CN205351807U - Full automatic tracking , energy storage formula, indoor solar cooker of using - Google Patents
Full automatic tracking , energy storage formula, indoor solar cooker of using Download PDFInfo
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- CN205351807U CN205351807U CN201521060385.7U CN201521060385U CN205351807U CN 205351807 U CN205351807 U CN 205351807U CN 201521060385 U CN201521060385 U CN 201521060385U CN 205351807 U CN205351807 U CN 205351807U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B40/00—Technologies aiming at improving the efficiency of home appliances, e.g. induction cooking or efficient technologies for refrigerators, freezers or dish washers
- Y02B40/18—Technologies aiming at improving the efficiency of home appliances, e.g. induction cooking or efficient technologies for refrigerators, freezers or dish washers using renewables, e.g. solar cooking stoves, furnaces or solar heating
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/40—Solar thermal energy, e.g. solar towers
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P80/00—Climate change mitigation technologies for sector-wide applications
- Y02P80/20—Climate change mitigation technologies for sector-wide applications using renewable energy
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Abstract
The utility model discloses a by full automatic tracking, energy storage formula, indoor solar cooker of using and heat preservation dolly, dual -purpose stove, indoor heated kang is formed. The solar cooker is constituteed by throwing thing plane of reflection, azimuth driver, angle of elevation driver, central branch, mounting bracket, support frame, heating thermal insulation cabin, energy storage piece etc. The heat preservation dolly comprises frame, energy storage piece thermos cup, heat preservation bowl cover etc. Dual -purpose stove comprises frame, energy storage piece thermos cup, heat preservation bowl cover, heating water case, upper and lower water pipe, the board that adjusts the temperature etc. Indoor heated kang comprises heatable brick bed face, the flue of a kang etc. The utility model discloses a society provides one kind and has utilized the solar cooker, can the solar energy storage in the energy storage piece, again the energy storage block transfer to indoor, lay the flue of a kang of dual -purpose stove, heated kang in, can heat up water, cook, heating, can burn showing tremendous enthusiasm heatable brick bed again. The realization utilizes solar cooker and energy storage piece, and specialized storage solar energy is fast the energy storage of storage solar energy again, two imperial that the dispersion went to huge numbers of families to use industrialization development modes, and the application range of expansion solar cooker that will be very big brings wide market and development space for using of solar cooker with the popularization.
Description
Technical field
Solar cooker is to utilize the paraboloid of revolution, it is possible to make the principle of reflection light focusing.With more satisfactory raw material, make the rotary parabolic reflecting surface with some strength, rigidity, relatively strong reflection rate.Securing it on a machinery, near focal point, place the cooker heated up water, cook, namely available solar energy is heated up water, is cooked.
Background technology
The solar cooker used on present society, is all adopt manually or semiautomatic tracing, and the efficiency of such solar cooker conversion solar energy is just relatively low.Solar cooker is the maximum instability that has the drawback that in use, fine day, and the result of use of solar cooker is all right；Overcast and rainy, the result of use of solar cooker is just poor, or not can use.Currently a popular solar cooker, can only heat up water in outdoor with it, cook, and uses environmental health condition poor.Therefore, the using and promote and be just very restricted of solar cooker.Someone also once attempted utilizing solar cooker, and energy-accumulating medium (oil) is heated, and then deep fat was introduced use of cooking in indoor stove.Owing to the chemical stability of oil is poor, easily catches fire at high operating temperatures, explode, cause fire, also have failed.
Summary of the invention
This utility model is on the basis of protosun stove, is done by the power of solar cooker big to about 3kw, it is achieved full-automatic tracking, to adapt to the needs utilizing solar cooker, energy-accumulating medium block to absorb, converting, store solar energy.According to the long-pending S=N ÷ 750w/m in solar cooker optical cross section2Computing formula, make an optical cross section and amass as 4m2The solar cooker of left and right, when modern technologies, not difficulty.
Key problem in technology of the present utility model is energy-accumulating medium.Heat-resisting cast iron is in high temperature (800 DEG C) left and right, and its physicochemical property is more stable, uses and also compares safety.Its specific heat C=0.13kcal, is the heat-resisting cast iron of 5kg by one piece of quality, when heating is to 800 DEG C, so that it may store the heat of 520kcal.Use these heats can the boiled water of boiled about 4kg, or two vegetable dishes of parch and boil the staple food of two people.If using two energy-storage blocks, can meeting the family of 4 mouthfuls, the life of one lunch of the cooking is with needing.Heat-resisting cast iron price is relatively low simultaneously, can repeatedly repetitive cycling use.Use heat-resisting cast iron as energy-accumulating medium, the heat-resisting cast iron that quality is about 5kg is made the special cylinder of diameter about 120mm, the energy-storage blocks as this solar cooker can be done, be circulated use.
At the solar cooker near focal point of a 3kw, a heating and thermal insulation cabin being available for laying, heat energy-storage blocks is installed.Heating and thermal insulation cabin is the tube formed by a firing with refractory brick material, is being cased with a fire resistant heat preserving set manufactured with alumina silicate fibre about；At the heating and thermal insulation hatchcover formed by a firing with refractory brick material installed above in heating and thermal insulation cabin, the muff that outside alumina silicate fibre makes covers and entangles firm.Energy-storage blocks is placed in heating and thermal insulation cabin, covers heating and thermal insulation Cang Gai.Energy-storage blocks is towards the lower surface of solar cooker, so that it may accept the baking of solar cooker focal spot so that it is temperature constantly raises.Due to the contact surface that heating and thermal insulation cabin, heating and thermal insulation hatchcover and energy storage are fast, it is fired into refractory brick material, is not just afraid of the high temperature conduction of energy-storage blocks；The outer surface of heating and thermal insulation cabin and heating and thermal insulation hatchcover, the muff made of alumina silicate fibre covers and entangles firm, and alumina silicate fibre is fabulous resistant to elevated temperatures insulation material.In such heating and thermal insulation cabin, energy-storage blocks can accept the baking of solar cooker focal spot, the temperature of fast lifting oneself；Heat can be preserved again, make the temperature of oneself be not easy to reduce.About about 12 minutes, energy-storage blocks temperature just can be increased to about 800 DEG C.The solar heat of energy-storage blocks storage inside, can reach about 520kcal.
After the temperature of energy-storage blocks reaches requirement, open the heating and thermal insulation hatchcover above solar cooker with specific purpose tool, energy-storage blocks is taken out in heating and thermal insulation cabin, puts into the moist closet being incubated the energy-storage blocks thermos cup above dolly, and cover heat-insulating cup cover in time.Then, in heating and thermal insulation cabin, again lay an energy-storage blocks, cover heating and thermal insulation Cang Gai, continue heating.
Energy-storage blocks thermos cup above insulation dolly, is the cup formed by a firing with refractory brick material, and centre is used to deposit the moist closet of energy-storage blocks.The surrounding of thermos cup alumina silicate fibre muff entangles firm, and bottom alumina silicate fiber felt and the base plate being incubated dolly separate；Heat-insulating cup cover also forms by a firing with refractory brick material, and the muff that outer surface alumina silicate fibre makes surrounds and entangles firm.In energy-storage blocks thermos cup muff and energy-storage blocks thermos cup muff, the space between energy-storage blocks thermos cup muff and side plate, then fill with alumina silicate fibre, asbestos fibre.Alumina silicate fibre is fabulous resistant to elevated temperatures insulation material, and such energy-storage blocks insulating ring has just possessed goodish thermal environment.Energy-storage blocks being put into the moist closet of such energy-storage blocks thermos cup, cover heat-insulating cup cover, energy storage is just sealed in thermos cup soon.Owing to the air in thermos cup cuts off with extraneous, air can not produce convection current, the temperature in cup, just not easily reduces, and the heat energy that energy storage is fast will obtain the preservation of long period.
When the high temperature energy-storage block heated by solar cooker, when filling the energy-storage blocks thermos cup of insulation dolly, just energy-storage blocks is transported to indoor.
Dual-purpose stove, is able to utilize the heat energy of energy-storage blocks, both can cook simultaneously, again can the special furnace set of heating.Dual-purpose stove is provided with use of cooking a meal, heating energy-storage blocks thermos cup.Two kinds of energy-storage blocks thermos cups, are all the cups formed by a firing with refractory brick material.The difference is that, to cook a meal and have thermos cup muff to entangle covering firm with the outside of energy-storage blocks thermos cup, the heating outer surface of energy-storage blocks thermos cup covers without thermos cup muff.When mounted, as much as possible by the outer wall of heating energy-storage blocks thermos cup, to press close to contact with heating water tank, be beneficial to energy-storage blocks and heat is conducted to heating water tank.The energy-storage blocks thermos cup cooked a meal, it is possible to be made deeply a bit, many some energy-storage blocks of storage, it is beneficial to use of cooking.In the bottom of energy-storage blocks thermos cup, separate with alumina silicate fiber felt and base plate.Energy-storage blocks heat-insulating cup cover is also the section bar fired with refractory brick material, and outer surface alumina silicate fibre pipe covers and entangles firm.Cooking a meal with energy-storage blocks thermos cup muff and heating energy-storage blocks thermos cup, heating space between energy-storage blocks thermos cup and side plate, fill with the flame-proof thermal insulation material such as alumina silicate fibre, asbestos fibre.Being placed in such thermos cup by energy-storage blocks, cover insulation cover, the heat of energy-storage blocks storage will be preserved, and reduces the invalid loss of energy-storage blocks heat more.
Open heat-insulating cup cover, in insulation dolly, take out energy-storage blocks with specific purpose tool, then place it into and specialize in above indoor dual-purpose stove in the energy-storage blocks thermos cup cooked a meal, cover heat-insulating cup cover.In energy-storage blocks thermos cup, the heat of energy-storage blocks just can be preserved well.Needs cook, when heating up water, take away heat-insulating cup cover, on the rim of a cup of energy-storage blocks thermos cup, place temperature control panel, utilize the principle of heat radiation, conduction, so that it may utilize the heat of energy-storage blocks to heat up water, cook.Energy-storage blocks being put into the energy-storage blocks thermos cup being specifically used to heating on indoor dual-purpose stove, cover heat-insulating cup cover, energy-storage blocks just can by the cool water heating in heating water tank, and hot water rises, and enters radiator, by heat exchange, radiator is heated.After hot water turns cold, it is back to heating water tank, continues heated recycling.
In insulation dolly, take out energy storage fast, put into the flue of a kang of heated kang, block the flue of a kang, it is possible to burn-out heated kang, carry out heating.
So utilize heat-resisting cast iron as energy-accumulating medium, heat-resisting cast iron is made energy-storage blocks.Utilize solar cooker to be heated by energy-storage blocks, the solar energy form with high temperature, be stored in energy-storage blocks.Then when high-efficiency insulated, it is transferred to indoor, is placed in the special-purpose thermal insulation cup of dual-purpose stove, or in the flue of a kang of rural area heated kang, it is possible to realize at indoor use solar energy.
Accompanying drawing illustrates:
Fig. 1 in Figure of description is the schematic diagram of mechanism of a kind of full-automatic tracking, energy storage type, indoor solar cooker；Fig. 2 is the schematic diagram of mechanism of insulation dolly；Fig. 3 is the schematic diagram of mechanism of dual-purpose stove；Fig. 4 be heated kang structure diagram.
In conjunction with Figure of description 1, illustrate as follows:
1, solar cooker shell 2, column 3, spike 4, azimuthal drive
5, elevation drive 6, rotate axle 7, fixing bolt 8, balance weight
9, bracket 10, central strut 11, fixing bolt 12, efficient reflective membrane are fixed
13, bracing frame 14, energy-storage blocks 15, hatchcover muff 16, insulation hatchcover
17, heating and thermal insulation cabin 18, heating compartment muff 19, heating compartment protection are overlapped
In conjunction with Figure of description 2, illustrate as follows:
1, base plate 2, side plate 3, vehicle frame 4, fire resistant heat preserving filler
5, thermos cup muff 6, energy-storage blocks moist closet 7, energy-storage blocks thermos cup 8, bowl cover muff
9, heat-insulating cup cover 10, little handlebar 11, energy-storage blocks 12, decoration panel
13, dolly pedestal 14, trundle 15, fire resistant heat preserving pad
In conjunction with Figure of description 3, illustrate as follows:
1, filling pipe 2, bowl cover muff 3, replenishing water tank of water 4, heat-insulating cup cover
5, temperature control panel 6, frying pan 7, energy-storage blocks thermos cup 8, little handlebar
9, energy-storage blocks 10, decoration panel 11, dolly wheel carrier 12, fire resistant heat preserving pad
13, thermos cup muff 14, fire resistant heat preserving filler 15, energy-storage blocks thermos cup 16, base plate
17, side plate 18, upper hose 19, return pipe 20, vehicle frame
21, radiator 22, heating water tank
In conjunction with Figure of description 3, illustrate as follows:
1, the edge of a kang 2, a heatable brick bed face 3, heated kang is stifled 4, energy-storage blocks
5, heated kang hole 6, bearing plate 7, a heatable brick bed face leg 8, venthole
9, heated kang leg 10, flue of a kang abutment wall
Detailed description of the invention
1, the embodiment of full-automatic tracking, energy storage type, indoor solar cooker:
As shown in Figure of description 1, at the inner surface of solar cooker shell 1, it is adhesive with a floor height effect reflective membrane 12；Solar cooker shell 1 is by 3 spikes 3, lies in ground.On the platform that a spike 3 supports, constant bearing angle driver 4.On azimuthal drive 4, fix a column 2.On the top of column 2, fixed elevation driver 5 is installed.On the rotation axle of elevation drive 5, connect and a horizontal rotating shaft 6 is installed.At the two ends of horizontal rotating shaft 6, fixing bracket 9 is installed.On fixing bracket 9, solar cooker shell 1 and central strut 10 are installed.The axis of central strut 10 and the geometrical axis of parabolic reflector coincide.At the two ends of central strut 10, it is respectively mounted bracing frame 13 and balance weight 8.Adjust the position of bracing frame 13, install heating and thermal insulation storehouse 17；Heating and thermal insulation cabin 17; it it is the tubular article formed by a firing with refractory brick material; its outer surface heating compartment muff 18 entangles firm; and heating compartment muff 18; make with alumina silicate fibre pipe; and be fixed together with heating compartment protection set 19, and heating compartment protects set 19, and bracing frame is fixed together.In heating and thermal insulation cabin 17, place energy-storage blocks 14, then cover insulation hatchcover 16.Insulation hatchcover 16, is also forming by a firing with refractory brick material, at the outer surface of insulation hatchcover 16, entangles covering firm with hatchcover muff 16, and hatchcover muff alumina silicate fibre makes.With fixing bolt 11, bracing frame 13 is fixed on central strut 10.Adjust the balance weight 8 relative position on central strut 10 again, ensureing fixing bracket 9 and rotating that the rotating torque of axle 6 is in a basic balance, rotate flexibly under state, with fixing bolt 7, balance weight 8 is fixed on central strut 10.Switch on power, start azimuthal drive 4 and rotate, so that it may drive solar cooker to horizontally rotate.Start elevation drive 5 to rotate, so that it may drive fixing bracket 9 to rotate upwardly and downwardly.Adjust azimuthal drive 4 and the angular velocity of rotation of elevation drive 5, make the Space Angle speed sync that it runs with the local sun.Azimuthal drive 4 and elevation drive 5, can drive fixing bracket 9 to rotate from the motion tracking sun, also ensures that the one side of being heated of the energy storage fast 14 inside the heating and thermal insulation cabin 17 above solar cooker, is subject to the baking of solar cooker focal spot all the time.
2, insulation dolly is incubated, transports the embodiment of energy-storage blocks:
As shown in Figure of description 2, insulation dolly is made exclusively for storage, transport energy storage uses soon.With, below the vehicle frame 3 of section steel manufacture, being provided with dolly pedestal 13, on dolly pedestal 13, it is provided with and rotates trundle 14 flexibly；Little handlebar 10 it is welded with in one end of vehicle frame 3.Basis rest at vehicle frame 3 has base plate 1, and surrounding is provided with side plate 2.Energy-storage blocks thermos cup 7 forms by a firing with refractory brick material, around the fast thermos cup 7 of energy storage, entangles covering firm with thermos cup muff 5, and thermos cup muff 5, make of alumina silicate fibre.In the bottom of energy-storage blocks thermos cup 7, with fire resistant heat preserving pad 15, it and base plate 1 are separated, and fire resistant heat preserving pad 15 alumina silicate fibre makes.In energy-storage blocks thermos cup 7 and energy-storage blocks thermos cup 7, the gap between energy-storage blocks thermos cup 7 and side plate 2, tamp with thermal insulation fire-resistant filler 4, and thermal insulation fire-resistant filler 4 alumina silicate fibre or asbestos fibre make.On energy-storage blocks thermos cup 7, installing a heat-insulating cup cover 9, heat-insulating cup cover 9 forms by a firing with refractory brick material, and outer surface bowl cover muff 8 entangles covering firm, and bowl cover muff 8 also makes of alumina silicate fibre.In the energy-storage blocks moist closet 6 of energy-storage blocks thermos cup 7, deposit energy-storage blocks 10, cover heat-insulating cup cover 9, it is possible to energy-storage blocks moist closet 6 is closed.The heat of such energy-storage blocks 10, just not easily conducts and radiates, and just can preserve the longer time.
After the insulation adjusted test run of dolly is qualified, installs decoration panel 12, just can formally insulation dolly be come into operation.
3, dual-purpose stove utilize energy storage to carry out soon cooking, the embodiment of heating:
As shown in Figure of description 3, for convenience of user at indoor moving, this dual-purpose stove makes dolly shape.With, below the vehicle frame 20 of section steel manufacture, being provided with dolly wheel carrier 11.Be welded with little handlebar 8 in one end of vehicle frame 20, the basis rest at vehicle frame 20 has base plate 16, and surrounding is provided with side plate 17.Energy-storage blocks thermos cup 7 and the fast thermos cup 15 of energy storage, all form by a firing with refractory brick material.Cook a meal with energy-storage blocks thermos cup 7, entangle firm with thermos cup muff 13, and thermos cup muff 13 alumina silicate fibre makes.The outer wall of heating energy-storage blocks thermos cup 15 directly contacts with heating water tank 20, it is simple to the heat of energy-storage blocks 9 is conducted to heating water tank 20, is heated by the water of heating water tank.In the bottom of energy-storage blocks thermos cup 7 and energy-storage blocks thermos cup 15, with fire resistant heat preserving pad 12, they and base plate 16 are separated, and fire resistant heat preserving pad 12, make of alumina silicate fibre.In energy-storage blocks thermos cup and energy-storage blocks thermos cup, the gap between energy-storage blocks thermos cup and side plate, tamp with fire resistant heat preserving filler 14, and thermal insulation fire-resistant filler 14 alumina silicate fibre or asbestos fibre make.On energy-storage blocks thermos cup 7 and 15, a heat-insulating cup cover 4, the outer surface of heat-insulating cup cover 4 are installed, entangle covering firm with bowl cover muff 2, and bowl cover muff 2 alumina silicate fibre makes.Energy-storage blocks 9 is placed in energy-storage blocks thermos cup 7, covers heat-insulating cup cover 4, it is possible to energy-storage blocks 9 is closed.The heat of such energy-storage blocks 9 just can preserve the longer time.Open heat-insulating cup cover 4, the heat of energy-storage blocks 9 storage, will radiate from the top-open of energy-storage blocks thermos cup 7, by temperature control panel 5, frying pan 6 be heated.Energy-storage blocks 9 is put into energy-storage blocks thermos cup 15, covers heat-insulating cup cover 4, it is possible to energy-storage blocks 9 is closed.The heat of energy-storage blocks 9 storage, just by the outer wall of energy-storage blocks thermos cup 15, is conducted to heating water tank 22 slowly.The water of heating water tank 22 is heated, and will enter radiator 21 along upper hose 18.After being heated by radiator 21, hot water cools off, and along the warm water tank 22 of return pipe 19 reflux back production, will continue heated use.When the recirculated water of heating water tank 22 can not meet instructions for use, replenishing water tank of water, filling pipe can be passed through, supplement appropriate cold boiled water to heating water tank 22, to meet the needs of heating water tank.Promote little handlebar 8, so that it may the use position of mobile dual-purpose stove.
After the above-mentioned adjusted test run of dual-purpose stove is qualified, installs decoration panel 10, just can formally come into operation.
4, heated kang utilizes the embodiment of the fast heating of energy storage:
As shown in Figure of description 4, on heated kang leg 9, place bearing plate 6.In the surrounding of bearing plate, with yellow mud and brick upper flue of a kang abutment wall 10 4 turns thick.At the suitable position of flue of a kang abutment wall 10, open a sizeable venthole 8 and place the flue of a kang mouth of energy-storage blocks.On the bearing plate 6 in the middle of flue of a kang abutment wall, divide the yellow mud that one layer of certain thickness wheat clothing makes.On middle yellow mud, according to the arrangement requirement of the flue of a kang, with turning and yellow mud puzzles a heatable brick bed face leg 7, then on a heatable brick bed face leg 7, with turn and mixed with the yellow mud of wheat clothing, do flat a heatable brick bed face 2, and ensure the flue of a kang 5 communicating with one another below a heatable brick bed face 2.Surrounding at heated kang is laid and is made the edge of a kang 1 with wood, after floating a heatable brick bed face, dryouies with big fire, the decoration that a heatable brick bed face is in addition suitable again.
Claims (8)
1. a full-automatic tracking, energy storage type, indoor solar cooker are to be combined by independent solar cooker, insulation dolly, dual-purpose stove and indoor heated kang；Solar cooker is made up of solar cooker shell, column, a spike, azimuthal drive, elevation drive, rotation axle, fixing bolt, balance weight, fixing bracket, central strut, fixing bolt, efficient reflective membrane, bracing frame, energy-storage blocks, heating and thermal insulation cabin, heating compartment muff, insulation hatchcover, hatchcover muff etc.；Insulation dolly is made up of vehicle frame, base plate, side plate, energy-storage blocks thermos cup, thermos cup muff, heat-insulating cup cover, bowl cover muff, fire resistant heat preserving filler, little handlebar, dolly pedestal, trundle etc.；Dual-purpose stove is made up of vehicle frame, dolly wheel carrier, base plate, side plate, filling pipe, replenishing water tank of water, temperature control panel, energy-storage blocks thermos cup, thermos cup muff, heat-insulating cup cover, bowl cover muff, fire resistant heat preserving filler, heating water tank, upper hose, return pipe, radiator etc.；Indoor heated kang is made up of the edge of a kang, a heatable brick bed face, heated kang hole, bearing plate, a heatable brick bed face leg, venthole, heated kang leg, flue of a kang abutment wall etc..
2. a kind of full-automatic tracking according to claim 1, energy storage type, indoor solar cooker, it is characterized in that: parabolic reflector and the fixing bracket of solar cooker link together, fixing bracket is fixed a central strut, the geometrical axis of central strut and parabolic reflector coincides, two ends at central strut, fix a bracing frame and balance weight, bracing frame and balance weight are bolted on central strut with fixing, the power transmission shaft that fixing bracket is with elevation drive is fixed together, be can along with the rotation of the power transmission shaft of elevation drive synchronous axial system, elevation drive is integrally fixed on column, and column is integrally fixed on the rotation axle of azimuthal drive, be can with the rotation of azimuthal drive synchronous axial system, and the base of azimuthal drive, the platform that supports being and prop up spike is fixed together, resultant motion by azimuthal drive and elevation drive, achieve that the full-automatic tracking of solar cooker.
3. a kind of full-automatic tracking according to claim 1, energy storage type, indoor solar cooker, it is characterized in that: the bracing frame of solar cooker is with fixing bolt, it is fixed on central strut, its upper end is provided with heating and thermal insulation cabin, heating and thermal insulation cabin is used to lay energy-storage blocks, allow energy-storage blocks can accept the baking of solar cooker focal spot, the special device of energy-storage blocks heat loss can be reduced again, energy-storage blocks is to be the heat-resisting cast iron of about 5kg by quality, the special cylinder of diameter about the 120mm processed, heating and thermal insulation cabin refractory brick material forms by a firing, the outside in heating and thermal insulation cabin, together with entangling firm with heating compartment muff, and heating compartment muff makes of alumina silicate fibre, for reducing scattering and disappearing of energy-storage blocks heat, the top in heating and thermal insulation cabin is provided with an insulation hatchcover, insulation hatchcover refractory brick material forms by a firing, its outer surface hatchcover muff entangles firm and hides, hatchcover muff alumina silicate fibre makes, heating compartment protection set is used to install, protection heating and thermal insulation cabin safety.
4. a kind of full-automatic tracking according to claim 1, energy storage type, indoor solar cooker, it is characterized in that: the vehicle frame of insulation dolly is to be welded with shaped steel, it is specifically used to and deposits and transport energy-storage blocks, installed above have a number of energy-storage blocks thermos cup, energy-storage blocks thermos cup is to form by a firing with refractory brick material, the outer surface of energy-storage blocks thermos cup is that insulation cup muff entangles covering firm, thermos cup muff alumina silicate fibre makes, on each energy-storage blocks thermos cup, heat-insulating cup cover is installed, heat-insulating cup cover refractory brick material forms by a firing, the outer surface of heat-insulating cup cover, covering is entangled firm with bowl cover muff, bowl cover muff alumina silicate fibre makes, between energy-storage blocks thermos cup and base plate, lay fire resistant heat preserving pad, fire resistant heat preserving pad also makes of alumina silicate fibre, at energy-storage blocks heat preservation cup sleeve and the fast heat preservation cup sleeve of energy storage, gap between energy-storage blocks heat preservation cup sleeve and side plate, tamp with the flame-proof thermal insulation material such as alumina silicate fibre or asbestos fibre, energy-storage blocks is put well at energy-storage blocks thermos cup internal memory, cover heat-insulating cup cover, a space closed it is formed in thermos cup, the heat of energy-storage blocks just not easily scatters and disappears, the pedestal of insulation dolly is provided with operating light and handy, turn to wheel flexibly.
5. a kind of full-automatic tracking according to claim 1, energy storage type, indoor solar cooker, it is characterized in that: the vehicle frame of dual-purpose stove, it is with section steel manufacture, for easy to use, vehicle frame is provided with dolly wheel carrier, ensure that dual-purpose stove rotates flexibly, reliably, one end welding tractor handle at vehicle frame, dual-purpose stove is made to be easy at indoor moving, substrate at vehicle frame lays one piece of fire resistant heat preserving pad, fire resistant heat preserving pad alumina silicate fibre makes, on fire resistant heat preserving pad, reasonable Arrangement is laid and is cooked a meal with energy-storage blocks thermos cup and heating energy-storage blocks thermos cup, two kinds of energy-storage blocks thermos cups all form by a firing with refractory brick material, cooking a meal with the outer surface of energy-storage blocks thermos cup, covering is entangled firm with thermos cup muff, thermos cup muff all makes of alumina silicate fibre, heating energy-storage blocks thermos cup then need not install thermos cup muff additional, requirement according to design and use, the various energy-storage blocks thermos cup of reasonable Arrangement, each energy-storage blocks thermos cup, all mate a heat-insulating cup cover, heat-insulating cup cover refractory brick material forms by a firing, the outer surface bowl cover muff of heat-insulating cup cover entangles covering firm, bowl cover muff alumina silicate fibre material makes, cooking a meal with between energy-storage blocks heat preservation cup sleeve and heating energy-storage blocks thermos cup, and the space between they and vehicle frame side plate, tamp with the flame-proof thermal insulation material such as alumina silicate fibre or asbestos fibre, to increase the heat insulation effect of energy-storage blocks, each cooking a meal uses energy-storage blocks thermos cup, it is equipped with a set of temperature control panel, temperature control panel refractory brick material forms by a firing, upper EDS maps has some, the adjustable through hole of diameter.
6. a kind of full-automatic tracking, energy storage type, indoor solar cooker according to claim 1, it is characterized in that: use in energy-storage blocks thermos cup cooking a meal of dual-purpose stove, deposit energy storage fast, build heat-insulating cup cover, in energy-storage blocks thermos cup, be formed for a space closed, the heat of internal energy-storage blocks, just can well be preserved, remove heat-insulating cup cover, place, adjust the through hole sectional area of temperature control panel, just can adjust the frying pan heating temperature of energy-storage blocks insulation rim of a cup.
7. a kind of full-automatic tracking according to claim 1, energy storage type, indoor solar cooker, it is characterized in that: the material thickness of dual-purpose stove heating energy-storage blocks insulation wall of cup, adapt to the heating needs of heating water tank, outer surface to abut on heating water tank, it is beneficial to energy-storage blocks and heat is conducted to heating water tank, water is heated rapidly, hot water passes through upper hose, return pipe is circulated, drive radiator heats up, achieve that indoor heating, when the water in heating water tank can not meet heating needs, appropriate cold boiled water can be supplemented toward water supply tank, to meet the needs of heating.
8. a kind of full-automatic tracking, energy storage type, indoor solar cooker according to claim 1, it is characterized in that: the flue of a kang of heated kang, communicating with one another, be uniformly covered with below a heatable brick bed face, the flue of a kang is except hole and appropriately sized gas outlet, all the other are all seal, by an appropriate number of energy-storage blocks, it is placed in the flue of a kang of heated kang, flue of a kang mouth is blocked, air in the flue of a kang just can be heated by energy-storage blocks, and then by heated kang burn-out.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521060385.7U CN205351807U (en) | 2015-12-11 | 2015-12-11 | Full automatic tracking , energy storage formula, indoor solar cooker of using |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521060385.7U CN205351807U (en) | 2015-12-11 | 2015-12-11 | Full automatic tracking , energy storage formula, indoor solar cooker of using |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2022109823A1 (en) * | 2020-11-25 | 2022-06-02 | 徐州云创物业服务有限公司 | Solar energy-based outdoor water heating stove and use method therefor |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2022109823A1 (en) * | 2020-11-25 | 2022-06-02 | 徐州云创物业服务有限公司 | Solar energy-based outdoor water heating stove and use method therefor |
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Granted publication date: 20160629 Termination date: 20161211 |