KR20090085883A - Simple Solar Collector Drive Device - Google Patents

Abstract

A driving device of a solar panel is provided to maximally collect sunshine of high quality by forming a moving solar panel in both surfaces of a moving frame. A tilted frame(43) is formed in both sides of a convex part. A tilted solar panel(40) is formed on the tilted frame. A hinge is formed on the convex part. A moving frame(32) is extended from a shaft(16) of the hinge to outside. A moving solar panel(30') is formed in both surfaces of the moving frame. An interlock shaft(18) is extended form the shaft of the hinge to inside. A fixing bar is formed in a bottom part of the tilted frame. A supporting shaft and a long bolt are coupled in the fixing bar. A first connection rib is extended from one side of a long nut. A second connection rib is extended from the other side of the long nut.

Description

Simple solar light collector drive device {omitted}

The present invention relates to a simple light collecting plate driving device for power generation or heat generation using solar heat or solar light, and more particularly, in a residential area, etc. It relates to a drive device to move along.

In general, a light collecting plate that absorbs solar heat or sunlight for heating or power generation is used by being exposed to the outside while being provided to move in the direction in which the sun moves so as to effectively absorb sunlight.

However, the sun shines in the earth's rotational movement, and the direction of the light collecting plate is fixed accordingly, so that the sun shining in the morning or afternoon inclined direction decreases the efficiency of power generation.

In addition, the driving device for the light collecting plate provided in the related art is a reality that many of the structure is expensive structure is lacking in consideration of the economics to simply use for simple use.

Therefore, the used heat collecting plate is moved toward the sun to reinforce the efficiency of the heat collection, the most of the sun's shining strength, because the vertical condensing between 9 to 10 am to 4 to 5 pm is important, in the present invention In accordance with this, the invention provides a movement of the heat collecting plate.

The present invention is used to fix the light collecting plate inclined in a similar structure in accordance with the moving direction of the sun while supporting the outside to increase the yield to the sun with a support pillar.

This is a light collecting plate that is configured to use the heat collecting plate mainly for home use. The light collecting effect during the sunny day is weak compared to the noon time of the day. It is.

In addition, the heat collecting plate is configured to move according to the moving direction of the sun by assembling the auxiliary gear in the semi-circular gear, but this increases the operating cost due to the high production of the semi-circular gear suitable for the size of the simple heat collecting plate or the use of the cost.

In addition, a simple light collecting plate is used, which is located higher than the roof as a support post and fixes the central part of the lower side as a support post, but it is difficult to perform practically because it is not effective because there is almost no provision for sunlight movement. will be.

This is because of the high cost of use due to the difficulty of the structure for the provided mobile device due to long-term use is exposed to non-economic factors.

The present invention provides a heat collecting plate as a structure of a product for solving the above problems to move within the range of moving the sun in a state in which the efficiency of the sun is good throughout the day, to concentrate on the light collecting plate in the process of moving during the sunlight The invention is to provide a hot water or solar power generation that absorbs the maximum sunlight by aligning the mobile light collecting plate.

In the frame in which the light collecting plate is formed while being supported by a support pillar,

Forming a convex portion around the center of the frame as well as forming an inclined light collecting plate on the inclined frame inclined to both sides,

The moving light collecting plate is formed on both sides of the moving frame formed while protruding to the outside of the hinge shaft formed in accordance with the width of the convex portion.

In addition, the interlocking shaft which protrudes inward while extending the axis of the hinge is inserted into the assembly tool that is linked to the motor.

And in the section for forming each of the fixed base to the lower side of the inclined frame, the support shaft and the long bolts are assembled by the assembly tool,

The long bolt is configured such that the long nut is interlocked with the conversion box and the motor, and a ring hole is formed on the connecting rib of the long nut,

The assembly of the connecting rib extending to the long nut is an invention configured by providing the assembly by inserting the shaft.

Therefore, the present invention will be described in detail with reference to the accompanying drawings,

Figure 1 is a partial perspective view showing a conventional heat collecting plate, the structure of the frame inclined to the support pillar, Figure 2 is a perspective view of the main portion of the present invention while forming a hinge and an axis in accordance with the convex portion of the inclined frame inclined to both sides As shown in FIG. 2, the movable frame is formed, and the lower side has a structure configured in the assembly hole of the soft rib, in which the interlocking shaft is interlocked with the long bolt and the long nut. 5 is an enlarged perspective view of the main part of the present invention, the structure of the long nut, the motor and the ring ball, Figure 5 is a sectional view of the operating state of the main portion of Figure 3 is a structure of the inclined frame inclined in the morning time, Figure 6 As a perspective view of an embodiment of the main portion of the invention to form a hinge and a rotating shaft on the frame formed on the support pillar while forming a pulley to drive the handle with a belt FIG. 7 is a sectional view taken along the line BB of FIG. 6, which is a driving state for the pulley, FIG. 8 is an enlarged sectional view of the main part of FIG. FIG. 9 is a diagram illustrating an operation state diagram of FIG. 8 that separates the guide rod.

Therefore, the present invention is formed in a predetermined size while being supported by the support pillar 14 for use in the home, etc. while forming the convex portion 21 around the central portion of the frame 12 of which the light collecting plate 11 is formed, on both sides. The inclined slope is divided into the inclined frame 43, and each inclined frame 43 forms an inclined light collecting plate 40.

In addition, the hinge 15 is formed along the convex portion 21 of the central portion while forming the inclined light collecting plate 45 formed to lower each divided inclined frame 43 to be inclined outwardly.

In addition, the moving light collecting plate 30 is formed on both sides by a moving frame 32 which protrudes outward while extending outward from both sides of the shaft 16 of the hinge 15 formed to be integral with the convex portion 21.

In addition, the interlocking shaft 18 protruding inward while extending the shaft 16 of the hinge 15 is inserted into the assembly opening 53 linked to the motor 48.

And in the section for forming the respective fixing stand 25 in the width direction at the lower edge of the inclined frame 43 inclined to both sides, one side is fixed to the support shaft 35, the other side long bolt 45 for driving It is assembled by the assembly opening (41).

The long bolt 45 is assembled to the long nut 46 so as to interlock with the conversion box 33 and the motor 48.

In addition, the ring ribs 34 assembled to the support shaft 35 are formed on the connection ribs 38 extending to one side of the long nut 46, and the connection ribs extending to the other side of the long nut 46. 38 ') is an invention configured by inserting the shaft 16 protruding inwardly into the assembly opening 53, and is mainly driven by the operation of the motor 48 driven to adapt to the section of the sun moving during the daytime. The long nut 46 is supported by the support shaft 35 by the assembly of the ring tool 34 extending to the connecting rib 38 which is moved by the rotation of the long nut 46 assembled to the long bolt 45. Will move.

Here, the ground nut 13 is formed on both sides of the long nut 46 to protrude, and the ground stand 13 'is also formed on the fixing stand 25 according to the movement of the sun during the day when the sun shines. The long nut 46 is composed of the conversion box 33 and the motor 48 to move the frame 32 about the axis 16 to provide sunlight to the vertical state.

Therefore, the rotational movement of the movable frame 32 connected to the interlocking shaft 18 inserted into the assembly opening 53 of the connecting rib 38 'extending to the other side of the long nut 46 is provided.

Here, the moving frame 32, which is rotated and moved, forms moving light collecting plates 30 and 30 'on both sides, so as to effectively take in sunlight in the morning and afternoon.

The present invention provides an environment-friendly light concentrating device by providing high quality sunlight as intermittent driving, while reinforcing the heat collection for the movement of the sun in a solar heat collecting plate or a solar light collecting plate or a solar light reflecting plate. to be.

In the light collecting plate, which is the main part of the present invention, the condition for accepting sunlight is to be reflected in oblique sunlight, such as morning or afternoon, under direct sunlight conditions such as noon, and the binding structure of the light collecting plate accompanying the moving device while being exposed to the outside is used. Since it induces a lowering of the binding force than the conventional fixed type, it is a device for binding in a safe structure, especially in the case of wind blowing, such as typhoon.

Example 1

Hinge 15 which is fixed while colliding to both sides with respect to the frame 12 supporting the frame 12 for fixing the light collecting plate 45 on the basis of the frame 12 on which the support pillar 14 is supported. ) And the rotating shaft 16 is configured to bend the frame 12 for the light collecting plate 45 to be inclined in the direction in which sunlight moves, in which the pulley 37 is inserted while the rotating shaft 16 is extended. It is fixed, but the pulley (37 ') is fixed to the handle 22 or the motor 48 to assemble the belt 19 in accordance with the pulley (37) fixed shaft on one side of the support column ( As an invention provided by connecting to the 29), the handle 22 is artificially rotated to rotate the frame 12 with respect to the rotation axis 16 to provide the light condensing plate 45 in the sunlight direction.

In addition, most of the light collecting plate 45 or the heat collecting plate is used by using the sunlight that is exposed to the outside exposed to the outside, the sun is shining sunshine while continuing to move around the earth, but sometimes clouds or rain blows strongly In many cases, the desired purpose is not achieved.

Therefore, the present invention is to provide a stable structure to the fixed while tilting the fixing of the light collecting plate formed in a flat form according to the direction of the typhoon in the wind blowing direction, the frame 12 is assembled to the light collecting plate 45 is supported Since it is exposed to the outside by the pillar 14, the risk of being damaged by strong winds caused by seasonal winds or typhoons, etc. are exposed, both sides of the support pillar 14 for the reinforcement thereof, the frame 12 The support 57 is fixed so that the guide rods 50 are positioned at both sides in accordance with the obliquely rotating length, and at the edges of the frame 12, the recess angle 55 is lowered at right angles to protrude. One side is hooked while the hook 53 is assembled to the hinge 52, then the spring 51 is provided by connecting to the inside of the groove angle (55).

That is, when a strong wind such as a typhoon blows, while lowering the frame 12 in the direction of the typhoon, the guide rod 50 while contacting the hook 53 to the inside of the groove angle 55 by the guide rod 50. When the frame 12 is hung, the guiding 53 is stretched by the stress of the spring 51 and the guide rod 50 is caught, thereby preventing the frame 12 from being shaken by a strong wind such as a typhoon. .

In this case, to move the frame 12 in a normal state, the electromagnet 59 is configured to interlock with the spring 51, and a sensor responding thereto is provided to push the hook 53 about the hinge 52. Then remove it from the position of the guide rod (50).

As described above, in order to change the light collecting plate 45 into a stable structure by strong winds, if the frame 12 and the conversion box 33 described above are provided using built-in functions such as the anemometer 60, typhoons It is to provide an automatic process to prevent damage to the back.

Example 2

As described above, when the strong wind blows, the frame 12 for the light collecting plate 45 is fixed to induce a wind blowing direction to the air to provide a stable device against the strong wind. From the edge to the corner direction, the motor 68 is assembled by the ring 69 and provided with bending stress by connecting the housing 67 and the long bolt 62 to each other in an assembled manner, connected by a hinge 52 and then As a fixing device provided by assembling with the ring 64 while interlocking with the hinge 52 ', the motor 68 is operated by a signal generated by a chip interlocked with the anemometer 60 when a strong wind blows, While the length of the long bolt 62 is extended by the rotation of the housing 67 to be integrally assembled, the ring 64 is bent while interlocking with the hinges 52 and 52 'fixed to the edge of the frame 12. Drive the guide rod (50) So as ssajum and the state support 57 is fixed while protruding to the buried in the ground consists of an integrally invention to provide a stable, even if the sangpung to maintain jipgwangpan 54.

Here, the wind is built in the air flow meter 60 and the wind is configured to sense the intensity of the sunlight is reflected, while the sequential process the wind is stopped and the sun shines, or the frame in the direction of sunlight in the morning every morning It is a useful invention to provide to automatically perform the process of moving (12).

1 is a partial perspective view showing a conventional heat collecting plate

Figure 2 is a perspective view of the main part of the present invention

3 is a cross-sectional view taken along the line A-A in FIG.

4 is an enlarged perspective view of the main part of the present invention;

Fig. 5 is a sectional view of the operating state of the main part of Fig. 3

6 is a perspective view of the main part of the present invention;

7 is a cross-sectional view taken along the line B-B in FIG.

Fig. 8 is a sectional view of main parts of the state used in Fig. 7;

9 is an enlarged perspective view of an embodiment of the main portion of the present invention;

Figure 10 is a cross-sectional view of the main portion used in Figure 9

<Description of Major Symbols in Drawing>

11. Light collecting plate 12. Frame 13, 13 '. Grounding plate 14. Support pillar 15. Hinge

16. Shaft 18. Interlocking shaft 19. Belt 20. Long bolt 21. Convex

22. Handle 23. Support plate 24. Towing roller 25, 25 '. Fixture

28. Retaining plate 29. Retaining shaft 30,30 '. Moving plate 31. Motor

32. Moving Frame 33. Conversion Box 35. Support Shaft Hood 37. Pulley

38,38 '. Connecting rib 39. Rotating nut 40. Inclined light collecting plate 42. Guide bar

44. Long groove 45. Long bolt 46. Long nut 48. Motor 50. Guide rod

51.Spring 52 Hinges 53.Hanging 64.Hanging 67.Housing

Claims (3)

In the frame 12, the light collecting plate 11 is formed while being supported by a support pillar 14, While forming the convex portion 21 around the central portion of the frame 12 and to form an inclined light collecting plate 40 in the inclined frame 43 which is inclined to both sides, The moving light collecting plates 30 and 30 'are formed on both sides of the moving frame 32 protruding outward of the shaft 16 of the hinge 15 formed in accordance with the convex portion 21. The interlocking shaft 18 protruding inwardly while extending the shaft 16 of the hinge 15 is inserted into the assembly opening 53 linked to the motor 48. In addition, the support shaft 35 and the long bolts 45 are assembled by the assembling holes 41 in the sections forming the respective fixing stands 25 to the lower side of the inclined frame 43, The long bolt 45 is configured such that the long nut 46 is interlocked with the conversion box 33 and the motor 48, Ring ring 34 is formed on the connecting rib 38 of the long nut 46, A simple solar concentrating plate driving device configured by assembling and providing a shaft (16) into an assembly opening (53) of a connecting rib (38 ') extending to the long nut (46). In the frame 12 to which the light collecting plate 45 is fixed while assembling the hinge 15 and the rotating shaft 16 in accordance with the support pillar 14, The pulley 37 'connected to the belt 19 is fixed with a handle or a motor 48 while constituting the poly 37 on the rotating shaft 16, In addition, by fixing the support 57 so that the guide bar 50 is located on both sides of the support pillar 14, At the edge of the frame 12 constitutes a hook 53 which is assembled by a hinge 52 at the end forming the groove angle 55 in the downward direction, the hook 53 and the groove angle ( 55) connecting and configuring The spring 51 is interlocked with the electromagnet 59, Simple solar photovoltaic panel drive device configured to install in conjunction with the anemometer 60 in the frame 12 and the conversion box 33. The method of claim 2, Hinges 52 for fixing the hinges 52 for assembling the groove angle 55 and the hooks 53 and the long bolts 62 for assembling the springs 51 to the housing 67 are fixed to the primes 12 ( 52 ') is a simple solar light collecting plate driving device provided to be configured to be fixed to the guide rod 50 by the ring 64 while being interlocked.

Images