CN202032657U

CN202032657U - Far infrared intelligent quick heater

Info

Publication number: CN202032657U
Application number: CN201120128734XU
Authority: CN
Inventors: 马羿
Original assignee: Individual
Current assignee: Anshan Yifengge Electric Manufacturing Co Ltd
Priority date: 2011-04-27
Filing date: 2011-04-27
Publication date: 2011-11-09
Anticipated expiration: 2021-04-27

Abstract

The utility model discloses a far infrared intelligent quick heater, which belongs to the technical field of energy-saving heating equipment and is characterized by comprising a far infrared carbon fiber heating piece, a plurality of single aluminum alloy wing type radiating fins, a full-automatic intelligent temperature control system, double temperature probes and the like. The far infrared carbon fiber heating piece not only is low in power and high in heat conversion rate, but also can emit far infrared rays beneficial for human bodies, is energy-saving and comfortable and realizes quick heating. The single aluminum alloy wing type radiating fins increase the radiating area and is favorable for radiating more effectively, the amount of the assembled radiating fins can be optionally selected according to needs of users, and the humanized heating design is realized. The full-automatic intelligent temperature control system is internally provided with a microcomputer control chip, and can realize functions of constant-temperature setting, time switch, double-current-leakage-preventive protection and the like. The far infrared intelligent quick heater has the advantages that a far infrared carbon fiber heating plate realizes maximum heating by the aid of minimum power, the multiple single aluminum alloy wing type radiating fins not only increase the radiating area, but also realize quick heating effect, different amounts of radiating fins can be arranged according to the needs of the users, the intelligent temperature control system not only is energy-saving, but also provides a safe and comfortable flexible heating mode for users by means of humanized control, energy-saving and environment-friendly heating requirements are really met, and the far infrared intelligent quick heater conforms to the low-carbon and healthful heating concept.

Description

Far infrared intelligent speed thermal recovery warmer

Technical field

The utility model relates to the electric heating equipment technical field, especially possesses the far infrared carbon fiber Electric heater of energy-conservation, intelligent and fast thermal characteristics, specifically is meant a kind of far infrared intelligent speed thermal recovery warmer.

Background technology

The a series of policies of country's appearance in recent years encourage to replace traditional central heating and boiler heating pattern with electric heating, are intended to reduce the air pollution of adopting the coal heating to bring, improve the integrated environment quality; And in the modern life, people are more and more higher to the requirement of quality of the life, particularly for winter indoor temperature responsive, comfortable, energy-conservation especially, electric heating has become a kind of inexorable trend of warming easily.

At present, known Electric heater heater mainly contains metal electric heating silk, conduction oil, ceramic heating element, quartz heating tube etc., these heaters exist usually that power consumption is big, the thermal efficiency is low, heat dissipation capacity is inhomogeneous, dry, shortcomings such as noise, service life be short are arranged.Existing in addition Electric heater since the defective of material and structure cause the shortcoming that heat dissipation capacity is little, the thermal efficiency is low, and lack effective intelligence control system mostly, not only inconvenient but also caused the further waste of the energy.

These defectives have had a strong impact on the heating effect of electric heating equipment, have brought very big obstacle for the raising of people's quality of life and the improvement of environmental quality.

Summary of the invention

Existing electric heating equipment power dissipation is big in order to overcome, drying, weak heat-dissipating, the thermal efficiency are low, control deficiency such as inconvenience, the utility model provides a kind of far infrared intelligent speed thermal recovery warmer, this heating device not only low in energy consumption, comfortable moist, heat dissipation capacity is big, the thermal efficiency is high but also the speed that heats is fast, and the indoor temperature of demand can be set easily by intelligent temperature control system.

The technical scheme that its technical problem that solves the utility model adopts is: heat as heater by far infrared carbon fiber heating plate, with the far infrared carbon fiber heating plate holder of fixed dimension in two big slightly monomer-type aluminium alloy wing formula fin of area, the middle filling with the silicone grease insulating heat-conduction material, a plurality of above-mentioned monomer-type aluminium alloy wing formula cooling systems are linked to each other with intelligent temperature control system by high temperature resistant wire, be installed in the aluminum alloy casing, can be equipped with different numbers according to user's request, the product of forming different model, be fit to different room areas, realize the maximization of heat dissipation capacity, minimumization of power consumption, the fastizationest with the speed of heating.A plurality of monomer-type aluminium alloy wing formula cooling systems are communicated with switch, intelligent temperature controller, power supply by high temperature resistant wire, allow the user that temperature can be set according to demand, and not only convenient, flexible but also energy savings to greatest extent realizes energy-conservation intelligent heating.

Described far infrared carbon fiber exothermic part is a carbon fiber electrothermal plate, establish the carbon fiber heating paper structure that has electrode for the alkali-free glass wool cloth clamp that contains epoxy resin, the glass wool cloth that wherein contains epoxy resin is two-layer, thickness is about 1cm, fills with the silicone grease heat-conducting insulation material in the middle of heating board and the aluminum alloy heat sink.

Described intelligent temperature controller comprises LCD, two temperature-sensing probes and microcomputer controller, has functions such as temperature demonstration, thermostatic control, time switch, earth leakage protective, high temperature alarm, fully-automatic intelligent pattern.Intelligent temperature controller is connected with heating board, switch and power supply by high temperature resistant wire, and two temperature-sensing probes are distinguished senses room temperature and body surface temperature, and the temperature information of sensing is delivered to through in the microcomputer controller of programming, and realizes the intelligent temperature control function.

Described aluminum alloy heat sink is the monomer-type aluminium alloy structure of fixed size, and profile is the design of wing formula, frivolously is beneficial to heat radiation; Far infrared heating plate of monomer-type aluminum alloy heat sink sandwich of two fixed dimensions, and fill with the silicone grease heat-conducting insulation material, the monomer-type aluminum alloy heat sink of varying number is grouped together constitutes the product of different model.

The utlity model has following advantage:

1, the utility model adopts new material far infrared carbon fiber heating plate as heater, power is low, thermal conversion rate is high, it is fast, comfortable moist to heat, the carbon fiber heating plate can produce far infrared at the energising heated condition, help person health, make simultaneously indoor temperature evenly, the raising of express delivery, reached purpose energy-conservation, comfortable heating.

2, fill with the silicone grease insulating heat-conduction material in the middle of heating board and the aluminum alloy heat sink, make heat energy dispel the heat out by aluminum alloy heat sink fast, reached the effect of fast heat, strengthened insulation simultaneously, security performance is further improved with minimum loss.

3, adopt intelligent temperature control system flexible, convenient, safe, energy-conservation; not only the user can arbitrarily set the temperature required and time according to demand; see through liquid crystal display and can directly feed back to the user; and multiple protection functions allow the user more safety relieved, the thermostatic control function has further been saved the energy.

4, aluminum alloy heat sink adopts a plurality of monomer-type wing formula project organizations, with the heat dissipation capacity maximization of unit are, has really reached the effect of fast heat; Frivolous wing formula designs, and has enlarged the area of dissipation of body, and heating is more comfortable, heats better.

Description of drawings

Below in conjunction with drawings and Examples the utility model is further specified.

Fig. 1 is the overall appearance figure of an embodiment of the utility model.

Fig. 2 is the cut-away view of Fig. 1 embodiment.

Fig. 3 is the side elevational schematic view of Fig. 1 embodiment.

Fig. 4 is the single fin outside drawing of Fig. 1 embodiment.

Fig. 5 is the single heat radiating fin structure figure of Fig. 1 embodiment.

Fig. 6 is the heater overall structure figure of Fig. 1 embodiment.

1. digital display screens among the figure, 2. intelligent temperature controller, 3. ship type switch, 4. power line, 5. high-temperature resistance plastice plug, 6. far infrared carbon fiber heating plate, 7. monomer-type aluminium alloy wing formula fin, 8. dustproof buckle closure, 9. aluminum alloy casing, 10. aluminium alloy ornamental strip, 11. earth connection screws, 12. Copper Foil solder joints, 13. high temperature resistant lines, 14. copper foil electrodes, 15. carbon fiber heating paper, 16. high-temperature probes, 17. room temperatures probe, 18. control boxes, 19. insulating heat conductive silicon greases

The specific embodiment

The utility model has various embodiments, and every kind of embodiment overall structure is identical with know-why, only is the quantity difference of wing formula fin, multiple different number of combinations can be arranged to satisfy the heating requirement according to user's needs.

Below in conjunction with a kind of embodiment and accompanying drawing the utility model is further described:

Single as shown in Figure 5 heat radiating fin structure, comprise far infrared carbon fiber heating plate 6, at the monomer-type aluminium alloy wing formula fin 7 of heating board both sides, be clipped in the insulating heat conductive silicon grease 19 between fin and the heating board.

This routine heater is a far infrared carbon fiber heating plate 6, be that the alkali-free glass wool cloth clamp that contains epoxy resin is established and had electrode far infrared carbon fiber heating paper structure, it is set to: have far infrared carbon fiber heating paper 15, epoxy coating, the alkali-free glass wool cloth of copper foil electrode 14, its compound hot pressing is formed; The alkali-free glass wool cloth that wherein contains epoxy resin is at least one deck.Far infrared carbon fiber heating paper composition comprises by weight percentage: paper pulp 70-96%, carbon nano-fiber 2-20%, nano-far-infrared negative ion powder 1-5%, diffusant 1-5%; The concrete composition of this example is: paper pulp 85%, carbon nano-fiber 10%, nano-far-infrared negative ion powder 6%, diffusant 4%; Its preparation method is as follows: use the paper pulp (selecting string such as straw for use) for preparing, making beating beginning adding in back 2 hours weight content is 10% carbon nano-fiber, add weight content simultaneously and be 4% two sodium naphthalene sulfonates (NNO) of papermaking diffusant methyl, continuation making beating adding in 1 hour weight content is 6% nano-far-infrared negative ion powder (bamboo-carbon fibre), paper pulp is surplus, and making beating 5 as a child was up to the standards; Copy paper, oven dry then, the resistivity of present embodiment far infrared carbon fiber heating paper is 40-800 Ω .cm.

Described radiator comprise aluminum alloy casing 9 and with the combined some monomer-type aluminium alloy wing formula fin 7 of shell, its material is an aluminium alloy, realize better heat radiation in order to increase area of dissipation, fin section adopts the design of ultra-thin wing formula, rapid heat dissipation, make far infrared blocking-up rate will for minimum, easily absorb heat energy, be beneficial to propagation; Be clipped in two in the aluminium alloy wing formula fin 7 far infrared carbon fiber heating plates 6 because adopt nano-far-infrared fever paper and and contain the nano-far-infrared coating, can send the far infrared that wavelength is 8-15 μ m in "on" position, this far infrared is useful to health, under the heating of far infrared carbon fiber heating plate 6, the surface temperature of aluminium alloy wing formula fin 7 is no more than 80 degree, moisture in the vaporization chamber not, and every of its power only is 180-250W, power consumption is far below other radiators, not only energy-conserving and environment-protective, and it is gentle comfortable, helpful again to human body, be the optimal selection of electric heating calandria.In order better to realize heat radiation, further insulation improves coefficient safe in utilization, and this embodiment has added insulating heat conductive silicon grease 19 in aluminium alloy wing formula fin 7 and far infrared carbon fiber heating plate 6, further ensures heat radiation and safety coefficient.

As shown in Figure 1, 2, what connect heater is aluminum alloy casing 9 and the control box 18 that temperature control system is housed, and control box is provided with intelligent temperature controller 2, ship type switch 3, power line 4, the earth connection screw 11 that links to each other, has digital display screen 1 with far infrared carbon fiber heating plate 6.Power line 4 links to each other with ship type switch 3 and intelligent temperature controller 2, and intelligent temperature controller 2 links to each other with two Copper Foil solder joints 12 of far infrared carbon fiber heating plate 6 by high temperature resistant line 13.In order accurately to respond to indoor temperature and body surface temperature, present embodiment design has high-temperature probe 16 and room temperature probe 17 to link to each other with intelligent temperature controller 2, be used for guaranteeing to use more comfortable, more energy-conservation, safer to temperature control system feedback body surface temperature and indoor temperature.Attractive in appearance and generous on the whole, be furnished with high-temperature resistance plastice plug 5 and aluminium alloy ornamental strip 10 in the both sides of aluminum alloy casing 9, each monomer-type aluminium alloy wing formula fin 7 gap location is equipped with dustproof buckle closure 8, and is both elegant in appearance, prevent that again dust from entering body, hommization more.Heating device constant temperature and timing controlled and switch are controlled by the user, Default Value heating device maximum temperature, and the user can require temperature and time to regulate setting voluntarily according to heating after buying.

Claims

1. far infrared intelligent speed thermal recovery warmer, it is characterized in that: comprise aluminum alloy casing, the a plurality of aluminium alloy wing formula fin that are connected with shell, be clipped in the far infrared carbon fiber exothermic part in this wing formula fin, the intelligent temperature control system and the power supply of control heating and circuit.

2. far infrared intelligent speed thermal recovery warmer according to claim 1, it is characterized in that: described heater is a far infrared carbon fiber heating plate, establishes the far infrared carbon fiber heating paper structure that has electrode for the glass fiber cloth clamp, wherein glass wool cloth is at least one deck.

3. far infrared intelligent speed thermal recovery warmer according to claim 1, it is characterized in that: described aluminium alloy wing formula fin is a plurality of unitary structure, can be equipped with varying number according to customer requirements.

4. far infrared intelligent speed thermal recovery warmer according to claim 3, it is characterized in that: described aluminum alloy heat sink is necessary for wing formula structure.

5. far infrared intelligent speed thermal recovery warmer according to claim 3, it is characterized in that: aluminium alloy wing formula fin must be clipped in carbon fiber heating plate both sides, and fill with the high-temperature insulation silicone grease centre.

6. far infrared intelligent speed thermal recovery warmer according to claim 1, it is characterized in that: described intelligent temperature control system has numeral and shows, can realize functions such as thermostatic control, time switch, dual earth leakage protective by built-in microcomputer control panel.

7. far infrared intelligent speed thermal recovery warmer according to claim 6, it is characterized in that: described intelligent temperature control system links to each other with the carbon fiber heating plate by high temperature resistant wire, and is connected with two temperature-sensing probes.

8. far infrared intelligent speed thermal recovery warmer according to claim 6, it is characterized in that: described two temperature-sensing probes are respectively: high-temperature probe and room temperature probe.