CN201812082U

CN201812082U - Condenser and light reflection frame thereof

Info

Publication number: CN201812082U
Application number: CN2010205077647U
Authority: CN
Inventors: 张文涂; 刘淮上
Original assignee: OUYA DAJIA CO Ltd
Current assignee: OUYA DAJIA CO Ltd
Priority date: 2010-08-27
Filing date: 2010-08-27
Publication date: 2011-04-27
Anticipated expiration: 2020-08-27

Abstract

The utility model discloses a condenser used for assisting a solar chip to condense, comprising four light reflection frames. The four light reflection frames are arranged in a mutual surrounding way, wherein each light reflection frame comprises a reflection block and a seat body, the reflection block comprises a reflecting surface, the two sides of the reflection block are provided with two chutes; the seat body comprises a body, the two sides of the body are buckled inwards to form two slide rails, the two slide rails are arranged corresponding to the two chutes, and the body is folded outwards to form a junction; and the light reflection frames are mutually adjacent and are arranged in a surrounding way, and the reflecting surfaces are surrounded into a reflecting space. When sunlight is irradiated onto any reflecting surface of the condenser, the sunlight can be reflected according to a preset angle and finally falls onto the preset solar chip, and condenser can be directly connected or locked with the solar chip set, thus the condenser can be stably combined at the periphery of the solar chip.

Description

Condenser and light reflection frame thereof

Technical field

The utility model relates to a kind of condenser and light reflection frame thereof that the assisted solar chip carries out optically focused that be used for.

Background technology

Because petroleum-based energy reduces gradually, add the main assailant that carbon dioxide that burning petroleum produces is regarded as global warming, so the active development new forms of energy are one of most important problem in the world at present.

Utilize sun power to produce electric power and be present main developing direction, in the region with abundant light supply, the sun power supply continually, the electric power generative process can not produce environmental pollution, can not consume the resource of the earth own and cause global greenhouse effect.Solar chip is placed under the sunlight, after through the internal-response effect, promptly can produce electric power.

Wherein, the beam condensing unit in the concentrating solar module has flat Fresnel (Fresnel) lens and secondary condensation device (secondary concentrator); Sunshine shines in the chip that is used for sun power is converted into electric energy through Fresnel lens and secondary condensation device.The purposes of secondary condensation device is to promote the tolerable angle of solar energy module and the sunshine behind the further homogenising optically focused, make each solar chip conversion efficiency can reach optimum efficiency, yet, the essential collocation of this kind sun power capture device sun tracking system, so that chip can be over against the sun, but the vibrations that sun tracking system was produced when rotating will easily make lens position rock, cause the deviation of sunlight drop point, reduce the efficient of chip conversion solar indirectly.

At present, a kind of prism columns of using as secondary condensation is arranged, it is to be directly installed on the solar chip, the sunlight that will depart from focuses on the solar chip once more by this, but it is directly to be attached on the solar chip, makes the heat radiation of solar chip bad, causes chip overheating and causes energy conversion efficiency to reduce, and after tanning by the sun for a long time, to cause the stickiness forfeiture, and because prism columns is column, center of gravity is higher, so when solar tracking is carried out in the sun tracking system rotation, rock overturning easily.

The utility model content

Technical problem to be solved in the utility model is, at the prior art deficiency, provides a kind of condenser, on the solar chip that sunshine is directed to this condenser institute combination, and can stably stand around solar chip.

For solving the problems of the technologies described above, condenser of the present utility model comprises four light reflection frame, and wherein each light reflection frame comprises a reflex block and a pedestal, and this reflex block comprises a reflecting surface, and these reflex block both sides are provided with two chutes; This pedestal comprises a body, and these body both sides bend inwards and form two slide rails, and this two slide rail is to setting up by two chutes, and this body outwards turns down and forms a joint portion; Those light reflection framves are adjacent one another are around arrangement, and make those reflectings surface around forming a reflection space.

The utility model also provides a kind of light reflection frame, and it comprises a reflex block and a pedestal, and this reflex block comprises a reflecting surface, and these reflex block both sides are provided with two chutes; This pedestal comprises a body, and these body both sides bend inwards and form two slide rails, and this two slide rail is to setting up by two chutes, and this body outwards turns down and forms a joint portion; Those chutes cooperate with those slide rails, this reflex block is combined with this pedestal, and this reflecting surface toward the outer side.

Above-mentioned pedestal further comprises a spacing adjusting mechanism, in order to adjust the spacing of this two slide rail, this spacing adjusting mechanism comprises that one is arranged in the screw between this two slide rail, and a nut is locked this screw in the outside of this two slide rail, by the position of adjusting this nut, to adjust the spacing of this two slide rail.

The sectional area of above-mentioned reflection space top is greater than the sectional area of below.

The distance of both sides, above-mentioned reflex block top is greater than the distance of both sides, below, and those reflex block belows are concaved with a groove.

Above-mentioned reflex block is a glass material, and this reflecting surface is a metal material, and the reflecting surface of this metal material is plated on the reflex block of this glass material.

Compared with prior art, the beneficial effect that the utility model had is: when sunlight is fallen arbitrary reflecting surface of the utility model condenser, will be according to the angle reflection that sets, will fall default position at last, so when the utility model is combined on the solar chip group, will make the sunlight of skew focus on chip on this solar chip group, to promote the conversion efficiency of each solar chip.Moreover the utility model utilizes the joint portion directly to be connected with circuit board on the solar chip group or locks, can make by this utility model firmly be combined in solar chip around, can be because of the external force overturning.Moreover when arbitrary reflex block had damage, each reflex block can directly extract displacement, did not need whole condenser is taken off replacing, so can simplify the step of replacing and the expense of material.

Again, spacing adjusting mechanism of the present utility model can be adjusted the spacing of two slide rails, and comes clamping and the height and position of adjusting reflex block by this, so can adjust each reflex block, makes it reach optimum height.

Moreover those reflex blocks further make the distance of the distance of both sides, top greater than the both sides, below, when this reflex block is placed in this pedestal, can have fixing effect.

According to above-mentioned plurality of advantages, can further understand the utility model for making the juror, so it is as follows to disclose a preferred implementation.Below lift a most preferred embodiment now, cooperate graphic, figure number, with constitution content of the present utility model and the effect reached describes in detail as after.

Description of drawings

Fig. 1 is the stereographic map of the utility model embodiment;

Fig. 2 is the sectional view of the utility model embodiment reflex block;

Fig. 3 is the exploded perspective view of the utility model embodiment;

Fig. 4 is another visual angle exploded perspective view of the utility model embodiment;

Fig. 5 is the stereographic map of the light reflection frame of the utility model embodiment;

Fig. 6 is the vertical view of the utility model embodiment;

Fig. 7 is incorporated into stereographic map on the solar chip group for the utility model embodiment;

Fig. 8 is incorporated into side view on the solar chip group for the utility model embodiment in relative two light reflection frame;

Fig. 9 is incorporated into the schematic perspective view of a solar chip group for the single light reflection of the utility model embodiment frame;

Figure 10 looks intention for the reflex block section that the utility model embodiment reflex block is provided with groove;

Figure 11 and Figure 12 are provided with the exploded perspective view of groove for the utility model embodiment reflex block;

Figure 13 is provided with the combination back schematic perspective view of groove for the utility model embodiment reflex block.

Label declaration:

10 ... pedestal

11 ... body

111 ... slide rail

12 ... the joint portion

13 ... the spacing adjusting mechanism

131 ... screw

132 ... nut

20 ... reflex block

21 ... chute

22 ... reflecting surface

23 ... groove

S ... reflection space

C ... solar chip

B ... circuit board

Embodiment

See also shown in Figure 1ly, the condenser of the utility model embodiment comprises four light reflection framves, and each light reflection frame comprises a pedestal 10 and a reflex block 20.

Please further cooperate Fig. 1 to Fig. 5, this reflex block 20 comprises two chutes 21 and a reflecting surface 22.This pedestal 10 comprises a body 11 and a joint portion 12, and wherein this body bends inwards in these body both sides and forms two

slide rails

111, and 111 pairs of this two slide rails should be set up by two chutes 21.This joint portion 12 is outwards turned down by this body 11 and forms; Wherein, as Fig. 6 and shown in Figure 7, those light reflection framves are adjacent one another are around arranging, and make those reflectings surface 22 around forming a reflection space S, when light falls on those reflectings surface 22, via the reflection on each reflecting surface 22, those light will fall within on this solar chip C (see figure 9) at last, so can make solar chip C performance maximum effect.

When the utility model embodiment being placed in around the solar chip C, can combine with circuit board B on this solar chip C by this joint portion 12, make this pedestal 10 firmly be stood on this circuit board B by this.Moreover, this reflex block 20 utilizes the setting of both sides chute 21, can slide with respect to this pedestal 10, is convenient to the user and takes and change, therefore, when individual reflection piece 20 is damaged, can directly take out and change, do not need integral body to unload, handle easy and the saving cost, and after this reflex block 20 slided to the location, the bottom of this reflex block 20 can be close to the edge of this solar chip C, and it is more concentrated to make that sunlight focuses on.

Again, please consult Fig. 3 and shown in Figure 4 again, this pedestal 10 of present embodiment further comprises a spacing adjusting mechanism 13, this spacing adjusting mechanism 13 comprises a screw 131 and a nut 132, this screw 131 is arranged in this two slide rail 21, and these nut 132 1 ends are locked this screw 131, by the position of adjusting this nut 132, can further adjust the spacing of this two slide rail 111, when the spacing of this two slide rail 111 is big, this reflex block 20 can move with respect to this pedestal 10, in other words, when the spacing of this two slide rail 111 hour, will be fixed in this reflex block 20 on this pedestal 10, make it have stable position and height.

Moreover, please cooperate shown in the synoptic diagram of Fig. 8, the sectional area of this reflection space S top can provide bigger zone by this greater than the sectional area of below, with more sunlight or depart from farther sunlight reflected to this solar chip C.

Again; the distance of those both sides, reflex block 20 top is greater than the distance of both sides, below; by this; when those reflex blocks 20 are slipping into this pedestal 10; and during near the bottom of pedestal 10; will form backstop action because of the following narrower reflex block 20 that causes of square channel can't glide again, and can protect solar chip C can and not damage by these reflex block 20 bumps.

In addition, please cooperate Figure 10 to shown in Figure 13, can further be concaved with a groove 23 20 times in those reflex blocks, by this, also can make this reflex block 20 stride across this solar chip C metallic contact or wire rod on every side, thereby can reach the purpose of next-door neighbour this solar chip C (as shown in Figure 9) periphery.

Those reflex blocks 20 can be glass material, and this reflecting surface 22 can be metal material, and are for example silver-colored, and utilize coating technique that this reflecting surface 22 is plated on this glass material, because glass has resistant to elevated temperatures characteristic, so its durability is good.

In sum, the utility model utilize each reflecting body with sunlight in this reflection space S after reflection changes the path, compile in the below of this reflection space S, and have shockproof effect, so can avoid causing any damage because of sun tracking system mobile; And each reflex block 20 is easy to change, and has safety practice, can avoid causing the damage of solar chip C when changing.

Claims

1. a condenser is characterized in that comprising four light reflection framves, and each light reflection frame comprises a reflex block and a pedestal, and this reflex block comprises a reflecting surface, and these reflex block both sides are provided with two chutes; This pedestal comprises a body, and these body both sides bend inwards and form two slide rails, and this two slide rail is to setting up by two chutes, and this body outwards turns down and forms a joint portion; Those light reflection framves are adjacent one another are around arrangement, and make those reflectings surface around forming a reflection space.

2. condenser according to claim 1, it is characterized in that, this pedestal further comprises a spacing adjusting mechanism, in order to adjust the spacing of this two slide rail, this spacing adjusting mechanism comprises that one is arranged in the screw between this two slide rail, one nut is locked this screw in the outside of this two slide rail, by the position of adjusting this nut, to adjust the spacing of this two slide rail.

3. condenser according to claim 2 is characterized in that, the sectional area of this reflection space top is greater than the sectional area of below.

4. condenser according to claim 3 is characterized in that, the distance of those both sides, reflex block top is greater than the distance of both sides, below, and those reflex block belows are concaved with a groove.

5. condenser according to claim 4 is characterized in that those reflex blocks are glass material, and this reflecting surface is a metal material, and the reflecting surface of this metal material is plated on the reflex block of this glass material.

6. a light reflection frame is characterized in that comprising a reflex block and a pedestal, and this reflex block comprises a reflecting surface, and these reflex block both sides are provided with two chutes; This pedestal comprises a body, and these body both sides bend inwards and form two slide rails, and this two slide rail is to setting up by two chutes, and this body outwards turns down and forms a joint portion; Those chutes cooperate with those slide rails, this reflex block is combined with this pedestal, and this reflecting surface toward the outer side.

7. light reflection frame according to claim 6, it is characterized in that this pedestal further comprises a spacing adjusting mechanism, in order to adjust the spacing of this two slide rail, this spacing adjusting mechanism comprises that one is arranged in the screw between this two slide rail, and a nut is locked this screw in the outside of this two slide rail; By the position of adjusting this nut, to adjust the spacing of this two slide rail.

8. light reflection frame according to claim 7 is characterized in that the distance of these both sides, reflex block top is greater than the distance of both sides, below.

9. light reflection frame according to claim 8 is characterized in that this reflex block below is concaved with a groove.

10. light reflection frame according to claim 9 it is characterized in that this reflex block is a glass material, and this reflecting surface is a metal material, and the reflecting surface of this metal material is plated on the reflex block of this glass material.