CN208364300U - A kind of device of the presetting framed plate structure of scene heat integration complementary type band - Google Patents

Abstract

The utility model discloses a kind of devices of the presetting framed plate structure of honourable heat integration complementary type band, including foot prop and middle support rod, sleeve is installed above the foot prop, and the outer wall of sleeve is fixed with wind acanthus leaf, ring bar is installed, and middle support rod runs through from the inside of sleeve above the middle support rod.The setting that the device of the presetting framed plate structure of scene heat integration complementary type band passes through sleeve, wind-force mechanism is set to play the role of certain teamwork to solar energy mechanism, it cooperates between sleeve and the upper side end of foot prop, sleeve is fixedly connected with middle support rod again, under the action of the wind, wind acanthus leaf moves with the wind, sleeve is promoted to rotate, automatic and spontaneous rotational power is provided for whole equipment, differentiation utilization is carried out to wind energy, fan blade has setting in the front and rear sides face of strut, strut and wind acanthus leaf can be expanded to the producing level of wind-force, improve wind power generation efficiency.

Description

A kind of device of the presetting framed plate structure of scene heat integration complementary type band

Technical field

The utility model relates to the hot equipment technical fields of scene, the specially a kind of presetting grillage of honourable heat integration complementary type band The device of structure.

Background technique

Modern generation mode gradually from coal-fired or nuclear power generation etc. with the generation mode of superelevation pollution sources turn to hydroelectric generation, The new-generations mode such as wind power generation and solar power generation, the development and utilization of these new energy solve in quite big degree Power supply problem, and be continuously in Rapid development stage, be contemporary society using it is more and more extensive simultaneously and modern The generation mode increasingly praised highly, wind energy, solar energy, water energy, biomass energy etc. are reproducible clean energy resource, are that nature is assigned Give the very important precious deposits of the mankind.The modern hot integrated generating set of scene is answered while being although able to solve wind energy, solar energy With problem, it can be carried out to wind energy and the sun while utilizing and converting, but there are poor between two wind, light processes Relevance, whole device or equipment can satisfy wind light mutual complementing to a certain extent, but the degree level of wind light mutual complementing is lower, There is very specific partition property between wind power utilization and conversion process and Solar use and conversion process, does not have therebetween It is standby preferably interact and function and effect, for this purpose, it is proposed that a kind of presetting framed plate structure of scene heat integration complementary type band Device.

Utility model content

The purpose of this utility model is to provide a kind of devices of the presetting framed plate structure of honourable heat integration complementary type band, with solution There are poor relevances between two wind certainly mentioned above in the background art, light processes, and whole device or equipment are certain It can satisfy wind light mutual complementing in degree, but the degree level of wind light mutual complementing is lower, wind power utilization and conversion process and solar energy Using there is very specific partition property between conversion process, not having preferably interact and function and effect therebetween The problem of.

To achieve the above object, the utility model provides the following technical solutions: a kind of scene heat integration complementary type band is presetting The device of framed plate structure, including foot prop and middle support rod are equipped with sleeve above the foot prop, and the outer wall of sleeve is fixed with Wind acanthus leaf is equipped with ring bar above the middle support rod, and middle support rod runs through from the inside of sleeve.

Preferably, it is fitted closely between the medial surface of the sleeve and the upper end lateral surface of foot prop, and wind acanthus leaf and strut It is annularly uniformly distributed about the central axes of sleeve, the central axes between the wind acanthus leaf about strut are symmetrical, and strut leans on Outer side front and rear sides are mounted on fan blade.

Preferably, bracket is installed, and bracket is fixedly arranged above support plate above the sleeve, the support plate Top is equipped with check lock lever, and size matches between check lock lever and support plate, and the lateral surface of the support plate is welded with fixation Plate, and sliding strut is equipped on the outside of fixed plate is provided with servo-actuated strut below the sliding strut, and slide strut with Solar energy supporting plate is installed on the outside of servo-actuated strut.

Preferably, the inner wall of the solar energy supporting plate is separately installed with roller bearing and pressing plate, and between being between roller bearing and pressing plate Be provided with nonwoven drape on the outside of distribution, the roller bearing, and be fixed with button block below nonwoven drape, the button block with Size cooperates between pressing plate, and the medial surface of solar energy supporting plate is provided with photovoltaic substrate.

Preferably, the support plate is annularly uniformly distributed about the central axes of middle support rod, and support plate and bracket it Between be mutually vertical angle.

Preferably, it is mounted on side connecting rod at left and right sides of the ring bar, and is provided with first on the outside of the connecting rod of side Solar energy wind acanthus leaf, the inner wall of the ring bar are fixed with middle connecting rod, and the second solar energy wind acanthus leaf is provided on the outside of middle connecting rod.

Preferably, the ring bar is fixedly arranged above hack lever, and the outboard end of hack lever is provided with movable abaculus, the work Photovoltaic supplement plate is installed, and photovoltaic supplement plate passes through movable abaculus and hack lever constitutes and turns on the outside of dynamic abaculus Dynamic structure, the hack lever are annularly uniformly distributed in the outside of middle support rod.

Preferably, supporting sleeve is installed above the photovoltaic supplement plate, and the inner wall of supporting sleeve is inlayed There is embedded ball, the centre of the supporting sleeve is equipped with wind-force upright bar, and the outer wall of wind-force upright bar is provided with spiral shell in the shape of a spiral Spin slot, size is mutually coincide between the helicla flute and embedded ball, and the axis of the central axes of supporting sleeve and wind-force upright bar Line is overlapped.

Preferably, the embedding bar in ball end is installed above the wind-force upright bar, and is provided with wind-force leaf above the embedding bar in ball end Disk, the both ends of the embedding bar in ball end are ball head structure, and the embedding bar in ball end is nested between wind-force upright bar, wind-force leaf dish respectively It is cooperatively connected, the surface of the wind-force leaf dish is equipped with wind sensor.

Compared with prior art, the beneficial effects of the utility model are as follows:

1, the utility model enables wind-force mechanism to play centainly solar energy mechanism by the setting of sleeve Teamwork effect, cooperate between sleeve and the upper side end of foot prop, sleeve is fixedly connected with middle support rod again, in wind Under power effect, wind acanthus leaf moves with the wind, and sleeve is promoted to rotate, and automatic and spontaneous rotational power is provided for whole equipment, right Wind energy carries out differentiation utilization, and fan blade has setting in the front and rear sides face of strut, can expand strut and wind acanthus leaf to wind-force Producing level, improve wind power generation efficiency.

2, the utility model passes through the setting of bracket and support plate, and there are at one section of united solar energy in whole device Region is managed, as sleeve acts, bracket is rotated movement with identical speed, to the progress circumference shifting of each solar energy receiving area It is dynamic, uniformly to receive illumination, slides and cooperate between strut and fixed plate, it can be to sliding strut on the basis of fixed plate It is mobile to carry out position, to achieve the purpose that adjust solar energy supporting plate placed angle, solar energy supporting plate is using check lock lever with one Inclined posture is fixed on the supporting plate, receives illumination, utilizes the light of the adjustable photovoltaic substrate of nonwoven drape Face, and preferable dust-proof windproof protective effect is played to photovoltaic substrate, the solar energy supporting plate being uniformly arranged guarantees device There is preferable biggish receiving area for solar energy.

3, the utility model is by the setting of ring bar, and device top is made to there is the knot of the simultaneously integration of operation of wind light mutual complementing at one Structure, improves joint and complementarity between wind, light work, and side connecting rod ensure that between the first solar energy wind acanthus leaf and ring bar There are preferable structure turning power, middle connecting rod then ensure that there are preferable structures between the second solar energy wind acanthus leaf and ring bar Turning power is provided with solar energy photovoltaic panel, while first on the first solar energy wind acanthus leaf and the second solar energy wind acanthus leaf Solar energy wind acanthus leaf and the second solar energy wind acanthus leaf itself can be completed to rotate under the action of the wind again, realize wind, light joint hair The foundation structure purpose of electricity.

4, the utility model supplements the setting of plate by photovoltaic, improves whole device and utilizes effect to solar energy Rate, equally distributed photovoltaic supplement plate can be received sunlight irradiation with large area, avoid time difference, lighting angle not The factors such as blocking with, building causes device poor to the reception of solar energy, and photovoltaic supplements between plate and hack lever It is flexibly connected by movable abaculus, photovoltaic supplements plate has preferable mobility on hack lever, can arbitrarily adjust Photovoltaic supplements the placement drift angle of plate, preferably to receive illumination.

5, the utility model passes through the setting of supporting sleeve and wind-force upright bar, and making device top, there are a wind-force effect knots Structure exists preferably between supporting sleeve and wind-force upright bar by the mating reaction between helicla flute and embedded ball between each other Mobility, while wind-force effect wind-force leaf dish rotation, as wind-force leaf dish rotates, wind-force upright bar can also be rotated, And moved upwards along supporting sleeve, the wind-engaging height of itself is automatically adjusted, it is embedding by ball end between wind-force leaf dish and wind-force upright bar Bar is flexibly connected, and the angle of wind-force leaf dish can be adjusted, and wind-force leaf dish itself has preferable mobility, can buffer High wind surge, wind sensor is for sensing wind-force wind speed information.

Detailed description of the invention

FIG. 1 is a schematic structural view of the utility model；

Fig. 2 is the utility model tube-in-tube structure schematic diagram；

Fig. 3 is the utility model solar energy supporting plate structural schematic diagram；

Fig. 4 is the utility model ring rod structure schematic diagram；

Fig. 5 is that the utility model hack lever and photovoltaic supplement board connecting structure schematic diagram；

Fig. 6 is the utility model supporting sleeve structural schematic diagram.

In figure: 1, foot prop, 2, sleeve, 3, wind acanthus leaf, 4, strut, 5, fan blade, 6, bracket, 7, support plate, 8, check lock lever, 9, fixed plate, 10, sliding strut, 11, servo-actuated strut, 12, solar energy supporting plate, 13, roller bearing, 14, nonwoven drape, 15, button block, 16, pressing plate, 17, photovoltaic substrate, 18, middle support rod, 19, ring bar, 20, side connecting rod, the 21, first solar energy fan blade Plate, 22, middle connecting rod, the 23, second solar energy wind acanthus leaf, 24, hack lever, 25, movable abaculus, 26, photovoltaic supplement plate, 27, Supporting sleeve, 28, embedded ball, 29, wind-force upright bar, 30, helicla flute, 31, the embedding bar in ball end, 32, wind-force leaf dish, 33, wind-force biography Sensor.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-6 is please referred to, the utility model provides a kind of technical solution: a kind of presetting grillage of scene heat integration complementary type band The device of structure, including foot prop 1 and middle support rod 18, the top of foot prop 1 is equipped with sleeve 2, and the outer wall of sleeve 2 is fixed with wind Impeller 3 fits closely between the medial surface of sleeve 2 and the upper end lateral surface of foot prop 1, and wind acanthus leaf 3 and strut 4 are about sleeve 2 central axes are annularly uniformly distributed, and the central axes between wind acanthus leaf 3 about strut 4 are symmetrical, and before the outer side of strut 4 Two sides are mounted on fan blade 5 afterwards, by the setting of sleeve 2, wind-force mechanism are enable to play solar energy mechanism Certain teamwork effect, cooperates, sleeve 2 is again fixed with middle support rod 18 between sleeve 2 and the upper side end of foot prop 1 Connection, under the action of the wind, wind acanthus leaf 3 moves with the wind, and sleeve 2 is promoted to rotate, and provides for whole equipment automatic and spontaneous Rotational power carries out differentiation utilization to wind energy, and fan blade 5 has setting in the front and rear sides face of strut 4, can expand strut 4 With wind acanthus leaf 3 to the producing level of wind-force, wind power generation efficiency is improved, the top of sleeve 2 is equipped with bracket 6, and bracket 6 is upper Side is fixed with support plate 7, and the top of support plate 7 is equipped with check lock lever 8, and size matches between check lock lever 8 and support plate 7, The lateral surface of support plate 7 is welded with fixed plate 9, and the outside of fixed plate 9 is equipped with sliding strut 10, slides the lower section of strut 10 It is provided with servo-actuated strut 11, and the outside for sliding strut 10 and servo-actuated strut 11 is equipped with solar energy supporting plate 12, passes through 6 He of bracket The setting of support plate 7, there are one section of united solar energy processing region in whole device, as sleeve 2 acts, bracket 6 with Identical speed rotates movement, and it is mobile to carry out circumference to each solar energy receiving area, uniformly to receive illumination, slides strut 10 It cooperates between fixed plate 9, position movement can be carried out to sliding strut 10 on the basis of fixed plate 9, to reach The purpose of 12 placed angle of solar energy supporting plate is adjusted, solar energy supporting plate 12 is fixed on using check lock lever 8 with an inclined posture In support plate 7, illumination is received, the inner wall of solar energy supporting plate 12 is separately installed with roller bearing 13 and pressing plate 16, and roller bearing 13 and pressing plate To be spaced apart between 16, the outside of roller bearing 13 is provided with nonwoven drape 14, and the lower section of nonwoven drape 14 is fixed with button Block 15, size cooperates between button block 15 and pressing plate 16, and the medial surface of solar energy supporting plate 12 is provided with photovoltaic base Plate 17 using the light-receiving surface of the adjustable photovoltaic substrate 17 of nonwoven drape 14, and plays photovoltaic substrate 17 To preferable dust-proof windproof protective effect, the top of middle support rod 18 is equipped with ring bar 19, and middle support rod 18 is out of sleeve 2 Portion is run through, and support plate 7 is annularly uniformly distributed about the central axes of middle support rod 18, and is mutually between support plate 7 and bracket 6 vertical Squareness, the solar energy supporting plate 12 being uniformly arranged guarantee that device has preferable biggish receiving area, ring bar 19 for solar energy The left and right sides be mounted on side connecting rod 20, and the outside of side connecting rod 20 is provided with the first solar energy wind acanthus leaf 21, ring bar 19 inner wall is fixed with middle connecting rod 22, and the outside of middle connecting rod 22 is provided with the second solar energy wind acanthus leaf 23, passes through ring bar 19 Setting makes device top there is the structure of wind light mutual complementing and integration of operation at one, improves joint between wind, light work and mutual Benefit property, side connecting rod 20 ensure that between the first solar energy wind acanthus leaf 21 and ring bar 19 there are preferable structure turning power, in Connecting rod 22 then ensure that there are preferable structure turning powers between the second solar energy wind acanthus leaf 23 and ring bar 19, in first sun Solar energy photovoltaic panel, while 21 He of the first solar energy wind acanthus leaf are provided on energy wind acanthus leaf 21 and the second solar energy wind acanthus leaf 23 Second solar energy wind acanthus leaf 23 can be completed to rotate itself under the action of the wind again, realize the foundation structure of wind, light cogeneration Purpose, ring bar 19 is fixedly arranged above hack lever 24, and the outboard end of hack lever 24 is provided with movable abaculus 25, movable abaculus 25 Outside is equipped with photovoltaic supplement plate 26, and photovoltaic supplement plate 26 passes through movable abaculus 25 and hack lever 24 constitutes and turns Dynamic structure, hack lever 24 are annularly uniformly distributed in the outside of middle support rod 18, and the setting of plate 26 is supplemented by photovoltaic, is mentioned High utilization efficiency of the whole device to solar energy, equally distributed photovoltaic supplement plate 26 can receive the sun with large area Light irradiation, avoid the factors such as the time is different, lighting angle is different, building blocks cause device to the reception of solar energy compared with Difference is flexibly connected between photovoltaic supplement plate 26 and hack lever 24 by movable abaculus 25, and photovoltaic supplement plate 26 exists There is preferable mobility on hack lever 24, the placement drift angle of photovoltaic supplement plate 26 can be adjusted, arbitrarily with preferably Receive illumination, the top of photovoltaic supplement plate 26 is equipped with supporting sleeve 27, and in the inner wall of supporting sleeve 27 is inlaid with Embedding ball 28, the centre of supporting sleeve 27 is equipped with wind-force upright bar 29, and the outer wall of wind-force upright bar 29 is provided with spiral shell in the shape of a spiral Spin slot 30, size is mutually coincide between helicla flute 30 and embedded ball 28, and the central axes of supporting sleeve 27 and wind-force upright bar 29 Central axes be overlapped, by the setting of supporting sleeve 27 and wind-force upright bar 29, make device top there are a wind-force interactive construction, Exist between each other between supporting sleeve 27 and wind-force upright bar 29 by the mating reaction between helicla flute 30 and embedded ball 28 Preferable mobility, while wind-force effect wind-force leaf dish 32 rotates, as wind-force leaf dish 32 rotates, wind-force upright bar 29 It can rotate, and be moved upwards along supporting sleeve 27, automatically adjust the wind-engaging height of itself, the top installation of wind-force upright bar 29 There is the embedding bar 31 in ball end, and the top of the embedding bar 31 in ball end is provided with wind-force leaf dish 32, the both ends of the embedding bar 31 in ball end are bulb knot Structure, and the embedding bar 31 in ball end is nested between wind-force upright bar 29, wind-force leaf dish 32 connects respectively, the surface peace of wind-force leaf dish 32 Equipped with wind sensor 33, it is flexibly connected between wind-force leaf dish 32 and wind-force upright bar 29 by the embedding bar 31 in ball end, wind-force leaf dish 32 Angle can be adjusted, wind-force leaf dish 32 itself have preferable mobility, high wind surge, wind-force can be buffered Sensor 33 is for sensing wind-force wind speed information.

Working principle: placing the device on suitable position this kind of device first, the riding position generally chosen For spacious wilderness region, around needs to guarantee as far as possible to block without building, utilize matching between fixed plate 9 and sliding strut 10 Cooperation is used, and the fixed function in conjunction with check lock lever 8 to solar energy supporting plate 12 in support plate 7 enables solar energy supporting plate 12 with one A inclined posture receives illumination, and photovoltaic substrate 17 contacts illumination, while the light-receiving area of photovoltaic substrate 17 It can be adjusted by nonwoven drape 14, nonwoven drape 14 uniformly swathes in the outside of roller bearing 13, while nonwoven covers Cloth 14 can be fixed on solar energy supporting plate 12 by the mating reaction between button block 15 and pressing plate 16, and nonwoven drape 14 is nothing Woven fabric material plays the role of the function and effect of dust-proof radix saposhnikoviae, when there is wind in the external world, Wind power propelling wind to photovoltaic substrate 17 Impeller 3 act, sleeve 2 due between the upper end of foot prop 1 for be cooperatively connected, can be rotated with the wind on the basis of foot prop 1, After sleeve 2 rotates, bracket 6 is rotated with, and circumference movement occurs for each solar energy supporting plate 12 on bracket 6, with uniform light, fan blade Wheel 5 receives wind-force effect simultaneously, is largely utilized to wind-force, under wind-force effect, 21 He of the first solar energy wind acanthus leaf Second solar energy wind acanthus leaf 23 is rotated in the structure basis of side connecting rod 20 and middle connecting rod 22 respectively, in the first solar energy Solar energy photovoltaic panel, while the first solar energy wind acanthus leaf 21 and are provided on wind acanthus leaf 21 and the second solar energy wind acanthus leaf 23 Two solar energy wind acanthus leafs 23 can be completed to rotate itself under the action of the wind again, realize the foundation structure mesh of wind, light cogeneration , the connection function using movable abaculus 25 to photovoltaic supplement plate 26 on hack lever 24 can mend photovoltaic The placed angle for filling plate 26 is adjusted, and changes the light angle of photovoltaic supplement plate 26, supplements plate in photovoltaic Solar energy photovoltaic panel is also equipped on 26, to receive more solar irradiations, under wind-force effect, using wind-force leaf dish 32 from By rotating, under the mating reaction of helicla flute 30 and embedded ball 28, wind-force upright bar 29 along supporting sleeve 27 vertical direction to Upper movement freely adjusts wind-engaging height, is cooperatively connected between wind-force upright bar 29 and wind-force leaf dish 32 by the embedding bar 31 in ball end, in ball Under the ball head structure for holding embedding 31 both ends of bar, enable wind-force leaf dish 32 that certain angular deflection occurs, to alleviate large wind Surge, the model LM61-24V-W2 type air velocity transducer of wind sensor 33 are used for real-time monitoring wind speed, like this Complete the use process of whole device.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (9)

1. a kind of device of the presetting framed plate structure of scene heat integration complementary type band, including foot prop (1) and middle support rod (18), special Sign is: being equipped with sleeve (2) above the foot prop (1), and the outer wall of sleeve (2) is fixed with wind acanthus leaf (3), the centre It is equipped with above strut (18) ring bar (19), and middle support rod (18) runs through from the inside of sleeve (2).

2. a kind of device of the presetting framed plate structure of honourable heat integration complementary type band according to claim 1, it is characterised in that: It is fitted closely between the medial surface of the sleeve (2) and the upper end lateral surface of foot prop (1), and wind acanthus leaf (3) is closed with strut (4) It is annularly uniformly distributed in the central axes of sleeve (2), the central axes between the wind acanthus leaf (3) about strut (4) are symmetrical, and prop up The outer side front and rear sides of bar (4) are mounted on fan blade (5).

3. a kind of device of the presetting framed plate structure of honourable heat integration complementary type band according to claim 2, it is characterised in that: It is equipped with bracket (6) above the sleeve (2), and bracket (6) is fixedly arranged above support plate (7), the support plate (7) Top is equipped with check lock lever (8), and size matches between check lock lever (8) and support plate (7), the outside of the support plate (7) Face is welded with fixed plate (9), and sliding strut (10) is equipped on the outside of fixed plate (9), the lower section of sliding strut (10) It is provided with servo-actuated strut (11), and slides and solar energy supporting plate (12) are installed on the outside of strut (10) and servo-actuated strut (11).

4. a kind of device of the presetting framed plate structure of honourable heat integration complementary type band according to claim 3, it is characterised in that: The inner wall of the solar energy supporting plate (12) is separately installed with roller bearing (13) and pressing plate (16), and between roller bearing (13) and pressing plate (16) To be spaced apart, it is provided with nonwoven drape (14) on the outside of the roller bearing (13), and the lower section of nonwoven drape (14) is fixed Have button block (15), size cooperates between the button block (15) and pressing plate (16), and the medial surface of solar energy supporting plate (12) is set It is equipped with photovoltaic substrate (17).

5. a kind of device of the presetting framed plate structure of honourable heat integration complementary type band according to claim 3, it is characterised in that: The support plate (7) is annularly uniformly distributed about the central axes of middle support rod (18), and between support plate (7) and bracket (6) It is mutually vertical angle.

6. a kind of device of the presetting framed plate structure of honourable heat integration complementary type band according to claim 1, it is characterised in that: It is mounted on side connecting rod (20) at left and right sides of the ring bar (19), and is provided with first sun on the outside of side connecting rod (20) Energy wind acanthus leaf (21), the inner wall of the ring bar (19) is fixed with middle connecting rod (22), and is provided with second on the outside of middle connecting rod (22) Solar energy wind acanthus leaf (23).

7. a kind of device of the presetting framed plate structure of honourable heat integration complementary type band according to claim 6, it is characterised in that: The ring bar (19) is fixedly arranged above hack lever (24), and the outboard end of hack lever (24) is provided with movable abaculus (25), described Photovoltaic supplement plate (26) is installed, and photovoltaic supplement plate (26) is embedding by activity on the outside of movable abaculus (25) Block (25) and hack lever (24) constitute rotational structure, and the hack lever (24) is annularly uniformly distributed in the outside of middle support rod (18).

8. a kind of device of the presetting framed plate structure of honourable heat integration complementary type band according to claim 7, it is characterised in that: It is equipped with supporting sleeve (27) above photovoltaic supplement plate (26), and in the inner wall of supporting sleeve (27) is inlaid with The centre of embedding ball (28), the supporting sleeve (27) is equipped with wind-force upright bar (29), and the outer wall of wind-force upright bar (29) is in spiral shell Rotation shape is provided with helicla flute (30), and size is mutually coincide between the helicla flute (30) and embedded ball (28), and supporting sleeve (27) central axes are overlapped with the central axes of wind-force upright bar (29).

9. a kind of device of the presetting framed plate structure of honourable heat integration complementary type band according to claim 8, it is characterised in that: The embedding bar in ball end (31) is installed above the wind-force upright bar (29), and is provided with wind-force leaf dish above the embedding bar in ball end (31) (32), the both ends of the embedding bar in ball end (31) are ball head structure, and the embedding bar in ball end (31) respectively with wind-force upright bar (29), wind Be nested connection between power leaf dish (32), and the surface of the wind-force leaf dish (32) is equipped with wind sensor (33).