CN101943436B - Excess/waste heat reutilization structure of little sun heater - Google Patents
Excess/waste heat reutilization structure of little sun heater Download PDFInfo
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- CN101943436B CN101943436B CN2010102579186A CN201010257918A CN101943436B CN 101943436 B CN101943436 B CN 101943436B CN 2010102579186 A CN2010102579186 A CN 2010102579186A CN 201010257918 A CN201010257918 A CN 201010257918A CN 101943436 B CN101943436 B CN 101943436B
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Abstract
The invention discloses an excess/waste heat reutilization structure of a single/double heat source little sun heater, which is technical improvement on invention 201010206382.5. In the structure, a blower forms hot air originally lost due to flow and heat energy carried by a heat source carrier into a hot wind, and blows or draws the hot wind to the space above, below and behind an infrared radiation region as well as the left and the right outside the infrared radiation region so as to independently heat a human body. At the same time, the invention also designs special heating units for feet and hands and forms a plurality of heating points. When the invention is used in a four-pan heater for supplying heat in four sides, other two sets of heating units (including two sets of reflectors, heat sources, electrical switches and other spare and accessory parts) can be replaced by hot wind in two sides, and the saved cost of the two sets of accessory parts can be used to counteract the cost of newly increased accessory parts, thereby reducing half of the electric power and saving half of the accessory parts. Thus, the invention has the advantages of simple structure, low cost and easy manufacturing, and can realize fast popularization and sale.
Description
Technical field
What the present invention relates to is small solar warmer, especially for be applicant's's 201010206382.5 " remaining, waste heat utilization structure of small solar warmer " of submitting on June 6th, 2010 technological improvement.
Background technology
Small solar warmer is since coming out, although pattern renovates every year, on performance, heat utilization efficiency low and high energy consumption, power are greatly, not energy-conservation situation but has no effective change always.However, its series of products still, with advantages such as quick heating, price are low, occupy first of the heating equipment volume of production and marketing every year, are opera involving much singing and action, pillar industry that industry is generally acknowledged.
in the face of this rural area that most flows to, large heating equipment of annual waste electric energy hundreds of millions of (kilowatt hours) causes national grid in winter rural power grids excess load particularly, and the user heating realistic problems such as over-burden, the applicant on June 6th, 2010 submit to 201010206382.5 " small solar warmer more than, waste heat utilization structure " patent of invention in, use blower fan, the opening of reflector upper edge hole (hole) and hold together heat channel, establish the technology such as fin in the thermal source carrier, hot-air with the thermal source generation, and the heat energy that carries of thermal source carrier all to form effective hot blast be the human body heating together with infrared ray, therefore, its power has been reduced by one times.
The applicant investigates discovery, has " two pot ", " four pots " many thermals source of type Sunny of a kind of being known as " warm despot " rather well received in its series of products [annotate: the industry local, colloquial expressions claim that parabola aluminium matter reflector is " pot "].That is: square shell, four faces are installed respectively two covers or quadruplet and are comprised the electro-heat equipment of the independent electricity consumption of " pot ", towards one (up and down), two (front and back) or four orientation be orientation separately user's infrared radiation heats.Through investigation, its popular part is that it has made up single thermal source Sunny and itself has only had a heating point, opens the deficiency that the head-shaking device heating effect is had a greatly reduced quality when many people use.
In addition, also have a kind of same heating face up and down or lean against two thermals source " all-in-one " that air-heater and infrared ray (pot) are installed respectively privately, air-heater and " pot " are respectively also two independently electrical appliances, and the user take affiliated infrared ray and hot blast as different azimuth heats respectively.
After testing, the electricity consumption total amount of above-mentioned " multi-pot type " and " all-in-one " Sunny more greatly surprising, more than meeting or exceeding 2000w, have the title of " super electric-tiger, power consumption king ".So, significantly (at double) reduce " many pots " particularly electric power of " four pots of warm despots of types " and " all-in-one " Sunny, alleviate ten million burden for users, alleviate network load and waste very urgent with electric power resource.
, 201010206382.5 patented technologies can't change the situation of " all-in-one " two electric powers.And when being applied to " single pot " type, the accessory that must increase only has a cover, and cost is still low, popularization is not difficult, but will be applied to " four pots " type, and the spare and accessory parts such as required blower fan, electric switch are corresponding nearly quadruplets all also, certainly will cause complex structure, production cost high, product is difficult to promote.
In fact, only have the electric power of the whole family of Sunny series of products is reduced at double, does not affect again former heating effect, do not increase manufacturing cost, could form strong promotion advantage, realize fast industry product update, realize national energy-conservation on a large scale.
Summary of the invention
The technology that the present invention will solve is asked and is put forward remaining, the waste heat utilization structure that is to provide a kind of systems with one or two heat sources small solar warmer, allow on warmer the heat energy that carries form that hot blast arrives orientation beyond the infrared radiation zone or zone is independent is user's heating, realization: one " pot " two heating point, two " pot " four heating points; Not only reduced one times of electrical appliance (i.e. one times of power consumption), can also allow the cost of one times of spare and accessory parts saving and the accessory cost of increase offset.
And utilize all the other, used heat aims at pin and hand is provided with the hot-wind heating device, makes that its function is more, heat utilization efficiency is higher, also hommization more.
For realizing described purpose, the present invention just breaks away from the hot-air of thermal source rising and the heat energy that the thermal source carrier carries by blower fan, form new, air heating point independently separately or converge a place and form hot blast and blow or inhales and deliver to other zone in addition, infrared radiation zone and comprise orientation.
As the first preferred structure by the auxiliary air-supply of pipeline of the present invention,
One: be with assembling at the thermal source carrier of tubular (bottomless) foremost, to air blast in carrier; Or be arranged on the thermal source carrier and comprise reflector behind, air draught backward.
Its two: be with pipeline after the behind of reflector upper edge hole perforate connects, by blower fan air draught backward.
Its three: be above-mentioned two parts hot blast to be converged a place inhale and send backward.
Above-mentioned air supply direction also comprises air supply duct the upper and lower, left or right-hand of rear arrival of turning round;
Also comprise via the threeway that is arranged on airduct, and hot blast is applied to pin or thin case shape hot-wind heating device on hand specially.
As the present invention without the second auxiliary preferred structure of pipeline, to be connected the shell of a sealing behind at reflector, form the cavity of a sealing, this cavity to opening and the perforation of thermal source carrier of major general's reflector upper edge hole included interior in the passway of behind, reflector center, assembling is on the shell wall of other any one side, and wind direction is external.
, with the reflector upper edge hole perforate that this preferred structure adapts, be to change original single hole (or claiming mouth) to be several apertures.
, with the thermal source carrier that this preferred structure adapts, be front end (large end) sealing of ceramic monolith that former two is logical, and will at the bottom of whole wrapping wire chase, aperture be set all.
Described ceramic monolith inside is alveolate texture, and the honeycomb ceramics material is with its body.
Described carrier is that pottery is made or the manufacturing of insulation aluminium alloy.
[notes] second described accessory of preferred structure is equally applicable to the first preferred structure.
The blower fan of the above each preferred structure and thermal source are controlled by same switch, synchronous working; Or be limited by separately again midway the air-blower control switch that arranges;
Or each free independent switch control, gear is all take second gear as good.
Described air supply duct has retractility, and the mouth of pipe is horn-like and safety guard net is arranged.
Said structure has formed that single thermal source replaces two thermals source, two thermal source replaces four thermals source, comprises the goal of the invention of the air-heater on " all-in-one ", and therefore, this structure can be applicable on the small solar warmer of single thermal source, double heat source type number.
Beneficial effect
The present invention blows hot blast or inhale and delivers to upper and lower, rear, left or right-hand beyond the infrared radiation zone, becomes effective hot blast independently for the human body in this orientation heats, and hot blast temperature is high, heat enough.And be specially provided with the Special heating appts of pin and hand, make that its electric heating utilization rate is higher, function is more, also hommization more.
When the present invention is applied in the traditional Sunny product of four thermals source (four " pot "), the waste heat, the used heat that produce with wherein two cover heat power supply devices have replaced another two cover heating installations (comprising the spare and accessory parts such as two cover reflectors, thermal source, electric switch), with the two covering device costs of saving, offset newly-increased accessory costs.And the hot blast that forms with waste heat, used heat has replaced the air-heater of " all-in-one " upper independent electricity consumption.
In sum, the present invention is not only efficient, energy-conservation, and simple in structure, with low cost, be easy to produce and market.
Description of drawings
Below in conjunction with accompanying drawing, content of the present invention is described further.
Fig. 1 is single " pot " front (list) air inlet structure figure
Fig. 2 is (two) air inlet structure figure after single " pot "
Fig. 3---be 1. two " pot " four heating structure figure, 3---be 2. the circuit relationships schematic diagram
Fig. 4 is downward blowing hot-air and the special-purpose heating dot structure of pin hand figure
Fig. 5 is the closed cavity air inlet structure, and the ceramic body structure chart
in figure: 1 thermal source, the perforate group of 2 reflector upper edge holes, the ceramic monolith of 3 front end sealings, 4 heating wire, a plurality of perforates in 5 ceramic body chases, celluar tissue in 6 ceramic bodies, 8 blower fans, 9 front blower fan transition conduit, 10 hollow fixed legs, 11 ajutages, 12 hot-air mouth safety guard nets, 13 shells, 14 reflectors, 15 fin or metal beehive, 16 endothermic tubes, 17 hold together heat channel, 18 reflector top perforates, 19, 19 ' blower installation platform, 20 rear transition conduit, the top grade of 21 liang of gear switch, the low grade of 22 liang of gear switch, 23 reflector center drillings, 25 blower fan special switch, 26 threeway bifurcated pipes, 27 warm-keeping box, go out hot aperture (a plurality of) on 28 warm-keeping box, 29 intussusception pipe pipe shafts, 30 reflector safety guard nets.
The specific embodiment
As shown in Figure 1, in the one side of square or rectangle shell 13, reflector 14 is installed, its center drilling 23 places connect hollow fixed leg 10; Logical thermal source ceramic body 1, the blower fan transition conduit 9 in two of having filled in fin or metal beehive 15 is connected with blower fan and outwards connected successively.
After reflector ajutage 11 behind is connected with centre bore 23, air channel connects namely, and the mouth of pipe of ajutage has safety guard net 12.All there are Si Ya or screw hole platform to connect between each accessory.As shown in the wave arrow, cold air is sucked by blower fan 8, and after being heated by fin, from behind ajutage 11 blows out.In this example, blower fan transition conduit 9 is inessential accessory, if remove, must carry out provision for thermal insulation between blower fan and ceramic body.
As Fig. 2---1. as shown in, be two air inlet structure schematic diagrames after single " pot ": this example is take annular halide torch thermal source 1 as example, carries in the hollow sting pipe of halide torch and fills in fin or metal beehive 15.The top of reflector upper edge hole perforate 18 is that " C " shape is held together heat channel 17, and perforate connects heat absorption wind pipeline 16 behind, this pipeline be docked at reflector behind one section transition conduit 20 of central hole converge, connect afterwards and be connected with the air inlet of blower fan 8.Blower fan is fixed on platform 19.The front safety guard net of reflector is 30.
Working method is: hold together the hot-air that heat channel 17 will rise to herein and gather, then from perforate 18 along endothermic tube 16 by blower fan 8 inspirations; Simultaneously inspiration also have hot-air from fin 15 in halide torch thermal source hollow sting pipe, this two parts hot-air blows out (shown in the wave arrow is the travel path of hot and cold air) after all by blower fan, via ajutage, being supported or opposed.This routine described blower fan is except high-temperature resistant axial-flow fan, if adopt turbofan to inhale to send more powerful.
This routine described endothermic tube 16 can also change into: draw a sealing undercut button (die casting, welding etc.) downwards on reflector along perforate 18 behind at reflector, form one and be attached to reflector flat secret tunnel behind, lower end and transition conduit 20 connect.Effect after changing and purpose are identical with endothermic tube 16, and be also more hidden.
This routine described hot-air aspiration channel 16 also can directly be connected with blower fan 8, blower fan is only inhaled this a part of hot-air to be sent to the heating target separately, and the heat energy of thermal source carrier does not utilize, and is a kind of of single air inlet structure yet, and hot blast rate is than above-mentioned pair of air inlet structure little (omiting in figure).
This routine described air channel is all sealed, so shell 13 can remove, and removes rear fan mounting platform 19 and can be fixed on reflector, and overall structure just develops into reflector and carried by " U " shape carriage.
The single thermal source of list " pot " new-type " all-in-one " schematic diagram (side schematic appearance) that---2. is Fig. 2---forms with shell 13 structures as described in 1. as Fig. 2.Its ways of heating is the top hot-air, and bottom infrared ray, position relationship both can also be done the top to bottom, left and right, front and rear displacement.
As Fig. 3---1. as shown in, schematic top plan view for two " pot " four heating structures: two reflectors 14 (containing thermal source) are arranged on positive and negative square or rectangle shell 13, two blower fans connect respectively the curved ajutage that is separately 90 ° of angles and hot-air is blown or inhales deliver to another two sides, form two infrared heating points, two air heating point four sides heating effects.
Two reflectors except installing in the other direction, can also be arranged on two faces that public affairs turn, its ajutage behind square crossing and respectively towards separately opposite direction in housing.
As Fig. 3---2. as shown in, be that blower fan 8 shares a switch with thermal source 1, the gear of switch be solely grade or two shelves.During two gears, one grade is 21, and second gear is 22, and the independent switch 25 that midway also has of blower fan circuit is controlled its switching.
Except the foregoing circuit relation, can also be; Blower fan and thermal source are controlled by two gear switch separately respectively, work independently, and (omiting in figure) each other is independent of each other.
As shown in Figure 4: on single " pot " Sunny, blower fan 8 be fixed on be arranged at behind platform 19 of reflector ' on, hold together hot-air and the hot blast in ceramic body that heat channel gathers and all by blower fan 8, aspirated (as shown by arrows).Ajutage (pipeline of fan outlet is ajutage) is fixed under reflector, fixed form has two kinds of fixed and Removable hook 31 formulas, after fixing, hot blast obliquely is blown into human body lower limbs, and wherein the purpose of movable connection is easily the ajutage mouth of pipe towards other places.If when this structure is applied on shorter desk-top Sunny, ajutage is upwards drawn, be fixed on reflector top, hot blast blows obliquely.
3 vertical lines 29 at mouth of pipe place represent that namely this section pipe shaft is that (at least two sections) pipe intussusception of segmentation forms, and can easily the mouth of pipe be extended or regain.Can adopt foldable structure in addition, for example the folding bellows of accordion.This stretching structure is equally applicable to front several embodiment.
Shown in the arrow of this figure upper left side is the enlarged diagram that directly designs the hot-air air inlet structure on heat channel 17 holding together.That is: herein the heat channel that holds together has not been only to work the monolithic groove of gathering hot air acting, but the semiclosed box body of an arc, with the strip open butt joint on reflector top, in box body, ventricumbent one side is covered with heat absorption aperture 2, and hot-air enters via this aperture group.This structure endothermic effect is better than at reflector tapping air intake, but than the former, complexity is arranged slightly on making.
Shown in this figure lower left is the Special heating appts of pin or hand.That is: at ajutage, a threeway bifurcated pipe 26 is set midway, the mouth of pipe and the lower end mouth of pipe have movable docking structure, this structure for spinning, the mode such as snapping, hook, to guide under hot blast in the double-legged special-purpose flat casing 27 of heating installation of a sealing after docking, hot blast goes out hot aperture 28 from box cover numerous and blows out, for the both feet of putting thereon provide warm braw, on cover to fix and lay the strong textile thin quilt of gas permeability and cover both feet (in figure slightly).This casing is made to such an extent that thinlyyer can be both hands while being placed on desktop hot blast is provided.
Working method is: when pin or hand needed heating, the ajutage mouth of pipe that the place ahead is large was blocked with the lid of blocking up of separately putting, and hot blast must blow out and arrive in device 27 from bifurcated pipe 26, can install in case of necessity an accessory fan suction in casing additional.When pin hand used time not, the lid of blocking up that the mouth of pipe of bifurcated pipe 26 is also separately put is blocked, and hot blast blows out from the place ahead bassoon mouth.
Abovely take heating wire ceramic body and halide torch thermal source and metal hollow stand tube thereof as embodiment, made description of drawings, can exchange between them, embodiment and accompanying drawing are described no longer one by one.It should be noted that no matter be which kind of thermal source, its position all should be suitably near in reflector, and be not suitable for away from reflector, at least should flat reflector aperture lines or should be in aperture lines take interior as good.Its purpose is that hot-air can rise and be held together heat channel 17 and draw in along the reflector wall body as much as possible.
As Fig. 5---1. as shown in: on the heating wire carrier 3 of front end (large end) sealing, the whole chase bottom that is wound around heating wire 4 is covered with aperture 5 (Kong Qun).Described carrier inside can be sky, also celluar tissue 6 can be set, the same carrier of the material of this celluar tissue.Aperture group 5 and celluar tissue 6 all connect with the rear end (small end) of this carrier, and this small end is uncovered, with the reflector central opening, docks.
Described heating wire carrier just is ceramic body with what ceramic material was made.Can also be called metallic carrier with the manufacturing of insulation aluminium alloy, the metallic carrier heat absorption is more, heat radiation is also faster, and blower fan just can be drawn into the hot blast of higher temperature naturally.
As Fig. 5---2. as shown in: be connected shell 13 after reflector, form the chamber of a sealing, at least one blower fan 8 is arranged on any one face of shell from exhausting in cavity, at this moment, wind can only be inhaled into cavity (as shown by arrows) from two positions, one: the aperture group 5 in the ceramic body chase; Its two: the reflector upper edge hole holds together the hole group 2 under heat channel 17.
This structure has not only been saved metal beehive or the fin in the described aspiration channel of said structure, ceramic body, and because hole group 5 directly heats via heating wire, the hot blast temperature of inspiration is higher, and structure is also simpler, and manufacturing cost is lower.
[special instruction]: toply by reference to the accompanying drawings the preferred embodiments of the present invention mode is explained in detail, but the invention is not restricted to above-mentioned embodiment, those of ordinary skill in the art can also make other equivalence and changes and modify under the prerequisite that does not break away from aim of the present invention.
Claims (7)
1. remaining, the waste heat utilization structure of a systems with one or two heat sources small solar warmer, comprise blower fan (8), the heating wire ceramic monolith of thermal source (1) or halide torch hollow sting carrier; The hot blast that is formed by fin in carrier or metal beehive (15); Have the reflector (14) of center drilling (23), upper edge hole perforate (18) and hold together heat channel (17); Break away from the hot-air that thermal source rises, it is characterized in that: blower fan (8) is arranged on the place ahead of thermal source (1), and working method is blowing; Or the center drilling (23) that is arranged on reflector (14) behind, working method is air draught, these two kinds of air supply modes are all with described hot blast separately or converge a place and blow or inhales and deliver to infrared radiation zone upper and lower, rear a, left side or right bit in addition, form new independently air heating point.
2. remaining, the waste heat utilization structure of systems with one or two heat sources small solar warmer according to claim 1 is characterized in that: be connected and transition conduit arranged (9) between blower fan (8) and thermal source (1).
3. remaining, the waste heat utilization structure of systems with one or two heat sources small solar warmer according to claim 1, it is characterized in that: between blower fan (8) and reflector center drilling (23), transition conduit (20) is arranged, aspiration channel (16) is connected perforation with transition conduit.
4. remaining, the waste heat utilization structure of systems with one or two heat sources small solar warmer according to claim 1, it is characterized in that: when having two reflectors (14) that comprise thermal source to be arranged on the positive and negative of square or rectangle shell (13), two blower fans (8) connect respectively the curved ajutage that is separately 90 ° of angles, hot-air is blown or inhales deliver to another two sides, form two infrared heating points and two air heating point four sides heating effects.
5. remaining, the waste heat utilization structure of systems with one or two heat sources small solar warmer according to claim 1, it is characterized in that: described heating wire ceramic monolith is turriform, its large end sealing small end is uncovered, be covered with aperture (5) in whole chase, formed semi-enclosed cavity is cavity or has celluar tissue (6); Described carrier material is pottery or insulation aluminium alloy, the celluar tissue material in it with its together.
6. remaining, the waste heat utilization structure of systems with one or two heat sources small solar warmer according to claim 1, it is characterized in that: described to hold together heat channel (17) be a flat box body of semi-enclosed arc, dock with the upper edge hole perforate (18) on reflector, after docking, down inner face is covered with aperture (2); Rising hot-air is so far namely siphoned away by aperture (2) after being tackled by described box body.
7. remaining, the waste heat utilization structure of systems with one or two heat sources small solar warmer according to claim 1, it is characterized in that: shell (13) connects after reflector, forms the chamber of a sealing; Blower fan (8) is arranged on arbitrary upper outwards blowing, and its air inlet is the perforate group that reflector upper opening (18) or perforate group or arc box-type hold together heat channel (17), and the perforate group in the heating wire carrier chase of large end sealing.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310463396.9A CN103712335B (en) | 2010-06-07 | 2010-08-08 | Based on multi-functional small solar warmer structure remaining, waste heat utilization technology |
| CN2010102579186A CN101943436B (en) | 2010-06-07 | 2010-08-08 | Excess/waste heat reutilization structure of little sun heater |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010205326.X | 2010-06-07 | ||
| CN201010205326 | 2010-06-07 | ||
| CN2010102579186A CN101943436B (en) | 2010-06-07 | 2010-08-08 | Excess/waste heat reutilization structure of little sun heater |
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| CN201310463396.9A Division CN103712335B (en) | 2010-06-07 | 2010-08-08 | Based on multi-functional small solar warmer structure remaining, waste heat utilization technology |
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| Publication Number | Publication Date |
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| CN101943436A CN101943436A (en) | 2011-01-12 |
| CN101943436B true CN101943436B (en) | 2013-11-13 |
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| CN2010102579186A Active CN101943436B (en) | 2010-06-07 | 2010-08-08 | Excess/waste heat reutilization structure of little sun heater |
| CN2010202980389U Expired - Fee Related CN201944922U (en) | 2010-06-07 | 2010-08-08 | Residual heat and waste heat utilization structure of small solar warmer |
| CN201310463396.9A Active CN103712335B (en) | 2010-06-07 | 2010-08-08 | Based on multi-functional small solar warmer structure remaining, waste heat utilization technology |
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| CN2010202980389U Expired - Fee Related CN201944922U (en) | 2010-06-07 | 2010-08-08 | Residual heat and waste heat utilization structure of small solar warmer |
| CN201310463396.9A Active CN103712335B (en) | 2010-06-07 | 2010-08-08 | Based on multi-functional small solar warmer structure remaining, waste heat utilization technology |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103411251A (en) * | 2013-07-23 | 2013-11-27 | 好事达（福建）股份有限公司 | Infrared ray heater for curved U-shaped air flue |
| CN105526624A (en) * | 2016-01-15 | 2016-04-27 | 司红康 | Simple and high-efficiency irradiation type heater heat utilization structure |
| CN110440331B (en) * | 2019-08-09 | 2021-08-27 | 杭州华移技术有限公司 | Indoor quick heating type warmer |
| CN115751427A (en) * | 2022-11-05 | 2023-03-07 | 慈溪欣轮电器有限公司 | Waste heat utilization radiation type warmer |
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|---|---|---|---|---|
| CN2319752Y (en) * | 1997-12-22 | 1999-05-19 | 上海森中电器有限公司 | Heating device used under desk |
| US20100064545A1 (en) * | 2008-09-18 | 2010-03-18 | Shirley Pollack | Air dryer and sanitizer |
-
2010
- 2010-08-08 CN CN2010102579186A patent/CN101943436B/en active Active
- 2010-08-08 CN CN2010202980389U patent/CN201944922U/en not_active Expired - Fee Related
- 2010-08-08 CN CN201310463396.9A patent/CN103712335B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2293014Y (en) * | 1997-01-27 | 1998-09-30 | 林淑珺 | Heat reflecting plate adjusted electric warmer |
| JP2002147766A (en) * | 2000-11-14 | 2002-05-22 | Koki:Kk | Electric radiation heater |
| CN2532418Y (en) * | 2002-02-07 | 2003-01-22 | 赵少峰 | Portable gas hot-blowing fan |
| CN101004625A (en) * | 2006-01-20 | 2007-07-25 | 佛山市顺德区顺达电脑厂有限公司 | Host device with shielded enclosure for anti electromagnetic interference |
| CN200979285Y (en) * | 2006-10-10 | 2007-11-21 | 中山市家用电器总厂有限公司 | Warmer |
| CN201273694Y (en) * | 2008-07-28 | 2009-07-15 | 廖岳威 | Cyclic indoor air convection type electric heater |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101943436A (en) | 2011-01-12 |
| CN103712335B (en) | 2016-05-18 |
| CN103712335A (en) | 2014-04-09 |
| CN201944922U (en) | 2011-08-24 |
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