CN2926866Y - Carbon cooker - Google Patents

Abstract

The utility model discloses a cooking range provided heat quantity with carbon fiber and mainly applied to the gas-and-electricity range, electric range and the ranges with barbecue function in the cooking ranges, which belongs to a new heating and energy-saving method and comprises a heating device arranged in the inner cavity of the hull body; wherein, the heating device comprises a carbon fiber pipe component formed with the conductive carbon fiber enclosed in the sealing cavity; and the two ends of the carbon fiber pipe component is connected with the positive and negative poles of the electric power supply. By using the utility model to reach the purpose of getting cooked food through heating under the equivalent power condition, the heat efficiency can be improved by 15 percents or so.

Description

A kind of carbon fiber kitchen range

Technical field:

The utility model relates to a kind of kitchen range, particularly a kind of novel kitchen range that adopt new thermal power transfer mode.

Background technology:

Traditional family expenses kitchen range or industrial kitchen range all obtain heat energy by right burning of gas or adjust by heating wire that the resistance energising obtained heat energy afterwards and electromagnetic mode obtains heat energy, as common gas-cooker, and infrared ray electric stove, electromagnetic oven.Along with the surge of world energy sources critical arrival, especially fuel price, the use cost of gas-cooker raises, and also driven the rise of electromagnetic oven price simultaneously, and the thermal efficiency of traditional infrared heating heating furnace is low.Heating wire surface charging, safety in utilization are poor, and expose, have naked light, and service life is short.It is just extremely urgent to seek the new energy or power save mode like this.

The utility model content:

Problem to be solved in the utility model is to overcome the deficiencies in the prior art, on the basis of conventional red outside line electric stove, provides a kind of carbon fiber kitchen range of realizing that the electric energy saving and the thermal efficiency improve.

The utility model is to solve the problems of the technologies described above the technical scheme of being taked to be: a kind of novel kitchen range, comprise the heater that is arranged on kitchen range housing inner chamber, it is characterized in that: described heater includes to be encapsulated in the seal chamber uses the formed carbon fiber pipe assembly of carbon fiber by conducting electricity, and the two ends of carbon fiber pipe assembly are electrically connected with the both positive and negative polarity of power supply.

Be provided with the crystallite deck plate directly over the described carbon fiber pipe assembly, the crystallite deck plate is fixed on the top of kitchen range housing inner chamber.

Described kitchen range housing inner chamber also is provided with curved surface reflection device, described reflection unit be installed in the carbon fiber pipe assembly under.

Described kitchen range housing inner chamber is provided with fixed carbon fibre pipe assembly and makes it and crystallite deck plate, curved surface reflection device keep the support of certain fore-and-aft distance.

Described carbon fiber assembly is circle or equilateral polygon.

Described carbon fiber assembly comprises one group or concentric mutually many groups of being provided with.

The seal chamber of described carbon fiber assembly is a vacuum tube, and the carbon fiber in it is a strip, and the two ends of strip carbon fiber are connected the two poles of the earth of power supply by electric power connection line.

Described vacuum tube is resistant to elevated temperatures glass tube or earthenware.

Described support comprises two or more, and circle distribution is on kitchen range, and each support is provided with and the corresponding bayonet socket of carbon fiber pipe component count, and the shape of bayonet socket and size are corresponding with the cross section of vacuum tube.

Be filled with insulation material between the bottom of described curved surface reflection device and kitchen range housing.

Specifically, the technical solution of the utility model is carbon fiber to be processed into bar shaped place the high-temperature resistant glass tube of being pumped into intimate vacuum, make the carbon fiber pipe assembly, the both positive and negative polarity of connecting with the mains respectively in two ends, and its assembly is installed under the glass ceramic table-board on the kitchen range top, and under carbon fiber pipe, install a camber reflection plate, with heat radiation by the direction of camber reflection towards the crystallite deck plate, connect power supply, this moment, carbon fiber began heating work, and heat energy reaches the tableware vessel by the crystallite table top food is heated.

The beneficial effects of the utility model are:

1, adopt the carbon fiber pipe assembly to convert the heat conductor of heat energy to as electric energy, its thermal conductivity height, the thermal efficiency can improve about 15%;

2, auxiliaryly under the carbon fiber pipe assembly add curved surface reflection device, heat radiation can be concentrated on the crystallite panel that reflexes to the kitchen range top to reflection unit, makes the heat radiation of being accepted on the crystallite deck plate that itself has unidirectional heat transfer stronger;

3, carbon fiber is sealed in the vacuum tube, avoids carbon fiber oxidation at high temperature, improves its service life;

4, between curved surface reflection device and kitchen range housing bottom, fill insulation material such as quartz sand, heat insulation thermal insulation, therefore nearly all heat energy is concentrated to the bottom that is heated vessel, thereby realizes the raising of heat energy utilization rate, reaches energy-saving effect.

Description of drawings:

Below in conjunction with the drawings and specific embodiments the utility model carbon fiber kitchen range are described further:

Accompanying drawing 1 is the structure cutaway view of the utility model kitchen range;

Accompanying drawing 2 is the layout viewing of carbon fiber pipe;

Accompanying drawing 3 is the axonometric drawing of the utility model kitchen range.

The specific embodiment:

The switch 4 that carbon fiber kitchen range in the accompanying drawing 1 comprise housing 5, carbon fiber pipe assembly 2, are located at the camber reflection plate 6 of carbon fiber pipe assembly 2 belows, the crystallite deck plate 3 on the housing 5 and are connected with power supply with carbon fiber pipe assembly 2.Wherein carbon fiber pipe assembly 2 is circular, also can be processed into other shape as required, and reaching evenly provides thermal-radiating purpose.It is encapsulated in by the carbon fiber of strip and is pumped in the high-temperature resistant glass tube that is close to vacuum or in the earthenware, and two ends are connected with power supply and convert electrical energy into heat energy.Carbon fiber pipe assembly 2 can be provided with one group or several groups (shown in accompanying drawing 2,3) according to the needs of power, and each is organized carbon fiber pipe assembly 2 and is provided with one heart, guarantees the kitchen range uniformly transfer heat, and carries out power adjusting as required, and power all can be realized to several kilowatts from several hectowatts.Carbon fiber pipe assembly 2 is fixed on appropriate location under the crystallite deck plate 3 by the bayonet socket on the support 19, and camber reflection plate 6 is the aluminum camber reflection plates that reflect through the minute surface that electrification is handled, it is fixed on the appropriate location under the carbon fiber pipe assembly 3, makes it reach desirable reflecting effect (this position can change because of the size of carbon fiber pipe assembly 3 outside diameters).Between housing bottom 8 and camber reflection plate 6, fill out quartz sand 7 insulations.Because the both positive and negative polarity of power switch 4 is received at carbon fiber pipe assembly 2 two ends respectively, connect power supply and get final product work this moment, carbon fiber energising back heating, convert electric energy to heat energy, heat energy sees through the crystallite deck plate 3 with one-way radiation ability by radiation and reaches heating vessel, carbon-fiber thermal radiation to lower curved face reflecting plate 6 again gathering refract to crystallite deck plate 3, heat energy is fully utilized.Such kitchen range about about 15% with improving the thermal efficiency under the constant power, and have soft inside despite one's hard shell effect during its heating than conventional red outside line electric stove, and thermal radiation capability is stronger, longer service life.

The utility model is mainly used in pneumoelectric two-use stove and the single electric stove in the kitchen range and has on the kitchen range of baking function.

Claims (10)

1, a kind of carbon fiber kitchen range, comprise the heater that is arranged on kitchen range housing inner chamber, it is characterized in that: described heater includes to be encapsulated in the seal chamber uses the formed carbon fiber pipe assembly of carbon fiber by conducting electricity, and the two ends of carbon fiber pipe assembly are electrically connected with the both positive and negative polarity of power supply.

2, carbon fiber kitchen range according to claim 1 is characterized in that: be provided with the crystallite deck plate directly over the described carbon fiber pipe assembly, the crystallite deck plate is fixed on the top of kitchen range housing inner chamber.

3, carbon fiber kitchen range according to claim 2 is characterized in that: described kitchen range housing inner chamber also is provided with curved surface reflection device, described reflection unit be installed in the carbon fiber pipe assembly under.

4, carbon fiber kitchen range according to claim 3 is characterized in that: described kitchen range housing inner chamber is provided with fixed carbon fibre pipe assembly and makes it and crystallite deck plate, curved surface reflection device keep the support of certain fore-and-aft distance.

5, according to each described carbon fiber kitchen range of claim 1 to 4, it is characterized in that: described carbon fiber assembly is circle or equilateral polygon.

6, carbon fiber kitchen range according to claim 5 is characterized in that: described carbon fiber assembly comprises one group or concentric mutually many groups of being provided with.

7, carbon fiber kitchen range according to claim 6 is characterized in that: the seal chamber of described carbon fiber assembly is a vacuum tube, and the carbon fiber in it is a strip, and the two ends of strip carbon fiber are connected the two poles of the earth of power supply by electric power connection line.

8, carbon fiber kitchen range according to claim 7 is characterized in that: described vacuum tube is resistant to elevated temperatures glass tube or earthenware.

9, carbon fiber kitchen range according to claim 8, it is characterized in that: described support comprises two or more, circle distribution is on kitchen range, and each support is provided with and the corresponding bayonet socket of carbon fiber pipe component count, and the shape of bayonet socket and size are corresponding with the cross section of vacuum tube.

10, carbon fiber kitchen range according to claim 9 is characterized in that: be filled with insulation material between the bottom of described curved surface reflection device and kitchen range housing.