CN2893551Y - Light-focusing and thermal gathering solar energy equipment - Google Patents
Light-focusing and thermal gathering solar energy equipment Download PDFInfo
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- CN2893551Y CN2893551Y CNU2006200415570U CN200620041557U CN2893551Y CN 2893551 Y CN2893551 Y CN 2893551Y CN U2006200415570 U CNU2006200415570 U CN U2006200415570U CN 200620041557 U CN200620041557 U CN 200620041557U CN 2893551 Y CN2893551 Y CN 2893551Y
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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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Abstract
A light-collecting and heat-collecting solar equipment device pertains to the energy devices, which is the device to reduce the occupying area of the solar equipment devices and improve the efficiency of the solar light-collection and heat-collection. The utility model comprises a frame bracket which is a hollow structure; at least a solar energy absorption device that is placed in the hollow body of the bracket structure, the hollow body is composed of a wall with up-wide and down-narrow geometric structure and is provided with at least a cup-shaped energy concentration district, the wall is composed of an outer wall and an inner wall, wherein the outer wall is made from light-colleting and heat-collecting materials, the inner wall is made from the reflective materials, the inner wall can make the top-down sunlight generate the inward and downward reflection in the energy absorption device, so as to make the inner part of the solar energy absorption device generate the light-collecting and heat-collecting effects, and a bottom board of the cup-shaped energy concentration district is made from the light-collecting and heat-collecting materials of the none light reflection layer. The utility model uses the different materials according to the different purposes, thus the utility model can be used as the solar electric energy device or heat energy device, further to provide the auxiliary facility of heat energy and electric energy.
Description
Technical field
The utility model relates to a kind of energy source device, refer in particular to a kind of can optically focused and the solar facilities device of heat build-up.
Background technology
Solar energy is inexhaustible regenerative resource, has therefore occurred utilizing the polytype device of solar energy as the energy, routine device of solar generating, solar energy stove, solar energy heat collection equipment etc. on market.In the solar facilities device that provides in the market, its luminous energy, thermal energy collecting method are to adopt the method for heat absorption, the method for extinction; The collecting device of its luminous energy, heat energy (solar panels) adopts plane form, tubular form, flute profile or parabolic form mostly.The solar panels occupation area of equipment of this series products is big, and general to luminous energy, the heat build-up effect of heat energy, the optically focused effect of solar energy.
The utility model content
The purpose of this utility model is in order to address the above problem, a kind of daylighting area that can increase sunshine to be provided, reducing the floor space of solar facilities, and can improve the optically focused of extinction, heat absorption efficiency and the solar facilities device of heat build-up.
The purpose of this utility model is achieved in that
The solar facilities device of a kind of optically focused and heat build-up is characterized in that comprising:
A carrier structure is the structures of ducted body;
At least one solar energy energy absorption device, place in the ducted body of described carrier structure, the ducted body that is made of the wall of geometry wide at the top and narrow at the bottom also is equipped with a cup-shaped cumulative district at least, described wall is made up of outer wall and the inwall of being close to described outer wall, described outer wall is by extinction, heat-absorbing material is made, described inwall is to adopt the reflection layer of being made by reflectorized material, described interior wall construction is arc or plate shape, can make top-down sunshine inwardly in the inner generation of described energy absorption device, reflection downwards, make described solar energy energy absorption device inner cup cumulative district produce optically focused, the heat build-up effect, the base plate in described cup-shaped cumulative district is the extinction of no reflection layer, the heat absorption material is made.
Be equipped with several on the inwall of described solar energy energy absorption device and arrange orderly energy-absorbing hole, form by hole wall and energy-absorbing hole base plate, the hole wall in described energy-absorbing hole adopts by hole outer wall and the hole inwall of being close to described hole outer wall to be formed, described hole outer wall is by extinction, heat-absorbing material is made, described hole inwall is to adopt the reflection layer of being made by reflectorized material, described hole interior wall construction is arc or plate shape, can make top-down sunshine inwardly in the inner generation of described energy absorption device, reflection downwards, produce optically focused, the heat build-up effect, described energy-absorbing hole base plate is the extinction of no reflection layer, the heat absorption material is made.
The middle section of the base plate in the cup-shaped cumulative district of described solar energy energy absorption device also is provided with the energy-absorbing post, and the energy-absorbing post is made by heat absorption, the light absorbent of no reflection layer.
Be equipped with the insulation confining bed of making by material transparent, printing opacity at described solar energy energy absorption device top, to strengthen the insulation heat build-up effect of heat energy.
When extinction, the heat-absorbing material that the outer wall of described solar energy energy absorption device wall adopts is the thermal-arrest tube sheet that uses as the heat energy plate, described inwall adopts the light reflecting material of heat absorption, the base plate in described cup-shaped cumulative district adopts the thermal-arrest tube sheet that outer wall is the same as described, and at arranged outside one deck adiabator layer of the base plate in described outer wall and described cup-shaped cumulative district.
Extinction, the heat-absorbing material that the outer wall of described solar energy energy absorption device wall adopts be as photoelectricity can plate solar panel the time, described inwall adopts the light reflecting material that can penetrate black light, the base plate in described cup-shaped cumulative district adopts the same solar panel of outer wall as described, and is equipped with battery panel components at the plate outer side in described outer wall and described cup-shaped cumulative district.
Extinction, the heat-absorbing material that the outer wall of described solar energy energy absorption device wall adopts be as photoelectricity can plate solar panel the time, described inwall adopts the light reflecting material that can penetrate black light, and the base plate in described cup-shaped cumulative district adopts the thermal-arrest tube sheet that uses as the heat energy plate.
When extinction, the heat-absorbing material that the outer wall of described solar energy energy absorption device wall adopts was the thermal-arrest tube sheet that uses as the heat energy plate, described inwall adopted the light reflecting material of heat absorption, the base plate in described cup-shaped cumulative district adopt can plate as photoelectricity solar panel.
The bottom of described solar energy energy absorption device is equipped with the solar energy operative installations that is fixed in described carrier structure, and described solar energy operative installations includes solar energy stove, solar energy baking oven, solar energy fireplace.
Described carrier structure has metal structure or frame structure or brick mix structure parts and forms.
Effect of the present utility model:
The solar facilities device of optically focused of the present utility model and heat build-up is the solar electrical energy generation of structures, the device of heat supply, and carrier structure has metal structure or frame structure or brick mix structure parts and props up overfill protection.
The utility model solar energy equipment becomes electric energy as the solar energy-electric energy device by transform light energy, with solar energy adjusting device, solar cell, battery, current consuming apparatus or directly be connected with electric power system, forms the solar electrical energy generation electrical storage device.
The utility model solar energy equipment is as the solar energy device, convert physics heat energy (as hot water, deep fat, hot gas etc.) to by solar thermal energy, transfer to heat accumulation equipment, temperature control device, heat energy use equipment (as heater unit, solar airconditioning equipment, water heater equipment etc.), form the solar energy apparatus.
The extinction of the utility model solar facilities device, the regional zone, middle and lower part of heat absorption at this solar facilities device, solar panel, the luminous energy of heat energy plate, thermal energy collecting service efficiency have been increased, increase the daylighting contact area of sunshine, reduced the floor space of solar facilities.
This solar facilities device can be in cities and towns, the user and the unit in rural area, mountain area are extensive use of, to energy savings, protection environment, reduce the trees felling and have important economic and social benefit.
In the area, cities and towns, this device can carry out supporting commercialization for villa, condo to be used, and has higher commercial and promotes future.In addition, this device has good practicality, and rural area or mountain area can be installed in this manner easily, can select insulating brick, insulation soil property, thermal insulation mortar etc. for use as the insulation material, reflector layer can be selected inexpensive reflective material for use, and the heat build-up material can be selected inexpensive tubing for use.Therefore, this device can reduce cost in the rural area, has good promotion prospect.
The utility model solar facilities device also can be used as solar power plant, the generating of central heating factory, heating plant, has huge economic and social benefit.
For further specifying above-mentioned purpose of the present utility model, design feature and effect, the utility model is described in detail below with reference to accompanying drawing.
Description of drawings
Fig. 1 is the cross-sectional view of the depth direction of solar facilities device embodiment of the present utility model;
That Fig. 2 is that solar energy energy absorption device top is not used is transparent, the schematic diagram of the heat-insulation layer of printing opacity;
Fig. 3 is that the solar energy energy absorption device is the structure chart of solar energy energy absorption device wall when assembling heat energy apparatus;
Fig. 4 is that the solar energy energy absorption device is the structure chart of solar energy energy absorption device wall when assembling spectral energy unit;
Fig. 5 is that the solar energy energy absorption device is the structure chart of the base plate in cumulative district when assembling heat energy apparatus;
Fig. 6 is that the solar energy energy absorption device is the structure chart of the base plate in cumulative district when assembling spectral energy unit;
Shown in Figure 7 is that the solar energy energy absorption device is square or rectangular (or polygon) solar facilities apparatus structure floor map.
Shown in Figure 8 is that the solar energy energy absorption device is circle or ellipsoidal structure floor map
The specific embodiment
Below, the embodiment to the solar facilities device of optically focused of the present utility model and heat build-up is elaborated in conjunction with the accompanying drawings.
Fig. 1 is the cross-sectional view of the depth direction of solar facilities device embodiment of the present utility model.
As shown in the figure, the structure to the solar facilities device of optically focused of the present utility model and heat build-up describes.
The utility model comprises a carrier structure 300, is the structures of ducted body, and described carrier structure 300 has metal structure or frame structure or brick mix structure parts to be formed, and is the carriage of support solar apparatus.
The utility model also comprises at least one solar energy energy absorption device 100, place in the ducted body of described carrier structure 300, the ducted body that is made of the wall 11 of geometry wide at the top and narrow at the bottom also is equipped with a cup-shaped cumulative district at least, described wall 11 is made up of outer wall 111 and the inwall 112 of being close to described outer wall 111, described outer wall 111 is by extinction, heat-absorbing material is made, described inwall 112 is to adopt the reflection layer of being made by reflectorized material, described interior wall construction is arc or plate shape, can make top-down sunshine inwardly in the inner generation of described energy absorption device, reflection downwards, make described solar energy energy absorption device inner cup cumulative district produce optically focused heat build-up effect, outer wall 111 identical materials of described cup-shaped cumulative district and described solar energy energy absorption device 100 are made no reflection layer.
Better for the energy storage effect that makes solar energy energy absorption device 100, be equipped with the insulation confining bed of making by material transparent, printing opacity 10 at the top of described solar energy energy absorption device 100, to strengthen the insulation heat build-up effect of heat energy.Insulation confining bed 10 can adopt safety glass, the solar energy energy absorption device 100 of enclosed construction has like this strengthened the insulation heat build-up effect of heat energy, distributes to reduce heat energy, also can prevent the erosion of rainwater, make the solar facilities device strengthen effect attractive in appearance architectural.
For large-scale power plant, central heating factory, the mode of sealing can not be adopted at solar energy energy absorption device 100 tops, and as shown in Figure 2, that Fig. 2 is that solar energy energy absorption device top is not used is transparent, the schematic diagram of the heat-insulation layer of printing opacity.At this moment, in order to improve the energy-absorbing efficient of solar energy energy absorption device 100, be equipped with several on the inwall 111 of described solar energy energy absorption device 100 and arrange orderly energy-absorbing hole 31, energy-absorbing hole 31 is made up of hole wall and base plate, the hole wall in described energy-absorbing hole 31 adopts wall 11 identical materials of described solar energy energy absorption device 100 to make, reflection layer is arranged, and outer wall 112 identical materials of the base plate in described energy-absorbing hole 31 and described solar energy energy absorption device 100 are made no reflection layer.Promptly, the hole wall in described energy-absorbing hole 31 adopts by hole outer wall and the hole inwall of being close to described hole outer wall to be formed, described hole outer wall is made by extinction, heat-absorbing material, described hole inwall is to adopt the reflection layer of being made by reflectorized material, described hole interior wall construction is arc or plate shape, can make top-down sunshine in inside, the downward reflection of the inner generation of described energy absorption device, produce optically focused, heat build-up effect, described energy-absorbing hole base plate is that the extinction of no reflection layer, the material of absorbing heat are made.
Referring to Fig. 2, in order to improve the energy-absorbing efficient of solar energy energy absorption device 100, the middle section in the cup-shaped cumulative district of described solar energy energy absorption device 100 also is provided with energy-absorbing post 30, and this energy-absorbing post 30 is tubular or rod or plate shape.Energy-absorbing post 30 is made by heat absorption, the light absorbent of no reflection layer.
Solar energy energy absorption device 100 is looked different purposes, adopts different materials.
Fig. 3 is that the solar energy energy absorption device is the structure chart of solar energy energy absorption device wall when assembling heat energy apparatus.As shown in the figure, when heat energy apparatus is assembled in described solar energy energy absorption device 100 conducts, (adopt the copper thermal-arrest tube sheet or the glass tube with vacuum of market customization, the shape of this thermal-collecting tube can be oval or square or rectangle etc. to the thermal-arrest tube sheet of outer wall 11b employing energy heat build-up.At this moment, inwall 11a adopts the light reflecting material (as adopting the silvering light reflecting material) of heat absorption.Base plate 12b adopts the thermal-arrest tube sheet (not having reflection layer) as outer wall 11b, and as shown in Figure 5, Fig. 5 is that the solar energy energy absorption device is the structure chart of the base plate in cumulative district when assembling heat energy apparatus.Shown in Fig. 3,5, in order to reach better heat insulation effect, when using the thermal-arrest tube sheet, at arranged outside one deck adiabator layer 11c (as adopting polyurethane insulation coating) of outer wall 11b and base plate 12b as outer wall 11b and base plate 1b.Solar energy energy absorption device 100 covers one deck insulation material (as the insulating brick masonry) again in the outside of the wall 11 of solar energy energy absorption device 100 when assembling heat energy apparatus.
Fig. 4 is that the solar energy energy absorption device is the structure chart of solar energy-electric energy device wall.As shown in the figure, when described solar panels 100 were solar panel as the solar energy-electric energy device, outer wall 11e adopted solar panel (adopting the infrared ray solar panel of market supply).At this moment, inwall 11d can adopt the light reflecting material (but siderite glassy layer of vacuum plating meson film) that can penetrate black light.Bottom 12e adopts the solar panel (not having reflection layer) as outer wall 11e, and as shown in Figure 6, Fig. 6 is that the solar energy energy absorption device is the structure chart of the base plate in cumulative district when assembling spectral energy unit.Shown in Fig. 4,6, when the solar energy-electric energy device is solar panel, be equipped with battery panel components 11f in the outside of outer wall 11e and base plate 12e.
According to different needs, solar energy energy absorption device 100 can also adopt following material to make.
Extinction, the heat-absorbing material that the outer wall 111 of described solar energy energy absorption device wall 11 adopts be as photoelectricity can plate solar panel the time, described inwall 112 adopts the light reflecting material that can penetrate black light, and described cup-shaped cumulative district base plate 12 adopts the thermal-arrest tube sheet that uses as the heat energy plate.
When extinction, the heat-absorbing material that the outer wall 111 of described solar energy energy absorption device wall 11 adopts is the thermal-arrest tube sheet that uses as the heat energy plate, described inwall 112 adopts the light reflecting material of heat absorption, and described cup-shaped cumulative district base plate 12 adopts the solar panel as photoelectricity energy plate.
The utility model can also be equipped with the solar energy operative installations 200 (as shown in Figure 1) that is fixed in described carrier structure 300 in the bottom of described solar energy energy absorption device 100.
Solar energy operative installations 200 of the present utility model can comprise solar energy stove 18 (being provided with solar energy kitchen range top heat-transfer equipment 15 on this solar energy stove 18) as shown in Figure 1, solar energy baking box 16 (is established rotating disk in this solar energy baking box 16, and the water temperature temperature control device of lowering the temperature or heating up in the adjusting thermal-collecting tube), solar energy fireplace 17 (establishing temperature control device) and not shown middle-size and small-size solar storage battery, solar water heater and be solar energy radiator equipment, solar airconditioning equipment provides heat energy, the equipment that electric energy is supporting.
Above-mentioned solar energy baking box 16 can carry out baked goods or toast the processing article.Above-mentioned solar energy stove 18 is processed food by heat-transfer equipment.On few date of sunlight, can select to install and use the firewood kitchen range top, the natural gas kitchen range top or the multiple standby mode of the electrical heating kitchen range top in this device according to the actual conditions of locality.Above-mentioned solar energy fireplace 17 is heating, heat-preserving equipment, can provide the heating installation service for indoor.
This solar facilities device can be used as solar cell power generation or heat energy apparatus heat supply function of use, electric energy or heat energy are transferred to battery, consumer or heat accumulation equipment, temperature control device, heat energy use equipment, with electric energy service, heating service, the service of heat supply water that various ways is provided.
This solar facilities device also can be the combination of heat energy plate, electric energy plate, utilizes luminous energy, these two kinds of energy of heat energy of sunshine to greatest extent.This solar facilities device is as the solar cell power generation purposes, it (is black light that energy absorption device top and the bottom electric energy plate structure can adopt absorption penetrability luminous energy heat energy, as infrared ray etc.) solar module or absorb the assembly of these two kinds of forms of solar module of visible light, make full use of the various forms of luminous energy energy of sunshine.
Solar facilities device of the present utility model as one independently product can be widely used in all kinds of places that need electric energy, heat energy facility such as factory, residential building, solar power plant, central heating factory.
Cumulative process to the solar facilities device of optically focused with said structure and heat build-up describes below.
The utility model utilizes the optical reflection principle that solar energy is carried out extinction, heat absorption.
In the solar energy energy absorption device 100 of the present utility model, sunshine is inside at solar energy energy absorption device 100 inner inwalls 112 by solar energy energy absorption device 100, downward repeatedly reflection (as shown in phantom in Figure 1), because solar energy energy absorption device bottom section does not have reflection layer, make sunshine in the solar energy energy absorption device, carry out sufficient optically focused heat build-up, if solar energy energy absorption device 100 highly is made as h, then initial at the base plate 12 of solar energy energy absorption device 100, be optically focused in the bottom section of about 1/2h, the zone of heat build-up best results (shown in the zone of the label among the figure 13), be called cumulative district 13, such cumulative mode has increased luminous energy, the service efficiency of thermal energy collecting, obvious efficient height than flat solar panels cumulative, increased the daylighting contact area of sunshine during actual the use, strengthened solar energy luminous energy, the optically focused of heat energy, the heat build-up effect, the floor space of having saved solar panels.
If solar energy energy absorption device 100 is as beam condensing unit, when being photoelectricity energy device, sunshine when the 11d of the reflecting layer of reflective material or reflecting coating, the invisible luminous energy part of various forms such as sunshine infrared ray can penetrate through reflective layer 11d, be concentrated on the outer wall 11b, another part through the repeatedly reflection of reflecting layer 11d, has improved light gathering efficiency again.
Those of ordinary skill in the art will be appreciated that, above embodiment is used for illustrating the utility model, and be not to be used as qualification of the present utility model, as long as in connotation scope of the present utility model, all will drop in the scope of the utility model claims variation, the modification of the above embodiment.
For example: the geometry of the solar energy energy absorption device 100 in this solar facilities device is long and narrow wide at the top and narrow at the bottom, its profile type is long and narrow trapezium structure or long and narrow geometric form structure wide at the top and narrow at the bottom, be circular, oval-shaped planar structure, square, rectangle (or polygon) planar structure, or the assembly planar structure of arc and straight line.Shown in Figure 7 is that the solar energy energy absorption device is square or rectangular (or polygon) structural plan schematic diagram.Shown in Figure 8 is that the solar energy energy absorption device is circle or ellipsoidal structure floor map.
Claims (10)
1, the solar facilities device of a kind of optically focused and heat build-up is characterized in that comprising following structure:
A carrier structure is the structures of ducted body;
At least one solar energy energy absorption device, place in the ducted body of described carrier structure, the ducted body that is made of the wall of geometry wide at the top and narrow at the bottom also is equipped with a cup-shaped cumulative district at least, described wall is made up of outer wall and the inwall of being close to described outer wall, described outer wall is by extinction, heat-absorbing material is made, described inwall is to adopt the reflection layer of being made by reflectorized material, described interior wall construction is arc or plate shape, can make top-down sunshine inwardly in the inner generation of described energy absorption device, reflection downwards, make described solar energy energy absorption device inner cup cumulative district produce optically focused, the heat build-up effect, the base plate in described cup-shaped cumulative district is the extinction of no reflection layer, the heat absorption material is made.
2, the solar facilities device of optically focused as claimed in claim 1 and heat build-up is characterized in that:
Be equipped with several on the inwall of described solar energy energy absorption device and arrange orderly energy-absorbing hole, form by hole wall and energy-absorbing hole base plate, the hole wall in described energy-absorbing hole adopts by hole outer wall and the hole inwall of being close to described hole outer wall to be formed, described hole outer wall is by extinction, heat-absorbing material is made, described hole inwall is to adopt the reflection layer of being made by reflectorized material, described hole interior wall construction is arc or plate shape, can make top-down sunshine inwardly in the inner generation of described energy absorption device, reflection downwards, produce optically focused, the heat build-up effect, described energy-absorbing hole base plate is the extinction of no reflection layer, the heat absorption material is made.
3, the solar facilities device of optically focused as claimed in claim 1 and heat build-up is characterized in that:
The middle section of the base plate in the cup-shaped cumulative district of described solar energy energy absorption device also is provided with the energy-absorbing post, and the energy-absorbing post is made by heat absorption, the light absorbent of no reflection layer.
4, the solar facilities device of optically focused as claimed in claim 1 and heat build-up is characterized in that:
Be equipped with the insulation confining bed of making by material transparent, printing opacity at described solar energy energy absorption device top, to strengthen the insulation heat build-up effect of heat energy.
5, the solar facilities device of optically focused as claimed in claim 1 and heat build-up, it is characterized in that: when extinction, the heat-absorbing material that the outer wall of described solar energy energy absorption device wall adopts is the thermal-arrest tube sheet that uses as the heat energy plate, described inwall adopts the light reflecting material of heat absorption, the base plate in described cup-shaped cumulative district adopts the thermal-arrest tube sheet that outer wall is the same as described, and at arranged outside one deck adiabator layer of the base plate in described outer wall and described cup-shaped cumulative district.
6, the solar facilities device of optically focused as claimed in claim 1 and heat build-up is characterized in that:
Extinction, the heat-absorbing material that the outer wall of described solar energy energy absorption device wall adopts be as photoelectricity can plate solar panel the time, described inwall adopts the light reflecting material that can penetrate black light, the base plate in described cup-shaped cumulative district adopts the same solar panel of outer wall as described, and is equipped with battery panel components at the plate outer side in described outer wall and described cup-shaped cumulative district.
7, the solar facilities device of optically focused as claimed in claim 1 and heat build-up is characterized in that:
Extinction, the heat-absorbing material that the outer wall of described solar energy energy absorption device wall adopts be as photoelectricity can plate solar panel the time, described inwall adopts the light reflecting material that can penetrate black light, and the base plate in described cup-shaped cumulative district adopts the thermal-arrest tube sheet that uses as the heat energy plate.
8, the solar facilities device of optically focused as claimed in claim 1 and heat build-up is characterized in that:
When extinction, the heat-absorbing material that the outer wall of described solar energy energy absorption device wall adopts was the thermal-arrest tube sheet that uses as the heat energy plate, described inwall adopted the light reflecting material of heat absorption, the base plate in described cup-shaped cumulative district adopt can plate as photoelectricity solar panel.
9, the solar facilities device of optically focused as claimed in claim 1 and heat build-up is characterized in that:
The bottom of described solar energy energy absorption device is equipped with the solar energy operative installations that is fixed in described carrier structure, and described solar energy operative installations includes solar energy stove, solar energy baking oven, solar energy fireplace.
10, the solar facilities device of optically focused as claimed in claim 1 and heat build-up is characterized in that:
Described carrier structure has metal structure or frame structure or brick mix structure parts and forms.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2006200415570U CN2893551Y (en) | 2006-04-30 | 2006-04-30 | Light-focusing and thermal gathering solar energy equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2006200415570U CN2893551Y (en) | 2006-04-30 | 2006-04-30 | Light-focusing and thermal gathering solar energy equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2893551Y true CN2893551Y (en) | 2007-04-25 |
Family
ID=38061712
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2006200415570U Expired - Lifetime CN2893551Y (en) | 2006-04-30 | 2006-04-30 | Light-focusing and thermal gathering solar energy equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2893551Y (en) |
-
2006
- 2006-04-30 CN CNU2006200415570U patent/CN2893551Y/en not_active Expired - Lifetime
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20070425 Effective date of abandoning: 20090916 |