TWM629556U - Light and gas controlled solar house frame - Google Patents

Abstract

This creation is a solar roof truss with light and air control, including a base frame, a plurality of top frames, and a plurality of solar panels, the base frame has a horizontal frame; A sloping plate, a windshield, and a water trough, the support rod is arranged above the horizontal frame, and the bottom end is engaged with the horizontal frame; the sloping plate is arranged obliquely corresponding to the horizontal frame; and the length of the windshield is smaller than the length of the slanted frame The length of the board, the top end is connected to the higher end of the inclined plate, and the bottom end is engaged or not connected to the upper position of the horizontal frame in the direction away from the connecting inclined plate; and the water tank is arranged above the base frame corresponding to the lower end of the inclined plate The solar panel is arranged on the top of the inclined plate, so that the invention can have better wind pressure resistance, power generation efficiency, light and air control effects.

Description

Solar roof truss with light and air control

This creation is about a solar roof truss with light and air control, mainly refers to a roof truss that can control light and air and has better wind resistance and power generation efficiency.

At present, solar energy equipment mainly uses sunlight to irradiate solar panels and convert light energy into electrical energy. The solar panels of the solar energy equipment are generally installed above the brackets, and the brackets can be installed on roofs, open spaces, water bodies or other places that can be illuminated. And the upper solar panel can be irradiated by sunlight to generate electricity.

Figure 7 shows one of the conventional solar installations, which mainly includes a base frame 1', a top frame 2', and several solar panels 3'. The base frame 1' has two pillars that can be installed on roofs, open ground, and water bodies. 11', a horizontal frame 12' is arranged between the two pillars 11'; and the top frame 2' has short vertical rods 21' and long vertical rods 22' corresponding to the horizontal frame 12', the short vertical rods 21', long vertical rods A sloping plate 23' that can be connected to the solar panel 3' is arranged between the rods 22', and a metal connecting body 24' is arranged between the short vertical rod 21' and the long vertical rod 22' and the inclined plate 23' respectively. A windshield 25' is arranged on one side of the long pole 22', and a metal water tank 26' is arranged corresponding to the lower end of the inclined plate 23'.

The inclined arrangement of the solar panel 3' can easily remove surface dust and accumulated water, and the accumulated water can be discharged from the water tank 26', and the external strong wind can be blocked by the wind shielding net 25' and will not directly hit the position below the inclined plate 23', which can avoid The inclined plate 23' and the solar panel 3' are lifted and blown off.

However, when the solar device is installed above the greenhouse, farmland, or aquaculture water body, the inclined plate 23' and the solar panel 3' will directly block the sunlight below, causing the plants or cultured organisms below to lack sunlight and unfavorable to grow, and the windscreen 25' is Corresponding to the vertical façade form of the ground, it will have a large wind resistance directly facing the external strong wind, and will reduce the wind resistance strength. Moreover, when the temperature below the solar device is too high, it is not easy to ventilate and dissipate heat, and when the external temperature is too low, the metal water tank will . The connecting piece is easy to conduct temperature, which causes the temperature below the solar device to escape rapidly from the water tank and the connecting piece, and cannot keep warm, and affects the growth of plants or organisms below.

The purpose of this creation is to provide a solar roof truss with light and air control and better wind resistance and power generation efficiency.

This creation includes a base frame, at least one top frame, and a plurality of solar panels, the base frame has at least one horizontal frame; and the at least one top frame is installed above the base frame, and the top frame has at least one pole, an inclined plate, A windscreen and a water tank, the support rod is arranged above the horizontal frame, and the bottom end is engaged with the horizontal frame; the inclined plate is a plane body, and is combined with the support rod, and is arranged obliquely corresponding to the horizontal frame; The length of the windscreen is less than the length of the inclined plate, the top end is connected to the higher end of the inclined plate, and the bottom end can be engaged or not connected to the upper position of the horizontal frame in the direction away from the inclined plate, and the bottom end of the windscreen is connected When engaged with the upper position of the horizontal frame, the windscreen corresponds to the horizontal frame and presents a different inclination direction from the inclined plate. When the bottom end of the windscreen is not engaged with the upper position of the horizontal frame, one side of the inclined plate is transparent to light. and the air space; the water tank is arranged above the base frame at a position corresponding to one side of the lower end of the inclined plate; and the plurality of solar panels are arranged above the inclined plate.

In an embodiment of the present invention, the windshield can be lifted or rolled up corresponding to the horizontal frame.

In an embodiment of the present invention, the top frame further includes at least one connecting piece, and the higher end of the inclined plate and the top end of the support rod are connected by the connecting piece, and the connecting piece has a metal bottom layer, and a high reflectivity is arranged above the bottom layer. the polymer top layer.

In one embodiment of the present invention, the water tank is disposed above the base frame at a position corresponding to the lower end of the inclined plate, and has a bottom wall. One side of the bottom wall is inclined upward and is provided with a connecting wall that can be engaged with the inclined plate. The other side of the bottom wall is provided with a reflecting wall which can reflect light to the direction of the inclined plate, and the water tank has a metal bottom layer, and a high reflective polymer top layer is arranged above the bottom wall.

The base frame of the solar device of this creation can be installed above the greenhouse, farmland or aquaculture water body. When a strong wind such as a typhoon hits the windscreen, the windscreen has an inclination, so the wind resistance can be reduced, and some strong winds can be reduced. It can be guided to the top of the solar panel, which can improve the wind resistance and installation stability of the creation.

The invention can provide sunlight to illuminate the solar panel to generate electricity, and when the sunlight illuminates the top layer of the connector and the reflecting wall of the water tank, the sunlight can be reflected to the solar panel, and the power generation efficiency of the solar panel can be further improved.

In this creation, when the plants or cultured creatures under the base frame need sunlight, the bottom end of the windshield can be separated from the base frame, so that the sunlight can be projected downward from the position of the windshield net to the position below the base frame, and can be controlled under the base frame to obtain Appropriate lighting; in addition, when the temperature below the base frame is too high, the wind shielding net can be lifted or rolled up, and the external air flow can be introduced into the position below the base frame to cool the position below the base frame.

Please refer to Figures 1 and 2. This creation includes a base frame 1, two top frames 2, and several solar panels 3. The base frame 1 is provided with a number of vertical columns 11, and the number of columns 11 is connected by a horizontal frame 12, and the The base frame 1 can be set on the roof of the building, open ground, water body or other places that can receive sunlight.

Two top frames 2 are arranged above the base frame 1 , each of the top frames 2 has at least one pole 21 , one inclined plate 22 , at least one connecting piece 23 , one windshield 24 , and one water tank 25 , the pole 21 is provided with Above the horizontal frame 12, the bottom end is engaged with the horizontal frame 12; and the inclined plate 22 is a plane body, which is arranged obliquely corresponding to the horizontal frame 12, and the upper end is connected with the top end of the support rod 21 by a connecting piece 23, and The connecting piece 23 can improve the stability of the combination, and the lower end is located above the horizontal frame 12; the connecting piece 23 has a metal bottom layer 231, and a high reflective polymer top layer 232 is arranged above the bottom layer 231, and The bottom layer 231 and the top layer 232 can be laminated or bonded by a film adhesive during manufacture (not shown).

The length of the wind shielding net 24 is less than the length of the inclined plate 22, the top end is connected with the higher end of the inclined plate 22, and the bottom end faces away from the connected inclined plate 22. The wind shielding net 24 corresponds to the horizontal frame 12 and presents a different inclination direction from the inclined plate 22 .

The water tank 25 is arranged above the base frame 1 at a position corresponding to the lower end of the inclined plate 22 , and has a bottom wall 251 . The other side of the bottom wall 251 is provided with a reflecting wall 253 which can reflect light to the direction of the inclined plate 22 , and the water tank 25 has a metal bottom layer 254 with better strength, and a high reflective polymer top layer is arranged above the bottom wall 254 The top layer 255 and the bottom layer 254 can be directly laminated or combined by an adhesive film (not shown).

The solar panel 3 is arranged above the inclined plate 22 .

The base frame 1 of the solar device in this creation can be installed above the greenhouse, farmland or aquaculture water body, and a mesh body or other blocking device (not shown) can be set on the side, and two top frames are set above the base frame 1 in this creation 2. The height of the top frame 2 can be lowered to reduce the wind pressure, and it can have a suitable lighting area. Please refer to Figure 3. When a strong wind such as a typhoon hits the windscreen 24, the windscreen 24 has an inclination and responds accordingly. The solar panels 3 are inclined in different directions, thereby reducing wind resistance and allowing part of the strong wind to be guided to the top of the solar panels 3, which can improve the wind resistance and installation stability of the solar device.

Please refer to FIG. 4 , the present invention can provide sunlight to illuminate the solar panel 3 to generate electricity, and when the sunlight illuminates the top layer 232 of the connector 23 and the reflective wall 253 of the water tank 25 , the sunlight can be reflected to the solar panel 3 , and the solar panel 3 can be further raised. power generation efficiency.

Please refer to FIG. 5. In this creation, when the plants or cultured creatures (not shown) under the base frame 1 need sunlight, the bottom end of the windscreen 24 can be separated from the base frame 1, and the windscreen 24 can be rolled up to make the The position of the wind shielding net 24 is in an air-permeable state, so that sunlight can be projected downward from the position of the wind shielding net 24 to the position below the base frame 1, and the lower part of the base frame 1 can be controlled to obtain appropriate light; When the temperature below the base frame 1 is too high, the wind shielding net 24 can be lifted (or rolled up), and the external air flow can be introduced under the base frame 1, and the hot air flow under the base frame 1 can be discharged to the base frame. 1 Lower position cooling effect.

In this invention, when the external temperature is too low, the bottom end of the wind shielding net 24 can be joined with the top of the base frame 1 , and the polymer top layer 232 of the connector 23 and the polymer top layer 255 of the water tank 25 of the present invention can block temperature conduction. , which can prevent the temperature under the base frame 1 from quickly escaping, and can have better thermal insulation effect.

Therefore, from the above, the present creation has better wind pressure resistance, power generation efficiency, light and air control effects than the conventional solar roof truss, and the above-mentioned embodiment is an example of the creation, not a limitation of the creation, all according to the spirit of the creation The equivalent changes made should also fall within the scope of this creative design.

1: base frame 11: Column 12: Horizontal shelf 2: Top shelf 21: strut 22: Inclined plate 23: Connectors 231: Bottom 232: top floor 24: Windscreen 25: Sink 251: Bottom Wall 252: Link Wall 253: Reflective Wall 254: Bottom Department 255: Top Section 3: Solar panels 1': base frame 11': Pillar 12': Horizontal shelf 2': top shelf 21': Short pole 22': long pole 23': Inclined plate 24': Connector 25': windscreen 26': Sink 3': solar panel

Figure 1 is a schematic diagram of the structure of this creation.

Figure 2 is a cross-sectional view of the connector and sink of this creation.

Figure 3 is a schematic diagram of this creation being hit by strong winds.

Figure 4 is a schematic diagram of this creation being illuminated to generate electricity.

Figure 5 is a schematic diagram of the control light import in this creation.

Figure 6 is a schematic diagram of the gas introduction in this creation.

FIG. 7 is a schematic diagram of a conventional solar device.

1: base frame

11: Column

12: Horizontal shelf

2: Top shelf

21: strut

22: Inclined plate

23: Connectors

24: Windscreen

25: Sink

3: Solar panels

Claims (7)

A solar roof truss with light and air control, comprising: a base frame with at least one horizontal frame; At least one top frame is arranged above the base frame, and the top frame has at least one pole, a sloping plate, a windshield, and a water tank, the pole is arranged above the horizontal frame, and the bottom end is engaged with the horizontal frame ; And the inclined plate is a plane body, and is combined with the support rod, and the horizontal frame is arranged obliquely; and the length of the windscreen is less than the length of the inclined plate, and its top end is connected with the higher end of the inclined plate, and the bottom end can be The direction away from the inclined plate is engaged or not engaged with the upper position of the horizontal frame, and when the bottom end of the wind shielding net is engaged with the upper position of the horizontal frame , when the bottom end of the windscreen is not engaged with the upper position of the horizontal frame, one side of the inclined plate has a light-transmitting and air space; and the water tank is arranged above the base frame and corresponds to one side of the lower end of the inclined plate; A plurality of solar panels are arranged above the inclined plate. The solar roof truss with light and air control according to claim 1, wherein the wind shielding net can be opened corresponding to the horizontal truss. The solar roof truss with light and air control according to claim 1, wherein the wind shielding net can be retracted corresponding to the horizontal frame. The solar roof truss with light and air control as claimed in claim 1, wherein the top frame further comprises at least one connecting piece, and the higher end of the inclined plate and the top end of the support rod are connected by the connecting piece. The solar roof truss with light and gas control according to claim 4, wherein the connecting element has a metal bottom layer, and a high reflective polymer top layer is arranged above the bottom layer. The solar roof truss with light and air control as claimed in claim 1, wherein the water tank is arranged above the base frame at a position corresponding to the lower end of the inclined plate, and has a bottom wall, and one side of the bottom wall is arranged in an upwardly inclined direction. The connecting wall is connected with the inclined plate, and the other side of the bottom wall is upwardly provided with a reflecting wall which can reflect the light to the direction of the inclined plate. The solar roof truss with light and gas control as claimed in claim 6, wherein the water tank has a metal bottom layer, and a high-reflection polymer top layer is arranged above the bottom layer.

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