CN109362442B

CN109362442B - A solar protection devices for fruit growing

Info

Publication number: CN109362442B
Application number: CN201811352976.XA
Authority: CN
Inventors: 田庆
Original assignee: Anhui Jishan Ecological Agriculture Co ltd
Current assignee: Anhui Jishan Ecological Agriculture Co ltd
Priority date: 2018-11-14
Filing date: 2018-11-14
Publication date: 2020-11-06
Anticipated expiration: 2038-11-14
Also published as: CN109362442A

Abstract

The invention belongs to the technical field of fruit planting, and particularly relates to a sun-shading device for fruit planting. The invention achieves the effect of effective sun shading by arranging the sun shading net, the net body installation unit, the permanent magnet unit, the electromagnet unit and the blocking protection unit on the frame-shaped frame body. The invention has the advantages of reasonable and effective sun-shading structure, flexible and quick sun-shading and sun-shading releasing operation, good using effect of the sunshade in two states of sun-shading and sun-shading, good effect of blocking small animals and protecting plants from being damaged.

Description

A solar protection devices for fruit growing

Technical Field

The invention belongs to the technical field of fruit planting, and particularly relates to a sun-shading device for fruit planting.

Background

Fruit is solar protection operation is carried out to sunshade net for the support body that shelters from sunshine is erect in fruit plant top for the fruit plant is planted to the finger, but on the other hand, its sunshade net of sunshade frame that has had on the market at present is the dead structure of fixing, consequently lacks the sunshade and shines the function that two kinds of states of sunshine switched back and forth for whole sunshade frame will all be taken down when the fruit plant need shine sunshine, has the shortcoming that wastes time and energy. In addition, the structure that is used for stopping the toy to get into the fruit plant region is generally all lacked to current solar protection device, consequently causes the problem that the fruit plant is destroyed by the toy easily, so the urgent need for a section combines sunshade and plant protect function's novel solar protection device on the market.

Chinese utility model patent with patent publication number CN205046939U and publication date 2016.02.24 discloses a sunshade, including: the sunshade cloth is covered on the frame; the number of the frames is at least two; each of the frames includes: the top ends of the adjacent upright columns are connected through a first pipe fitting; and at least one upright post is shared by adjacent frames.

But the sunshade in the utility model patent has the inflexible, inconvenient problem of sunshade use.

Disclosure of Invention

The invention aims to provide a sun-shading device for fruit planting, which can achieve the effect of effective sun shading by arranging a sun-shading net, a net body installation unit, a permanent magnet unit, an electromagnet unit and a blocking protection unit on a frame-shaped frame body. The invention has the advantages of reasonable and effective sun-shading structure, flexible and quick sun-shading and sun-shading releasing operation, good using effect of the sunshade in two states of sun-shading and sun-shading, good effect of blocking small animals and protecting plants from being damaged.

The technical scheme adopted by the invention for solving the problems is as follows: a sun-shading device for fruit planting comprises a supporting column, a frame-shaped frame body arranged on the supporting column, a sun-shading net arranged on the frame-shaped frame body, a net body installation unit which is hinged on the frame-shaped frame body and used for bonding and fixing the sun-shading net, a permanent magnet unit arranged on the lower surface of the net body installation unit, an electromagnet unit which is arranged on the frame-shaped frame body and is positioned below the net body installation unit and used for lifting and rotating the net body installation unit through magnetic repulsion so as to remove sun-shading operation, and a blocking protection unit arranged on the supporting column, wherein the blocking protection unit comprises an installation ring sleeved on the supporting column, an installation beam arranged on the installation ring, a first screw hole arranged on the installation ring, and a cylinder fastening bolt arranged on the first screw hole, the installation beam comprises a first screwing hole and a plurality of blocking columns, wherein the first screwing hole is formed in the installation beam, the blocking columns are arranged on the first screwing hole in a screwing mode, the blocking columns are vertically arranged in parallel, connecting threads are arranged in the middle of the blocking columns, and elastic blocks for fastening are arranged at the inner side ends of the column fastening bolts.

The further preferred technical scheme is as follows: the net body installation units comprise installation frames, the sunshade nets are bonded inside the installation frames, hinge shafts are symmetrically arranged at two sides of the installation frames, and the net body installation units are arranged on the frame-shaped frame body in a uniform linear arrangement mode; the permanent magnet unit comprises a connecting plate arranged on the lower surface of the mounting frame and a permanent magnet sheet arranged on the lower surface of the connecting plate in a bonding mode.

The further preferred technical scheme is as follows: the electromagnet unit comprises a U-shaped frame body plate arranged on the lower surface of the frame-shaped frame body, an electromagnet portion arranged on the U-shaped frame body plate and used for rotating the mounting frame to perform sunlight irradiation operation in a mode of upwards repelling and jacking the permanent magnet pieces, a battery portion arranged on the lower surface of the U-shaped frame body plate and used for supplying power to the electromagnet portion, and a conductive control portion arranged on the U-shaped frame body plate and used for conductively connecting the battery portion and the electromagnet portion.

The further preferred technical scheme is as follows: the permanent magnet pieces are abutted against the upper end faces of the electromagnet parts.

The further preferred technical scheme is as follows: the electromagnet part comprises a core body which is arranged on the upper surface of the U-shaped frame plate in a bonding mode, a spiral groove which is arranged on the annular surface of the core body, a spiral coil which is embedded and wound on the spiral groove, and two conductive plates which are inserted into the core body and are arranged on the core body and used for connecting two ends of the spiral coil.

The further preferred technical scheme is as follows: the battery part comprises a battery groove arranged on the lower surface of the U-shaped frame plate, a direct current dry battery arranged on the battery groove, and two groups of conducting strips arranged on the battery groove and respectively connected with the two conducting strips through conducting wires, wherein the four conducting strips are arranged at the positions on two sides of the direct current dry battery in pairs.

The further preferred technical scheme is as follows: the conducting plate comprises a bowl-shaped conducting plate body arranged on the inner top surface of the battery jar and a strip-shaped conducting plate body which is arranged on the bowl-shaped conducting plate body and penetrates through the U-shaped frame body plate to be upwards arranged, and the strip-shaped conducting plate body is connected with the conducting plate through a conducting wire.

The further preferred technical scheme is as follows: the conductive control part comprises two square cavities which are arranged in the U-shaped frame plate and communicated with the battery jar, a fixing frame which is arranged on the outer side surface of the direct current dry battery in a bonding mode, two square columns which are arranged at the positions of the two sides of the fixing frame and are inserted into the square cavities, and a jacking spring which is sleeved on the square columns and is used for jacking the direct current dry battery towards the middle part on the side surface of the battery jar.

The further preferred technical scheme is as follows: the conductive control part further comprises a screw joint ring which is only arranged at the position of an outer edge notch on one side of the square cavity channel, a cylinder magnet piece which is arranged on the end face of the square column is connected and arranged with a rotating ring on the screw joint ring, and a magnet ring which is embedded into the rotating ring and jacks up through repulsion on the side face of the rotating ring, the cylinder magnet piece further pulls the square column to connect the direct current dry battery with the conductive piece in a contact mode.

The further preferred technical scheme is as follows: an inner side plane is arranged in the bowl-shaped conducting sheet body, and a supporting spring which is used for jacking the bowl-shaped conducting sheet body downwards in a mode of abutting against the inner side plane is arranged on the top surface in the battery jar.

The invention achieves the effect of effective sun shading by arranging the sun shading net, the net body installation unit, the permanent magnet unit, the electromagnet unit and the blocking protection unit on the frame-shaped frame body. The invention has the advantages of reasonable and effective sun-shading structure, flexible and quick sun-shading and sun-shading releasing operation, good using effect of the sunshade in two states of sun-shading and sun-shading, good effect of blocking small animals and protecting plants from being damaged.

Drawings

FIG. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a schematic view of a position structure of the net body mounting unit according to the present invention (the blocking protection units on the other three sides are omitted in the figure).

Fig. 3 is a schematic view showing the use of the electromagnet unit according to the present invention.

Fig. 4 is a schematic view of the position structure of the electromagnet portion in the present invention.

FIG. 5 is a schematic view of the cylindrical magnet piece and magnet ring of the present invention.

Fig. 6 is a schematic view of the use of the support spring in the present invention.

Detailed Description

The following description is only a preferred embodiment of the present invention and is not intended to limit the scope of the present invention.

Example (b): as shown in fig. 1, 2, 3, 4, 5 and 6, a sun-shading device for fruit planting comprises a supporting column 11, a frame-shaped frame body 12 arranged on the supporting column 11, a sun-shading net 13 arranged on the frame-shaped frame body 12, a net body mounting unit 1 hinged on the frame-shaped frame body 12 and used for fixedly bonding the sun-shading net 13, a permanent magnet unit 2 arranged on the lower surface of the net body mounting unit 1, an electromagnet unit 3 arranged on the frame-shaped frame body 12 and located at a position below the net body mounting unit 1 and used for jacking and rotating the net body mounting unit 1 through magnetic repulsion so as to release sun-shading operation, and a blocking protection unit 5 arranged on the supporting column 11, wherein the blocking protection unit 5 comprises a mounting ring 501 sleeved on the supporting column 11, the installation beam 502 arranged on the installation ring 501, the first screwing hole 503 arranged on the installation ring 501, the cylinder fastening bolt 504 arranged on the first screwing hole 503, the second screwing hole 505 arranged on the installation beam 502, and the blocking column 506 arranged on the second screwing hole 505 in a screwing manner, wherein the blocking columns 506 are vertically arranged in parallel, the middle part of the blocking columns is provided with connecting threads, and the inner side end of the cylinder fastening bolt 504 is provided with an elastic block 507 for fastening.

In this embodiment, the planting area of the fruit plant is smaller than the area of the frame-shaped frame body 12, the existing common black sunshade net 13 covers the fruit plant to ensure the basic sunshade effect, when the fruit plant needs to be illuminated, the electromagnet unit 3 is connected to the power supply, the electromagnet unit 3 generates electricity and magnetism to produce a magnetic field mutually repelling with the permanent magnet unit 2, the net body installation unit 1 hinged at this time is connected with the sunshade net 13 to rotate, an opening is opened above the fruit plant to facilitate photosynthesis, the electromagnet unit 3 continuously supplies power, the sunshade net 13 always keeps the state of being rotated and inclined to be opened, the photosynthesis is continuously effective, the magnet unit 3 is powered off, the sunshade net 13 rotates to fall to the horizontal state after losing the supporting function of the repulsive magnetic force, and the sunshade is ensured to have good sunshade and illumination effects, the two states can be switched conveniently and quickly.

On the other hand, the arresting protection unit 5 has the following advantages:

firstly, the mounting rings 501 are arranged on the four supporting columns 11, and the mounting rings 501 and the mounting beams 502 in different groups are connected end to end, so that a blocking grid main body formed by the mounting beams 502 and the blocking columns 506 forms a closed structure to block small animals such as chicken and ducks from invading and protect the fruit plants in the blocking grid main body;

secondly, the mounting structure of the mounting ring 501 on the support post 11 is convenient to mount and dismount and adjustable in height, the blocking post 506 is arranged on the mounting beam 502 through a connecting thread in the middle, and the whole blocking protection unit 5 is guaranteed to be stable in mounting and convenient to mount and dismount through two screw connection modes;

thirdly, the elastic block 507 for fastening is bonded on the inner side end of the column fastening bolt 504, when the column fastening bolt 504 is screwed, the elastic block 507 for fastening made of common rubber is deformed and pressed on the supporting column 11, so that the compression stability is ensured, and harmful friction and abrasion are avoided.

The net body installation units 1 comprise installation frames 101 with the sunshade nets 13 adhered inside and articulated shafts 102 symmetrically arranged at two sides of the installation frames 101, and a plurality of the net body installation units 1 are arranged on the frame-shaped frame body 12 in a uniform linear arrangement mode; the permanent magnet unit 2 comprises a connecting plate 201 arranged on the lower surface of the mounting frame 101, and a permanent magnet sheet 202 arranged on the lower surface of the connecting plate 201 in an adhering manner. The electromagnet unit 3 includes a U-shaped frame body plate 301 provided on the lower surface of the frame-shaped frame body 12, an electromagnet portion 302 provided on the U-shaped frame body plate 301 and adapted to rotate the mounting frame 101 for a sunlight irradiation operation by repelling the permanent magnet pieces 202 upward, a battery portion 303 provided on the lower surface of the U-shaped frame body plate 301 and adapted to supply power to the electromagnet portion 302, and a conduction control portion 304 provided on the U-shaped frame body plate 301 and adapted to conductively connect the battery portion 303 and the electromagnet portion 302.

In this embodiment, the conductive control portion 304 is in an open circuit state most of the time, at this time, the electromagnet portion 302 is not powered on and cannot electromagnetically jack up the permanent magnet sheet 202, the mounting frame 101 and the sunshade net 13 are kept in a horizontal covering state, at this time, the fruit plant performs a sunshade protection operation, when the conductive control portion 304 triggers conduction, the electromagnet portion 302 is electromagnetically powered and upwards repels and jacks up the permanent magnet sheet 202, the connecting plate 201 and the mounting frame 101 and the sunshade net 13 rotate, the fruit plant is exposed above the fruit plant to ensure effective photosynthesis, when the conductive control portion 304 returns to the open circuit, the electromagnet portion 302 loses power and cannot be electromagnetically powered, the permanent magnet sheet 202 loses the supporting effect of the repulsion magnetic force, and the sunshade net 13 falls to a level and completely covers above the fruit plant, the sunshade effect is recovered, so that the sunshade has the advantages of effective use in two states of sunshade and illumination and convenient back-and-forth switching.

The electromagnet portions 302 are connected in series, and the permanent magnet sheet 202 abuts against the upper end faces of the electromagnet portions 302. The electromagnet portion 302 includes a core 302a adhered to the upper surface of the U-shaped frame plate 301, a spiral groove 302b formed in the annular surface of the core 302a, a solenoid 302c embedded and wound around the spiral groove 302b, and two conductive plates 302d inserted and disposed in the core 302a and connecting the two ends of the solenoid 302 c.

In this embodiment, all the solenoids 302c are sequentially connected in series with the battery portion 303 and the conductive control portion 304, when the sunshade net 13 is in a horizontal state for sunshade, the permanent magnet sheet 202 is just supported and kept horizontal by the core body 302a, after the solenoid 302c is powered on, the solenoid 302c generates electricity and generates magnetism according to the right-hand screw rule so as to repel and jack up the permanent magnet sheet 202, the magnitude of the repulsive magnetic force can be determined according to the magnitude of the current on the solenoid 302c and the magnitude of the magnetic force of the permanent magnet sheet 202, and the weight of the sunshade net 13 can be adjusted, so that the sunshade net 13 is rotated and opened at a proper angle after being jacked up, and the rotation angle is not too small, so that the reduction of the photosynthesis effect is avoided, and the installation frame 101 cannot be too large so as to avoid crushing the fruit plants after being rotated excessively.

The battery unit 303 includes a battery case 303a provided on the lower surface of the U-shaped frame plate 301, a dc dry battery 303b provided on the battery case 303a, and two sets of conductive plates 303c provided on the battery case 303a and respectively connected to the two conductive plates 302d by wires, and the four conductive plates 303c are provided in pairs at positions on both sides of the dc dry battery 303 b. The conductive plate 303c includes a bowl-shaped conductive plate body disposed on the inner top surface of the battery jar 303a, and a strip-shaped conductive plate body disposed on the bowl-shaped conductive plate body and passing through the U-shaped frame plate 301, and the strip-shaped conductive plate body is connected to the conductive plate 302d by a wire. The conductive control portion 304 includes two square channels 304a provided in the U-shaped frame plate 301 and communicating with the battery case 303a, a fixing frame 304b adhesively provided on the outer side surface of the dc dry battery 303b, two square columns 304c provided at both side positions of the fixing frame 304b and inserted in the square channels 304a, and a jack-up spring 303d fitted on the square columns 304c and used for jacking up the dc dry battery 303b toward the middle on the side surface of the battery case 303 a. The conductive control portion 304 further includes a screw ring 304e provided only at a notched position on an outer edge of one side of the square passage 304a, a cylindrical magnet piece 304f provided on an end surface of the square post 304c, a rotating ring 304g connected to the screw ring 304e, and a magnet ring 304h embedded in a side surface of the rotating ring 304g and adapted to contact and connect the dc dry battery 303b and the conductive plate 303c by repelling and lifting the cylindrical magnet piece 304f and further pulling the square post 304 c. An inner side plane is arranged in the bowl-shaped conducting sheet body, and a supporting spring 303d which is used for jacking the bowl-shaped conducting sheet body downwards in a mode of abutting against the inner side plane is arranged on the inner top surface of the battery jar 303 a.

In this embodiment, the usage and advantages of the battery part 303 and the conductive control part 304 are as follows:

firstly, in an initial condition, the sunshade net 13 is horizontal and performs sunshade operation, at this time, the rotating ring 304g with the magnet ring 304h is far away from the cylindrical magnet piece 304f, the magnetic driving force applied to the cylindrical magnet piece 304f and the square column 304c is negligible compared with the jacking elastic force of the jacking spring 303d, the direct current dry battery 303b and the fixing frame 304b are jacked up in the middle by the two jacking springs 303d and are not in contact with any pair of the conducting strips 303c on the two sides, no current is applied to the solenoid 302c, the permanent magnet piece 202 cannot be jacked up by repulsive magnetic force, the sunshade net 13 cannot be rotated to open, and the fruit plant performs effective sunshade operation;

secondly, when the rotating ring 304g rotates outwards, the repulsive force between the magnet ring 304h on the rotating ring and the cylindrical magnet piece 304f close to the side thereof is rapidly increased, so that the elastic force of the jacking spring 303d close to one side of the cylindrical magnet piece 304f after being compressed is overcome, and the jacking spring 303d on the other side is released, because the sleeving connection cannot fall down, the square column 304c without the cylindrical magnet piece 304f is only used for limiting installation, and does not protrude outside the square cavity channel 304a, so that stable plugging can be ensured in the square cavity channel 304 a;

thirdly, after the cylindrical magnet piece 304f is pushed outwards by the magnet ring 304h, the square column 304c on the side slides to one side together with the fixing frame 304b and the direct current dry battery 303b, so that the motor of the direct current dry battery 303b is just abutted to the conducting strip 303c, the circuit of the solenoid 302c is communicated, the permanent magnet piece 202 and the sunshade net 13 are repelled to jack up and open for effective photosynthesis, and when the magnet ring 304h rotates inwards and retracts, the direct current dry battery 303b is retracted together with the square column 304c, the conducting strip 303c is restored to open circuit, and the sunshade net 13 restores horizontal sunshade effect;

fourthly, the pair of conducting strips 303c on the side of the cylindrical magnet piece 304f is not provided, and after the side of the cylindrical magnet piece 304f is pushed in by hand, contact conduction can be carried out, at the moment, the hand is not taken away, the sunshade net 13 keeps rotating and opening, operations such as pesticide spraying and fruit picking can be carried out in a short time, once the hand is taken away, the sunshade net 13 recovers the horizontal sunshade effect, therefore, the group of conducting strips 303c on the side are used for conducting contact when being driven by hand, and the sunshade net 13 is effectively rotated and opened in a short time;

fifthly, the conducting plate 303c comprises a bowl-shaped conducting plate body arranged on the inner top surface of the battery jar 303a and a strip-shaped conducting plate body arranged on the bowl-shaped conducting plate body and penetrating through the U-shaped frame plate 301 to be arranged upwards, the supporting spring 303d is arranged in the bowl-shaped conducting plate body, so that the conducting plate 303c has the bending strength of the bowl-shaped conducting plate body and the driving force for keeping the two parts of the elastic force of the supporting spring 303d to be bent, when the electrode of the direct current dry battery 303b is contacted, the electrode is ensured to be stably abutted against the electrode, and after the direct current dry battery 303b is removed, the direct current dry battery 303b can be bent and jacked up again to be contacted next time, and the electrode of the direct current dry battery 303b is ensured to have;

sixthly, just because there are two sets of the conductive sheets 303c, one of the conductive plates 302d on the two solenoids 302c on both sides has two wires welded for conduction, and the other conductive plate 302d is connected in series with the next solenoid 302c through one wire, so that it is ensured that the two sets of the conductive sheets 303c can effectively communicate with all the solenoids 302 c.

The embodiments of the present invention have been described in detail with reference to the accompanying drawings, but the present invention is not limited to the above embodiments, and various modifications can be made within the knowledge of those skilled in the art without departing from the gist of the present invention. These are non-inventive modifications, which are intended to be protected by patent laws within the scope of the claims appended hereto.

Claims

1. The utility model provides a solar protection devices for fruit growing, includes support column (11), sets up frame body (12) on support column (11), and sets up sunshade net (13) on frame body (12), its characterized in that: the sunshade net comprises a frame-shaped frame body (12), a net body installation unit (1) which is hinged to the frame-shaped frame body (12) and used for fixedly bonding the sunshade net (13), a permanent magnet unit (2) which is arranged on the lower surface of the net body installation unit (1), an electromagnet unit (3) which is arranged on the frame-shaped frame body (12), is positioned below the net body installation unit (1) and is used for releasing the sunshade operation in a manner of jacking and rotating the net body installation unit (1) through magnetic repulsion, and a blocking protection unit (5) which is arranged on a supporting column (11), wherein the blocking protection unit (5) comprises an installation ring (501) which is sleeved on the supporting column (11), an installation beam (502) which is arranged on the installation ring (501), a first screw hole (503) which is arranged on the installation ring (501), and a cylinder fastening bolt (504) which is arranged on the first screw hole (503), the mounting structure comprises a second screw hole (505) arranged on the mounting beam (502) and blocking columns (506) arranged on the second screw hole (505) in a screw connection mode, wherein the blocking columns (506) are vertically arranged in parallel, connecting threads are arranged in the middle of the blocking columns, and elastic blocks (507) for fastening are arranged at the inner side ends of the column fastening bolts (504);

the net body installation units (1) comprise installation frames (101) internally bonded with the sunshade net (13), and articulated shafts (102) symmetrically arranged at two sides of the installation frames (101), and a plurality of net body installation units (1) are arranged on the frame-shaped frame body (12) in a uniform linear arrangement mode; the permanent magnet unit (2) comprises a connecting plate (201) arranged on the lower surface of the mounting frame (101) and a permanent magnet sheet (202) adhered to the lower surface of the connecting plate (201);

the electromagnet unit (3) comprises a U-shaped frame body plate (301) arranged on the lower surface of the frame-shaped frame body (12), an electromagnet part (302) arranged on the U-shaped frame body plate (301) and used for rotating the installation frame (101) to perform sunlight irradiation operation in a mode of upwards repelling and jacking the permanent magnet sheet (202), a battery part (303) arranged on the lower surface of the U-shaped frame body plate (301) and used for supplying power to the electromagnet part (302), and a conductive control part (304) arranged on the U-shaped frame body plate (301) and used for conductively connecting the battery part (303) and the electromagnet part (302);

the electromagnet part (302) comprises a core body (302 a) which is arranged on the upper surface of the U-shaped frame plate (301) in an adhering mode, a spiral groove (302 b) which is arranged on the annular surface of the core body (302 a), a spiral coil (302 c) which is embedded and wound on the spiral groove (302 b), and two conductive plates (302 d) which are inserted into the core body (302 a) and are arranged on two ends of the spiral coil (302 c) in a connecting mode;

the battery part (303) comprises a battery groove (303 a) arranged on the lower surface of the U-shaped frame plate (301), a direct current dry battery (303 b) arranged on the battery groove (303 a), and two groups of conducting strips (303 c) which are arranged on the battery groove (303 a) and are respectively connected with the two conducting strips (302 d) through conducting wires, wherein the four conducting strips (303 c) are arranged at the positions of two sides of the direct current dry battery (303 b) in pairs;

the conductive control part (304) comprises two square channels (304 a) which are arranged in the U-shaped frame plate (301) and communicated with the battery jar (303 a), a fixing frame (304 b) which is arranged on the outer side surface of the direct current dry battery (303 b) in an adhering mode, two square columns (304 c) which are arranged at the positions of two sides of the fixing frame (304 b) and are inserted into the square channels (304 a), and a jacking spring (303 d) which is sleeved on the square columns (304 c) and is used for jacking the direct current dry battery (303 b) towards the middle part on the side surface of the battery jar (303 a).

2. The sunshade device for fruit growing as claimed in claim 1, wherein: the electromagnet parts (302) are connected in series, and the permanent magnet sheets (202) are abutted to the upper end faces of the electromagnet parts (302).

3. The sunshade device for fruit growing as claimed in claim 1, wherein: the conducting plate (303 c) comprises a bowl-shaped conducting plate body arranged on the inner top surface of the battery jar (303 a) and a strip-shaped conducting plate body which is arranged on the bowl-shaped conducting plate body and penetrates through the U-shaped frame plate (301) to be upwards arranged, and the strip-shaped conducting plate body is connected with the conducting plate (302 d) through a conducting wire.

4. The sunshade device for fruit growing as claimed in claim 1, wherein: the conductive control part (304) further comprises a screw connection ring (304 e) which is only arranged at the position of a notch on the outer edge of one side of the square cavity channel (304 a), a cylindrical magnet piece (304 f) which is arranged on the end surface of the square column (304 c), a rotating ring (304 g) which is connected with the screw connection ring (304 e), and a magnet ring (304 h) which is embedded in the side surface of the rotating ring (304 g) and is used for contacting and connecting the direct current dry battery (303 b) and the conductive sheet (303 c) in a mode of pushing up the cylindrical magnet piece (304 f) through repulsion and further pulling the square column (304 c).

5. A solar protection device for fruit growing according to claim 3, characterized in that: an inner side plane is arranged in the bowl-shaped conducting sheet body, and a supporting spring (303 d) which is used for jacking the bowl-shaped conducting sheet body downwards in a mode of abutting against the inner side plane is arranged on the inner top surface of the battery jar (303 a).