[0022] The present invention will be described in detail below with reference to the drawings, such as Figure 1-5 As shown, a solar outdoor high-altitude interception device with power storage function includes an N-shaped support frame 1. A fixing mechanism is provided on the lower surface of the N-shaped support frame 1 and a power storage device is provided in the N-shaped support frame 1 The N-shaped support frame 1 has a hollow structure inside, and the power storage mechanism consists of a set of vertical strip-shaped openings machined on the opposite side surfaces of the N-shaped support frame 1 and is embedded in each vertical strip The strip-shaped support shell 2, the multiple groups of No. 1 strip-shaped openings processed on two opposite side surfaces in each strip-shaped support shell 2, the strip-shaped support plates 3 arranged in each vertical strip-shaped opening, The hinge is connected to the side surface of each bar-shaped supporting plate 3 and is matched with the corresponding L-shaped fixed plate 4 of the number one bar-shaped opening, and the compression spring arranged between the opposite group of the L-shaped fixed plate 4 5. A plurality of horizontal T-shaped cylinders 6 embedded on the side surface of each strip supporting plate 3, a rotating ring 7 fitted on each horizontal T-shaped cylinder 6, fixedly connected to the side of each rotating ring 7 Two sets of fold-shaped fixed rods 8 on the surface, a bar-shaped rotating plate 9 fixedly connected between each opposite set of horizontal T-shaped cylinders 6 and connected to one end of the corresponding four sets of fold-shaped fixed rods 8, fixedly connected to A set of strip-shaped solar energy storage panels 10 on two opposite side surfaces of each strip-shaped rotating plate 9, two sets of strip-shaped panels 11 embedded on two opposite side surfaces of each strip-shaped rotating plate 9, embedded in each The adjusting bolts 12 on the two opposite side surfaces of the strip-shaped plates 11, the strip-shaped restricting plates 13, which are sleeved on each adjusting bolt 12 and overlap the side surfaces of the corresponding strip-shaped solar energy storage panels 10, are sleeved on each The screw nut 14 on the adjusting bolt 12 and located on the outside of each strip limiting plate 13, the horizontal opening machined on the lower surface of the lower surface of the N-shaped support frame 1, the mounting box 15 embedded in the horizontal opening, and the mounting box The energy converter 16 in 15, the wire opening processed on the side surface of the N-shaped support frame 1, the sealing cover 17 embedded in the wire opening, the hinge is connected to the center of the lower surface of the cross beam of the N-shaped support frame 1 and is located on the strip plate 11, a set of vertical stretching rods 18 on both sides, and a vacuum suction cup 19 fixedly connected to the lower end surface of each vertical stretching rod 18; the fixing mechanism is composed of two legs of the N-shaped support frame 1. A group of No. 1 circular openings on the lower surface, a trapezoidal round table 20 embedded in each No. 1 circular opening, are arranged on the side surfaces of the two legs of the N-shaped support frame 1 and are in line with the corresponding trapezoidal round table 20 side surfaces A plurality of fixing screws 21 between the two, and a plurality of fixing through holes machined on the upper surface of each trapezoidal round table 20 and located outside the N-shaped support frame 1 are formed together; the number of the number one strip openings in the multiple groups is 4 7 groups, multiple groups of the first strip-shaped openings are located on the same vertical line at equal distances; the number of the plurality of horizontal T-shaped cylinders 6 is 3-6, and each adjacent group of the horizontal T-shaped cylinders 6 The distance between them is the same; the end surface of the N-shaped support frame 1 is circular; the N-shaped support frame 1 is fitted with a protective cover 22 matching the mounting box 15; each of the L-shaped fixing plates 4 is Cover the non-slip layer 23; the number of the multiple set screws 21 is 5-7, and the multiple set screws 21 are located at equal angles On the same circumference; the strip limiting plate 13 is made of stainless steel; the side surface of the cross beam of the N-shaped support frame 1 and the opposite positions are fixed and fixedly connected with the horizontal strip anti-skid stickers 24.
[0023] The feature of this embodiment is that the N-shaped support frame 1 is similar to a high-altitude railing and needs to act as an interception. It can be placed on the balcony of the home or around the stairs in the courtyard. The N-shaped support frame 1 is usually placed outdoors. For summer, it is more convenient to collect energy by being exposed to sunlight for a long time. The multiple sets of L-shaped fixing plates 4 on the side surface of each strip-shaped supporting plate 3 are pressed by each group of L-shaped fixing plates 4 The squeezing spring 5 between the two makes each L-shaped fixing plate 4 incline at a certain angle, and is placed in the corresponding strip-shaped opening of the corresponding strip-shaped support shell 2, so that the strip-shaped support plates 3 and N Support frame 1 is fixed, wherein each strip support shell 2 is embedded in the two legs of the N-shaped support frame 1, wherein both ends of the strip rotating plate 9 pass through two sets of folding fixed rods 8 and the corresponding The side surfaces of the rotating rings 7 are connected, and each rotating ring 7 is sleeved on the horizontal T-shaped cylinder 6 on the side surface of each strip-shaped supporting plate 3 to facilitate rotation on each horizontal T-shaped cylinder 6. The two sides of each strip-shaped rotating plate 9 are connected with strip-shaped solar energy storage panels 10, and each strip-shaped solar energy storage panel 10 is adjusted by adjusting the screw nut 14 on the adjusting bolt 12, Twist, so that the strip-shaped restricting plate 13 on each adjusting bolt 12 overlaps the upper surface of the corresponding strip-shaped solar energy storage board 10, and connects each strip-shaped solar energy storage board 10 with the corresponding strip The rotating plate 9 is fixed, and each adjusting bolt 12 is connected to the side surface of the strip-shaped rotating plate 9 through the strip-shaped plate 11, wherein the mounting box 15 is embedded in the N-shaped support frame 1, and the energy converter 16 is located inside It is convenient to convert the absorbed solar energy into electric energy and store it in the storage battery located outside the N-shaped support frame 1. The wire runs from the inside of the N-shaped support frame 1 and connects to the external battery. The sealing cover 17 is convenient for sealing. When the support frame 1 is placed vertically, the direction of the bar-shaped rotating plate 9 can be manually rotated to facilitate receiving solar energy. The multiple bar-shaped rotating plates 9 are placed horizontally, which is also convenient for the movement between the N-shaped support frames 1. The gap is shielded. When the angle is fixed, a set of stretched vertical rods 18 are stretched, and the vacuum suction cup 19 located on the lower end of each stretched vertical rod 18 is adsorbed to the ground, so that multiple The strip-shaped rotating plate 9 no longer rotates, and it is also convenient to fix the N-shaped support frame 1. A device that is more convenient to use, has a good fixing effect, is convenient to make full use of solar energy, is convenient to collect energy, has a good interception effect, and is convenient for slipping.
[0024] In this embodiment, first install the battery in the free place of the device, where the input end of the battery is connected to the energy converter 16 through a wire, and the output end of the strip-shaped solar energy storage panel 10 is connected to the energy converter 16 through the wire. The specific working principle is as follows: N-shaped support frame 1 is similar to a high-altitude railing, which needs to act as an interception. It can be placed on the balcony of the home or around the stairs in the courtyard. Among them, the N-shaped support frame 1 It is usually placed outdoors. For summer, it can be exposed to sunlight for a long time, which is more convenient for collecting energy. The N-shaped support frame 1 is connected to the ground through a set of trapezoidal round platforms 20, in which a plurality of set screws 21 It is convenient to connect each trapezoidal round platform 20 with the side surface of the N-shaped support frame 1. The multiple fixing through holes on the upper surface of each trapezoidal round platform 20 are convenient for placing anchor bolts and the like. 3 The multiple sets of L-shaped fixing plates 4 on the side surface squeeze the compression spring 5 between each set of L-shaped fixing plates 4, so that each L-shaped fixing plate 4 is inclined at a certain angle and placed on the corresponding strip. In the corresponding No. 1 strip opening in the support shell 2, the strip support plate 3 is fixed to the N-shaped support frame 1, wherein each strip support shell 2 is embedded in the two legs of the N-shaped support frame 1. , Where both ends of the strip-shaped rotating plate 9 are connected to the side surface of the corresponding rotating ring 7 through two sets of folded fixed rods 8, and each rotating ring 7 is sleeved on the side surface of each strip-shaped supporting plate 3. On the horizontal T-shaped cylinder 6 on the upper side, it is convenient to rotate on each horizontal T-shaped cylinder 6, wherein the two sides of each strip-shaped rotating plate 9 are connected with strip-shaped solar energy storage panels 10, each of which is The solar energy storage panels 10 are all adjusted by adjusting the screw nut 14 on each adjustment bolt 12, and by screwing, the strip limiting plate 13 on each adjustment bolt 12 and the corresponding strip solar energy storage panel 10 The upper surface is overlapped, and each strip-shaped solar energy storage board 10 is fixed to the corresponding strip-shaped rotating plate 9, wherein each adjusting bolt 12 is connected to the side surface of the strip-shaped rotating plate 9 through the strip plate 11 , The installation box 15 is embedded in the N-shaped support frame 1, and the energy converter 16 located inside facilitates the conversion of absorbed solar energy into electric energy, which is stored in the storage battery located outside the N-shaped support frame 1. The support frame 1 walks inside and is connected to an external battery. The sealing cover 17 is convenient for sealing. When the N-shaped support frame 1 is placed upright, it can be manually rotated in the direction of the bar-shaped rotating plate 9 to facilitate receiving solar energy. The multiple bar-shaped rotating plates 9 are placed horizontally, which is also convenient for shielding the gap between the N-shaped support frames 1. When the angle is fixed, a set of stretching vertical rods 18 are stretched, and they will be located at each The vacuum suction cup 19 on the lower end surface of the vertical stretching rod 18 is sucked to the ground, so that the plurality of strip-shaped rotating plates 9 no longer rotate, and it is also convenient for the fixing of the N-shaped support frame 1. The anti-skid sleeve 22 is convenient for protecting the installation box 15 , The horizontal strip-shaped non-slip sticker 24 is convenient for people to hold the N-shaped support frame 1, it is easy to slip, especially when the device is placed in a high place, to prevent the traditional hand from accidentally slipping. The anti-slip layer 23 facilitates each L-shaped fixing plate 4 to be firmly fixed to the corresponding No. 1 strip opening .
[0025] The above technical solutions only embody the preferred technical solutions of the technical solutions of the present invention. Some changes that may be made by those skilled in the art to some parts of them all embody the principles of the present invention and fall within the protection scope of the present invention.
