun machine 20 and the cylindrical wire reel 22 of the electromagnetic roasted bun device 2 work, the cylindrical wire tray 22 is heated, and the heat is transmitted to the roasted bun cylinder 21 and the roasted bun rack 23. , and then heat the food in the roasted bun rack 23, and the plurality of cylindrical coils 22 are evenly arranged on the outside of the roasted bun cylinder 21 in a 360-degree ring, so that the food is heated more evenly; each roasted bun heating module can be controlled independently, saving energy Electric, three roasted bun heating modules can be used at the same time, easy to use, high efficiency and good experience.

A preferred embodiment of the present utility model, please refer to FIG. 2 , it also includes a fried bun support 14, and the fried bun plate reel 12 and the fried bun plate 13 are fixedly connected to the top of the fried bun support 14; the fried bun plate 13 The material is iron, with good thermal conductivity, and it is easy to heat food; the fried bun wire plate includes a fried bun heating wire and a fried bun heat conduction plate, and the fried bun heating wire is evenly arranged on the fried bun heat conduction plate, and the heating is more uniform; further, The fried bun support 14 is connected with a fried bun control panel, and the fried bun control panel is connected with a fried bun temperature controller 15, a fried bun display screen 16, a fried bun fire power switch 17, a fried bun temperature controller 15, and a fried bun display screen 16. Both the fried bun fire switch 17 is electrically connected to the fried bun movement 11 , the fried bun thermostat 15 precisely controls the temperature of the fried bun 13 , and the fried bun fire switch 17 controls the start and stop of the fried bun movement 11 and the fried bun wire tray. , the fried bun display screen 16 shows the working state of the electromagnetic griddle fried bun device 1; further, the fried bun support 14 is connected with an upper cooling fan 18, the upper cooling fan 18 is provided with two, the upper cooling fan 18 and the fried bun machine The core 11 is electrically connected, and the fried bun core 11 and the fried bun wire reel will generate a lot of heat during the working process, and the heat will be dissipated through the upper cooling fan 18 .

For a preferred embodiment of the present utility model, please refer to FIG. 2 , the electromagnetic roasting bun device 2 further includes a roasting bun rack 23 , which is placed in the roasting bun cylinder 21 and can extend into the roasting bun cylinder 21 . 21 or taken out from the roasted bun cylinder 21, there are three roasted bun racks 23, and the roasted bun cylinder 21 is provided with three correspondingly. The discs 22 are arranged in multiples, and the plurality of cylindrical wire discs 22 are evenly arranged on the outside of the roasted bun cylinder 21 in a 360-degree ring shape. It is heated around at a high degree, so that the roasted bun cylinder 21 obtains a uniform heating effect, and the food in the roasted bun rack 23 is evenly heated.

For a preferred embodiment of the present utility model, please refer to FIG. 2 , a cylinder movable frame 24 is provided on the outside of the roasted bun cylinder 21, and one end of the roasted bun cylinder 21 is fixedly connected with the cylinder movable frame 24; The bottom side of the frame 24 is provided with a cylindrical movable frame support frame 25, and the cylindrical movable frame 24 can move along the cylindrical movable frame support frame 25. Specifically, the cylindrical movable frame 24 can be advanced along the cylindrical movable frame support frame 25. or pull out.

For a preferred embodiment of the present utility model, please refer to FIG. 2 , the cylinder movable frame 24 is provided with a shielding aluminum cover 26 , and the shielding aluminum cover 26 is provided with three independent shielding accommodating parts. It is placed in the shielding aluminum cover 26, and is separated by the shielding accommodating part; because the distance between the three baking bun cylinders 21 is relatively close, and electromagnetic interference will be generated when starting at the same time, the three independent shielding accommodating parts on the shielding aluminum cover 26 are shielded. The three roasted bun cylinders 21 are separated for shielding electromagnetic interference; further, the top side of the cylinder movable frame 24 is connected with a shielding and heat-insulating aluminum plate 27, The roasting bun device 2 is separated, and the shielding and heat-insulating aluminum plate 27 is used to shield and insulate the magnetic field of the upper electromagnetic griddle roasting bun device 1 and the lower electromagnetic roasting bun device 2 .

A preferred embodiment of the present utility model, please refer to FIG. 2, the bottom side of the cylindrical movable frame 24 is connected with a roasted bun control panel, and the roasted bun control panel is connected with three roasted buns control components 28, the roasted bun control assembly 28 It includes a roasted bun thermostat 281, a roasted bun display screen 282 and a roasted bun fire switch 283. The roasted bun thermostat 281 precisely controls the temperature of the roasted bun cylinder 21; the roasted bun movement 20 is provided with three roasted buns, one roasted bun movement. 20 is correspondingly connected to a cylindrical wire reel 22 and a roasted bun control assembly 28. The electromagnetic roasted bun device 2 has three roasted bun heating modules. Each roasted bun heating module can be controlled independently to save electricity. Simultaneous use, easy to use, high use efficiency, and good use experience; further, one end of the cylindrical movable frame support frame 25 is connected with a back plate 29, and the back plate 29 is connected with a lower cooling fan 29A, the lower cooling fan 29A and the roasting bun machine The core 20 is electrically connected; since the roasted bun core 20 and the cylindrical wire reel 22 generate heat when they work, the heat can be dissipated by the lower cooling fan 29A.

The working process of the utility model is as follows: please refer to the accompanying drawing 2, the electromagnetic frying and roasting bun of the utility model comprises an electromagnetic griddle roasting bun device 1 and an electromagnetic roasting bun device 2, and the electromagnetic griddle roasting bun device 1 is the upper cooking area, and the electromagnetic griddle roasting bun device 1 is the upper cooking area. The griddle frying device 1 turns on the frying fire switch 17, the frying core 11 supplies power to the frying pan 12, the frying pan 12 heats, and conducts the heat to the frying plate 13, and the food is placed in the pan. The fried bun plate 13 can heat the food. The fried bun wire plate includes the fried bun heating wire and the fried bun heat conduction plate. The fried bun heating wire is evenly arranged on the fried bun heat conduction plate, and the fried bun heating wire is heated more evenly, so that the food is heated More evenly, the start and stop of the movement is controlled by the fried bun fire switch 17 to control the start and stop of the fried bun wire tray. The electromagnetic roasting bun device 2 is the lower cooking area. After the electromagnetic roasting bun device 2 turns on the roasting bun fire power switch 283, the roasting bun machine core 20 and the cylindrical wire reel 22 work, and the cylindrical wire tray 22 is heated to conduct the heat to the roasted bun. The cylinder 21 and the roasted bun rack 23 further heat the food in the roasted bun rack 23. A plurality of cylindrical wire discs 22 are evenly arranged on the outside of the roasted bun cylinder 21 in a 360-degree ring shape, so that the food is heated more evenly; The movement 20 is correspondingly connected to a cylindrical wire reel 22 and a roasted bun control assembly 28. Each roasted bun control assembly 28 independently controls the start and stop of the roasted buns movement 20 and the cylindrical wire tray 22. The electromagnetic roasted bun device 2 has three functions. Each roasted bun heating module can be controlled independently, and three roasted bun heating modules can be used at the same time.

The frying bun movement 11 of the electromagnetic frying and roasting bun stove of the utility model supplies power to the frying bun plate reel 12, the frying bun plate reel 12 heats, and conducts the heat to the frying bun plate 13, and the food is placed on the frying bun plate 13. The food can be heated, and the food is heated more evenly; the roasted bun machine 20 and the cylindrical wire reel 22 of the electromagnetic roasted bun device 2 work, the cylindrical wire tray 22 is heated, and the heat is transmitted to the roasted bun cylinder 21 and the roasted bun rack 23 , and then heat the food in the roasted bun rack 23, and the plurality of cylindrical coils 22 are evenly arranged on the outside of the roasted bun cylinder 21 in a 360-degree ring, so that the food is heated more evenly; each roasted bun heating module can be controlled independently, saving energy Electric, three roasted bun heating modules can be used at the same time, easy to use, high efficiency and good experience.

Although the present invention has been described in detail with reference to the foregoing embodiments, for those skilled in the art, it is still possible to modify the technical solutions described in the foregoing embodiments, or to perform equivalent replacements for some of the technical features. Within the spirit and principle of the present utility model, any modifications, equivalent replacements, improvements, etc. made shall be included within the protection scope of the present utility model.

Claims (10)

1. An electromagnetic frying and roasting bun stove is characterized in that, comprising an electromagnetic griddle roasting bun device and an electromagnetic roasting bun device, and the electromagnetic griddle roasting bun device is located on the top side of the electromagnetic roasting bun device, and the electromagnetic roasting bun device. The oven fried bun device includes a fried bun movement, a fried bun plate wire reel and a fried bun plate, the fried bun movement is electrically connected to the fried bun plate wire reel, and the fried bun plate wire reel is connected to the fried bun the bottom side of the board; The electromagnetic roasting bun device includes a roasting bun movement, a roasting bun cylinder and a cylindrical wire reel, the roasting bun movement is electrically connected to the cylindrical wire tray, and the cylindrical wire tray is connected to the roasting bun. outside of the cylinder. 2. A kind of electromagnetic fried bun stove according to claim 1, is characterized in that, also comprises fried bun support, described fried bun plate reel and fried bun plate are all connected to the top of the fried bun support; The material of the plate is iron; the fried bun wire plate includes a fried bun heating wire and a fried bun heat conducting plate, and the fried bun heating wire is evenly arranged on the fried bun heat conducting plate. 3. A kind of electromagnetic frying and roasting bun stove according to claim 2, characterized in that, a bun bun control panel is provided on the bun holder, and a bun temperature controller, a bun temperature controller and a bun bun are connected to the bun control panel. A bun display screen and a fried bun fire switch, the fried bun temperature controller, the fried bun display screen and the fried bun fire switch are all electrically connected with the fried bun movement. 4. An electromagnetic frying and roasting bun stove according to claim 2, characterized in that, the frying bun support is connected with an upper cooling fan, the upper cooling fan is provided with two, and the upper cooling fan is connected to the upper cooling fan. Describe the electrical connection of the fried bun movement. 5 . The electromagnetic frying and roasting bun stove according to claim 1 , wherein the electromagnetic roasting bun device further comprises a roasting bun rack, and the roasting bun rack is placed in the roasting bun cylinder, and the There are three roasted bun racks, and three roasted bun cylinders are provided correspondingly; the plurality of cylindrical wire reels are arranged on the outside of the roasted bun cylinder uniformly in a 360-degree ring. 6 . The electromagnetic frying and roasting bun stove according to claim 1 , wherein a cylinder movable frame is provided on the outside of the roasting bun cylinder, and one end of the roasting bun cylinder is connected with the cylinder movable frame. 7 . ; The bottom side of the cylindrical movable frame is provided with a cylindrical movable frame support frame, and the cylindrical movable frame can move along the cylindrical movable frame support frame. 7 . The electromagnetic frying and roasting steamed bun oven according to claim 6 , wherein a shielding aluminum cover is provided in the cylindrical movable frame, and three independent shielding accommodating parts are provided on the shielding aluminum cover. 8 . The roasted bun cylinder is placed in the shielding aluminum cover and separated by the shielding accommodating part. 8 . The electromagnetic frying and roasting bun oven according to claim 6 , wherein a shielding and heat-insulating aluminum plate is connected to the top side of the cylindrical movable frame, and the shielding and heat-insulating aluminum plate is used to fry the buns on the electromagnetic griddle. 9 . The device is separated from the electromagnetic roasting bun device. 9 . The electromagnetic frying and roasting bun oven according to claim 6 , wherein a roast bun control panel is connected to the bottom side of the cylindrical movable frame, and three roast bun control components are connected to the roast bun control panel. 10 . , the roasted bun control assembly includes a roasted bun temperature controller, a roasted bun display screen and a roasted bun firepower switch; the roasted bun has three cores, and one roasted bun movement is correspondingly connected to one of the cylindrical wire reels and a control assembly for the roasted bun. 10 . The electromagnetic frying and roasting bun oven according to claim 6 , wherein one end of the cylindrical movable frame support frame is connected with a back plate, the back plate is connected with a lower-layer cooling fan, and the lower-layer heat dissipation The fan is electrically connected with the roasting bun core.

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