CN201507961U - Energy-saving and high-efficiency desktop multifunctional electric ceramic stove - Google Patents

Abstract

The utility model relates to an energy-saving and high-efficiency table-type multi-function electric ceramic stove which replaces the traditional electric furnace wire for heating and Yale furnace for cooking, and adopts carbon fiber or carbon tube as heating element and superconducting heating sheet as cooking heating element. The base, the furnace body electric heater installed on the base, the furnace body electric heater consists of 4 columns, 1 circuit control board, 3 heat sinks, 4 energy-saving reflective screens, 8 heat pipes, 4 protective nets or It consists of a protective grille, a heat dissipation window installed on the electric heater of the furnace body, a panel installed above the heat dissipation window, and an electric ceramic stove with a nano-ceramic heating plate installed in the center of the panel, which can cook quickly and the heat source is concentrated, saving energy and saving energy. Electricity; anti-overheating protection, anti-leakage, waterproof, safe and reliable.

Description

Energy-saving and high-efficiency desktop multifunctional electric ceramic stove

technical field

The utility model relates to a heating element which replaces the traditional electric furnace wire for heating and Yale furnace for cooking, and adopts carbon fiber or carbon tubes and halogen tubes as heating elements, nanometer high-temperature-resistant and leakage-proof ceramic heating plates, and superconducting metal electric heating sheets for cooking. An energy-saving and high-efficiency table-type multifunctional electric ceramic stove with heating elements. The four-sided heating tubes of the electric heater on the furnace body can work simultaneously or independently. It belongs to the multi-purpose electric heating stove for heating, cooking, and furniture tables.

Background technique

Most of the electric heating elements used in the existing electric heaters are strong infrared heat radiation produced by resistance wires for heating or boiling water and cooking, such as patent No. 02244443.2, named "Infrared Direct Heating Electric Heating Stove", its heating effect Although it is good, it has disadvantages such as low thermal energy conversion rate, high power consumption, non-selectable heating surface, electromagnetic radiation and light pollution, and harm to the human body.

Contents of the invention

The purpose of the utility model is to overcome the deficiencies in the prior art and provide a high-efficiency energy-saving, multi-function, beautiful and practical, safe and reliable, adopts nano high-temperature resistant and leakage-proof ceramic heating plate, superconducting metal electric heating sheet as cooking heating element The energy-saving and high-efficiency desktop multifunctional electric ceramic stove.

In order to achieve the above object, the technical solution of the utility model is: comprising a base, a furnace body electric heater located on the base, a heat dissipation window located on the furnace body electric heater, an electric ceramic furnace installed on the heat dissipation window, and an electric ceramic furnace installed on the electric heater. A panel on an earthenware stove; characterized by:

Furnace electric heater includes column, circuit control board, heat sink, energy-saving reflective screen, electric heating heating tube, protective net or protective grid. The column is installed on the base, and the front of the furnace electric heater is installed between two adjacent columns. There is a circuit control board, and heat sinks are installed between every two adjacent uprights. An energy-saving reflective screen is installed above the circuit control board and each heat sink. An electric heating tube is installed in front of each energy-saving reflective screen. A protective net or protective grid is installed in front of the heat pipe;

The heat dissipation window includes a heat dissipation frame and a panel frame, and the panel frame is installed above the heat dissipation frame;

The electric ceramic furnace includes a fixed plate, a heating plate installed on the fixed plate, a nano-ceramic plate installed in the heating plate, a superconducting metal electric heating plate embedded in the nano-ceramic plate, and a superconducting metal electric heating plate installed on the top of the superconducting metal electric heating plate. microcrystalline plate;

The fixed plate is installed in the center of the heat dissipation window; the electric ceramic stove is installed in the center of the panel, and a protective cover is placed on the electric ceramic stove.

The energy-saving reflective screen is in the shape of an arc "M", and the protective cover or protective net is in the shape of a flat bottom "W".

The electric heating heating tube is a far-infrared carbon fiber heating tube or a carbon tube or a halogen tube.

The superconducting metal electric heating sheet of the electric ceramic furnace is a superconducting metal, thin sheet, "M" shape.

The heating plate of the electric ceramic furnace is made of nano-ceramic material.

The panel is a rectangular, square or circular table structure, and the material of the panel is glass, marble or metal.

The circuit control board installed on the electric heater of the furnace body is respectively connected with the electric heater of the furnace body and the electric ceramic furnace through lines and switch elements.

The circuit control board not only controls the power of the heating tubes on the four sides of the electric heater of the furnace body at the same time, but also separately controls the power of the heating tubes on any side of the electric heater of the furnace body and the power of the electric ceramic furnace. Controlled by the circuit control board, the power of the electric ceramic furnace and the furnace The power of the body electric heater is intelligently complementary, one side increases, and the other side automatically decreases.

A clothes drying rod is installed under the panel frame.

The electric ceramic stove installed at the center of the panel is a perfect circle, a rectangle or a square.

The utility model has the following beneficial effects:

1. Health and environmental protection: It completely solves the harm of electromagnetic radiation to the human body. The heat energy emitted by this heating device does not contain any high-frequency microwave radiation to the human body. On the contrary, the far-infrared rays emitted by the heating tube when it is working have health benefits. It can effectively activate human tissue cells and enhance human immunity. The electric ceramic stove is leak-proof, high-temperature resistant, heats up quickly, and saves electricity and energy.

2. Never choose pots: Electric ceramic stoves do not choose pots and utensils. They are suitable for purple sand, ceramics, heat-resistant glass and various metal flat-bottomed cookers. They have functions such as heat preservation, tea making, soup making, hot pot, barbecue, and steaming.

3. Safety and energy saving: the heat conversion rate is over 98%, and you can choose any heating surface and adjust the heating or cooking power according to your needs, so as to achieve the effect of energy saving; imported high temperature resistant microcrystalline panels have high durability Thermofusion capability, will not burst due to high or low temperature, safe and reliable.

4. Excellent functions: steaming, boiling, frying, deep-frying, stewing, scalding, grilling, heating, chess and card entertainment table, dining table, writing desk and other functions.

5. Convenient operation: The circuit control board adopts microcomputer smart chip, which can be controlled manually or by remote control.

6. Easy to clean: if the surface is dirty, just wipe it gently to remove it. If you add a little cleaning solution, the surface will be as clean as new.

Therefore, the utility model has the advantages of high efficiency and energy saving, convenient use, multi-purpose cooking, environmental protection, beautiful and practical, safe and reliable.

Description of drawings

Fig. 1 is the structural representation of the utility model.

Fig. 2 is a schematic diagram of the expansion of the utility model.

Detailed ways

As shown in Figures 1 and 2, the utility model includes a base 1, a furnace body electric heater 2 located on the base 1, a heat dissipation window 3 located on the furnace body electric heater 2, and an electric ceramic furnace installed on the heat dissipation window 3 4. The panel 5 installed on the electric ceramic stove 4. Furnace electric heater 2 is composed of column 6, circuit control board 7, heat sink 8, energy-saving reflective screen 10, electric heating heating tube 11, protective net or protective grid 9, column 6 is installed on the base 1, and the furnace body is electrically heated A circuit control board 7 is installed between two adjacent uprights 6 on the front of the device, and heat sinks 8 are installed between every other adjacent two uprights, and an energy-saving reflective screen 10 is installed above the circuit control board 7 and each heat sink 8, An electric heating heating pipe 11 is installed in front of each energy-saving reflective screen 10 , and a protective net or protective grid 9 is installed in front of the electric heating heating pipe 11 . The heat dissipation window 3 includes a heat dissipation frame 14 and a panel frame 12 , and the panel frame 12 is installed above the heat dissipation frame 14 . The electric ceramic furnace 4 comprises a fixed plate 15, a heating plate 16 installed on the fixed plate 15, a nano-ceramic plate 17 installed in the heating plate 16, a superconducting metal electric heating sheet 18 spirally embedded in the nano-ceramic plate 17, an installation Microcrystalline plate 19 above superconducting metal electric heating plate 18 . The fixed plate 15 is installed at the center of the heat dissipation window 3 ; the electric ceramic furnace 4 is installed at the center of the panel 5 , and a protective cover 20 is placed on the electric ceramic furnace 4 . A clothes-horse 13 is installed below the panel frame 12 .

The energy-saving reflective screen 10 is in the shape of an arc "M", and the protective cover or protective net 9 is in the shape of a flat bottom "W".

The electric heating heating tube 11 is a far-infrared carbon fiber heating tube or a carbon tube or a halogen tube.

The superconducting metal electric heating sheet 18 of the electric ceramic furnace 4 is a superconducting metal, flake shape, and "M" shape.

The heating plate of the electric ceramic furnace is made of nano-ceramic material.

The panel 5 is a rectangular, square or circular table structure, and the material of the panel is glass, marble or metal.

The circuit control board 7 installed on the furnace body electric heater 2 is connected with the furnace body electric heater 2 and the electric ceramic furnace 4 respectively through lines and switching elements.

The circuit control board 7 not only controls the power of heating tubes on four sides of the body of furnace electric heater 2 simultaneously, but also separately controls the power of heating tubes on any surface of the electric heater of the body of furnace 2 and the power of the electric ceramic furnace 4. Controlled by the circuit control board 7, the electric The power of the pottery furnace 4 and the power of the furnace electric heater 2 are intelligently complemented, one increases, and the other automatically decreases.

The electric ceramic stove 4 installed in the center of the panel 5 is a perfect circle or a rectangle or a square.

As shown in Figures 1 and 2, the furnace electric heater 2 consists of 4 columns 6, 1 circuit control board 7, 3 heat sinks 8, 4 energy-saving reflective screens 10, 8 electric heating tubes 11, 4 The protective net or protective grid 9 is composed of four columns 6 installed on the base 1, the electric heater of the furnace body is equipped with a circuit control board 7 between the two adjacent columns 6 on the front, and the heat dissipation is installed between each adjacent two columns on the remaining three sides. sheet 8, install an energy-saving reflective screen 10 above the circuit control board 7 and each heat sink 8, install two electric heating heating pipes 11 on each energy-saving reflecting screen 10, install a protective net or protective grid on the electric heating heating pipe 11 9. The heat dissipation window 3 is composed of a heat dissipation frame 14, a panel frame 12, and a clothes rail 13. The panel frame 12 is installed above the heat dissipation frame 14, and the clothes rail 13 is installed below the panel frame 12; the electric ceramic furnace 4 is composed of a fixed plate 15, The heating plate 16 installed on the fixed plate 15, the nano-ceramic plate 17 installed in the heating plate 16, the electric heating plate 18 embedded in the nano-ceramic plate 17, and the microcrystalline plate 19 installed on the electric heating plate 18 are formed. The fixed plate 15 is installed at the center of the heat dissipation window 3 ; the electric ceramic furnace 4 is installed at the center of the panel 5 , and a protective cover 20 is placed on the electric ceramic furnace 4 . The column installed on the base is hollow fan-shaped or square. A balance regulator or universal casters 21 are installed below the base 1 .

Claims (10)

1. efficient energy-saving desktop multifunction electric pottery stove comprises base (1), is positioned at body of heater electric heater (2) above the base (1), is positioned at heat radiation window (3) above the body of heater electric heater (2), is installed in electricity pottery stove (4) on the heat radiation window (3), is installed in the panel (5) above the electric pottery stove (4); It is characterized in that:

Body of heater electric heater (2) comprises column (6), circuit control panel (7), fin (8), energy-conservation radiation shield (10), electrical heating heat-generating pipe (11), protection network or guard boom (9), column (6) is installed on the base (1), between positive adjacent two root posts of body of heater electric heater (6) circuit control panel (7) is installed, between all the other every adjacent two root posts fin (8) is installed, at circuit control panel (7) and each fin (8) top energy-conservation radiation shield (10) is installed, electrical heating heat-generating pipe (11) is installed in each energy-conservation radiation shield (10) the place ahead, in electrical heating heat-generating pipe (11) the place ahead protection network or guard boom (9) is installed;

Heat radiation window (3) comprises heat radiation frame (14), panel rack (12), and panel rack (12) is installed in heat radiation frame (14) top;

Electricity pottery stove (4) comprises fixed disk (15), is installed in the heating plate (16) on the fixed disk (15), the crystallite plate (19) that is installed in the interior nano ceramics dish (17) of heating plate (16), spirals and be embedded in the interior superconducting metal electric heating sheets (18) of nano ceramics dish (17), be installed in superconducting metal electric heating sheets (18) top;

Fixed disk (15) is installed in the interior center of heat radiation window (3); Electricity pottery stove (4) is installed in panel (5) center, is placed with protective cover (20) above the electric pottery stove (4).

2. efficient energy-saving desktop multifunction electric pottery stove according to claim 1 is characterized in that: described energy-conservation radiation shield (10) is circular arc " M " shape, and protective cover or protection network (9) are just flat " W " shape.

3. efficient energy-saving desktop multifunction electric pottery stove according to claim 1, it is characterized in that: described electrical heating heat-generating pipe (11) is far infrared carbon fiber heating pipe or carbon element pipe or halide torch.

4. efficient energy-saving desktop multifunction electric pottery stove according to claim 1 is characterized in that: the superconducting metal electric heating sheets (18) of electric pottery stove (4) is superconducting metal, laminar, " M " shape.

5. efficient energy-saving desktop multifunction electric pottery stove according to claim 1 is characterized in that: described electric pottery stove heating plate belongs to the nano ceramics material.

6. efficient energy-saving desktop multifunction electric pottery stove according to claim 1 is characterized in that: described panel (5) is the square or circular desktop structure of rectangle, and panel material is glass or marble or metal material.

7. efficient energy-saving desktop multifunction electric pottery stove according to claim 1 is characterized in that: the circuit control panel (7) that is installed on the body of heater electric heater (2) is connected with electric pottery stove (4) with body of heater electric heater (2) respectively by circuit and switch element.

8. according to claim 1 or 7 described efficient energy-saving desktop multifunction electric pottery stoves, it is characterized in that: circuit control panel (7) had both been controlled body of heater electric heater (2) four sides heat-generating pipe watt level simultaneously, separately control body of heater electric heater (2) arbitrary face heat-generating pipe watt level and electric pottery stove (4) watt level again, control by circuit control panel (7), electricity pottery stove (4) power and body of heater electric heater (2) power intelligent complementation, one side increases, and the opposing party reduces automatically.

9. efficient energy-saving desktop multifunction electric pottery stove according to claim 1 is characterized in that: in panel rack (12) below clothes-horse (13) is installed.

10. efficient energy-saving desktop multifunction electric pottery stove according to claim 1 is characterized in that: the described electricity pottery stove (4) that is installed in panel (5) center is positive circle or rectangle or square.

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