阅读说明：本技术 一种环形阵列风力驱动式抗风支撑安装装置 (Annular array wind-driven wind-resistant support mounting device ) 是由 周建明 吴安滨 赵永涛 于 2020-06-18 设计创作，主要内容包括：本发明公开了一种环形阵列风力驱动式抗风支撑安装装置,包括底部空心外壳。本发明环形阵列式安装在树干的周围,并且能够调节支撑部位和树干之间的距离,再利用轴体安装式横向支撑夹角变化机构和螺纹结构移动式横向支撑夹角变化机构之间的相互作用,能够在稳定支撑的前提下,实现支撑部位的横向夹角的变化,由于每个该装置都能够支撑两个对树干的驱动设备,并且能够改变对各个驱动装置之间的角度变化和与树干之间的距离,从而提高了驱动装置对树干的有效抗压能力。(The invention discloses an annular array wind-driven wind-resistant support mounting device which comprises a bottom hollow shell. The tree trunk supporting device is arranged around a tree trunk in an annular array manner, the distance between the supporting part and the tree trunk can be adjusted, the change of the transverse included angle of the supporting part can be realized on the premise of stable support by utilizing the interaction between the shaft body installation type transverse supporting included angle change mechanism and the thread structure mobile type transverse supporting included angle change mechanism, and each device can support two driving devices for the tree trunk and change the angle change between each driving device and the distance between each driving device and the tree trunk, so that the effective pressure resistance of the driving devices to the tree trunk is improved.)

1. The utility model provides an annular array wind-force drive formula anti-wind supports installation device, includes bottom hollow shell (1), its characterized in that: the bottom hollow shell (1) is characterized in that a transverse moving space (2) is arranged at the transverse inner center of the bottom hollow shell (1), a moving through hole structure (3) communicated with the transverse moving space (2) and the upper space is arranged at the center of the upper surface of the bottom hollow shell (1), a main threaded rod (4) is installed at the transverse center of the bottom hollow shell (1) through a bearing, a main external thread structure (5) is arranged on a rod body of the main threaded rod (4), one end of the main threaded rod (4) extends to the external space of the bottom hollow shell (1) and a main rotating plate (6) is installed at the end part of the bottom hollow shell, a rotating column (7) is installed at the edge of one end face of the main rotating plate (6), an internal thread structure rotating and moving mechanism (8) is installed inside the transverse moving space (2), and the transverse center of the internal thread structure, The upper surface of the internal thread structure rotating and moving mechanism (8) is provided with a longitudinal support rod (9) and an oblique support rod (10), the rod bodies of the longitudinal support rod (9) and the oblique support rod (10) penetrate through the moving through hole structure (3), a top transverse support base plate (11) is fixed at the tops of the longitudinal support rod (9) and the oblique support rod (10), a longitudinal vertical plate (12) is fixed at one side of the upper surface of the top transverse support base plate (11), a shaft body installation type transverse support included angle change mechanism (16) is fixed in the middle of one end surface of the longitudinal vertical plate (12), a secondary threaded rod (14) is installed at the center of the shaft body installation type transverse support included angle change mechanism (16) through a bearing, and a secondary external thread structure (15) is arranged on the rod body of the secondary threaded rod (14), the rod body of the auxiliary threaded rod (14) is provided with a thread structure movable type transverse supporting included angle change mechanism (17) through a thread structure, and the movable end of the auxiliary threaded rod (14) is provided with an auxiliary rotating plate (13).

2. The wind-driven wind-resistant support mounting device of claim 1, wherein: the internal thread structure rotating and moving mechanism (8) comprises a rectangular moving shell (81) for the internal thread structure rotating and moving mechanism, a central hole (82) for the internal thread structure rotating and moving mechanism, an internal thread structure (83) for the internal thread structure rotating and moving mechanism, a longitudinal groove structure (84) for the internal thread structure rotating and moving mechanism and an oblique groove structure (85) for the internal thread structure rotating and moving mechanism; the internal thread structure for the rotary motion mechanism rectangle remove casing (81) horizontal inside center be provided with intercommunication its both ends internal thread structure for the rotary motion mechanism centre bore (82), the internal thread structure for the rotary motion mechanism centre bore (82) position is equipped with internal thread structure for the rotary motion mechanism internal thread structure (83), the upper surface that internal thread structure for the rotary motion mechanism rectangle removed casing (81) is equipped with vertical groove structure for the rotary motion mechanism internal thread structure (84) and internal thread structure for the rotary motion mechanism slant groove structure (85).

3. The wind-driven wind-resistant support mounting device of claim 2, wherein: a main male screw rod (4) is installed inside the center hole (82) for the female screw structure rotational movement mechanism, and the female screw structure (83) for the female screw structure rotational movement mechanism is kneaded with the main male screw structure (5).

4. The wind-driven wind-resistant support mounting device of claim 2, wherein: the internal thread structure is vertical groove structure (84) for the rotary moving mechanism and the internal thread structure is oblique groove structure (85) for the rotary moving mechanism, and the rod body at the bottom end of the vertical support rod (9) and the rod body at the bottom end of the oblique support rod (10) are respectively arranged in the internal thread structure and the oblique groove structure.

5. The wind-driven wind-resistant support mounting device of claim 1, wherein: the shaft body installation type transverse supporting included angle change mechanism (16) comprises a rectangular moving block (161) for a shaft body installation type transverse supporting included angle change mechanism, a central hole (162) for a shaft body installation type transverse supporting included angle change mechanism, a side groove structure (163) for a shaft body installation type transverse supporting included angle change mechanism, a longitudinal fixing rod (164) for a shaft body installation type transverse supporting included angle change mechanism, a shaft sleeve (165) for a shaft body installation type transverse supporting included angle change mechanism, a transverse supporting plate (166) for a shaft body installation type transverse supporting included angle change mechanism, an L-shaped supporting plate (167) for a shaft body installation type transverse supporting included angle change mechanism and a rectangular inserting groove structure (168) for a shaft body installation type transverse supporting included angle change mechanism; a central hole (162) for a shaft body installation type transverse supporting included angle change mechanism is arranged at the transverse center of a rectangular moving block (161) for the shaft body installation type transverse supporting included angle change mechanism, side groove structures (163) for the shaft body installation type transverse supporting included angle change mechanism are arranged on opposite side surfaces of the rectangular moving block (161) for the shaft body installation type transverse supporting included angle change mechanism, a longitudinal fixing rod (164) for the shaft body installation type transverse supporting included angle change mechanism is fixed in the middle of the upper surface and the lower surface of the side groove structure (163) for the shaft body installation type transverse supporting included angle change mechanism, and shaft sleeves (165) for the shaft body installation type transverse supporting included angle change mechanism are arranged on the rod bodies of the longitudinal fixing rods (164) for the two shaft body installation type transverse supporting included angle change mechanisms through bearings, two the side of axle body installation formula transversely supports axle sleeve (165) for the contained angle change mechanism installs a horizontal backup pad (166) for the contained angle change mechanism of axle body installation formula respectively, two the homonymy middle part that the horizontal backup pad (166) for the contained angle change mechanism of axle body installation formula transversely supported all sets up a rectangle for the contained angle change mechanism of axle body installation formula and inserts groove structure (168), two the axle body installation formula transversely supports the tip of horizontal backup pad (166) for the contained angle change mechanism and all installs an axle body installation formula and transversely supports L shape backup pad (167) for the contained angle change mechanism.

6. An annular array wind-driven wind-resistant support mounting device according to claim 5, wherein: one end part of the auxiliary threaded rod (14) is fixed inside a central hole (162) for the shaft body installation type transverse supporting included angle change mechanism through a bearing.

7. An annular array wind-driven wind-resistant support mounting device according to claim 5, wherein: the shaft body installation type transverse supporting included angle change mechanism is characterized in that a part of a thread structure movable type transverse supporting included angle change mechanism (17) is inserted into the rectangular insertion groove structure (168).

8. The wind-driven wind-resistant support mounting device of claim 1, wherein: the thread structure movable type transverse supporting included angle changing mechanism (17) comprises a rectangular moving block (171) for the thread structure movable type transverse supporting included angle changing mechanism, a central hole (172) for the thread structure movable type transverse supporting included angle changing mechanism, a side groove structure (173) for the thread structure movable type transverse supporting included angle changing mechanism, a longitudinal fixing rod (174) for the thread structure movable type transverse supporting included angle changing mechanism, a shaft sleeve (175) for the thread structure movable type transverse supporting included angle changing mechanism, a transverse supporting plate (176) for the thread structure movable type transverse supporting included angle changing mechanism, an inserting plate (177) for the thread structure movable type transverse supporting included angle changing mechanism and an internal thread structure (178) for the thread structure movable type transverse supporting included angle changing mechanism; a central hole (172) for the thread structure movable transverse supporting included angle changing mechanism is arranged at the transverse center of the rectangular moving block (171) for the thread structure movable transverse supporting included angle changing mechanism, side groove structures (173) for the thread structure movable transverse supporting included angle changing mechanism are arranged on opposite side faces of the rectangular moving block (171) for the thread structure movable transverse supporting included angle changing mechanism, a longitudinal fixing rod (174) for the thread structure movable transverse supporting included angle changing mechanism is fixed in the middle of the upper surface and the lower surface of the side groove structures (173) for the thread structure movable transverse supporting included angle changing mechanism by the rectangular moving block (171) for the thread structure movable transverse supporting included angle changing mechanism, and a shaft sleeve (175) for the thread structure movable transverse supporting included angle changing mechanism is arranged on a rod body of the longitudinal fixing rod (174) for the thread structure movable transverse supporting included angle changing mechanism through a bearing, the side surfaces of the shaft sleeves (175) for the two thread structure movable transverse supporting included angle changing mechanisms are respectively provided with a transverse supporting plate (176) for the thread structure movable transverse supporting included angle changing mechanism, the end parts of the transverse supporting plates (176) for the two thread structure movable transverse supporting included angle changing mechanisms are respectively provided with an inserting plate (177) for the thread structure movable transverse supporting included angle changing mechanism, and the rectangular moving block (171) for the thread structure movable transverse supporting included angle changing mechanism is provided with an internal thread structure (178) for the thread structure movable transverse supporting included angle changing mechanism on the inner side of the central hole (172) for the thread structure movable transverse supporting included angle changing mechanism.

9. The wind-driven wind-resistant support mounting device of claim 8, wherein: the internally mounted of portable horizontal support contained angle change mechanism of helicitic texture with centre bore (172) has vice threaded rod (14), the portable horizontal support contained angle change mechanism of helicitic texture meshes with vice external screw thread structure (15) mutually with internal thread structure (178).

10. The wind-driven wind-resistant support mounting device of claim 8, wherein: the inserting plate (177) for the threaded structure movable type transverse supporting included angle changing mechanism is inserted into the rectangular inserting groove structure (168) for the shaft body installation type transverse supporting included angle changing mechanism.

Technical Field

The invention relates to the technical field of supporting devices, in particular to an annular array wind-driven wind-resistant support mounting device.

Background

At present, when carrying out spacingly to erecting the device, for example the trunk, general mode utilizes fastener to fix the well upper portion at the trunk for it can play the resistance to compression effect to wind, but because its installation fastener in the trunk, this fastener can play the damping effect to the growth of trunk, so be unfavorable for the growth of trunk.

Disclosure of Invention

The invention aims to provide a wind-resistant support mounting device of a circular array wind-driven type, which solves the problems in the prior art.

In order to achieve the purpose, the invention provides the following technical scheme: an annular array wind-driven wind-resistant support installation device comprises a bottom hollow shell, wherein a transverse moving space is arranged at the transverse inner center of the bottom hollow shell, a moving through hole structure communicated with the transverse moving space and an upper space is arranged at the center of the outer upper surface of the bottom hollow shell, a main threaded rod is installed at the transverse center of the bottom hollow shell through a bearing, a main external thread structure is arranged on a rod body of the main threaded rod, one end of the main threaded rod extends to the external space of the bottom hollow shell, a main rotating plate is installed at the end part of the main threaded rod, a rotating column is installed at the edge of one end face of the main rotating plate, an internal thread structure rotating and moving mechanism is installed inside the transverse moving space, the transverse center of the internal thread structure rotating and moving mechanism is penetrated by the main threaded rod and is in threaded connection with the main threaded rod, a longitudinal support rod and an oblique support rod, the vertical supporting rod and the oblique supporting rod are arranged in a movable mode, a top transverse supporting base plate is fixed to the tops of the vertical supporting rod and the oblique supporting rod, a vertical plate is fixed to one side of the upper surface of the top transverse supporting base plate, an axis body installation type transverse supporting included angle change mechanism is fixed to the middle of one end face of the vertical plate, a secondary threaded rod is installed in the center of the axis body installation type transverse supporting included angle change mechanism through a bearing, an auxiliary external thread structure is arranged on the rod body of the secondary threaded rod, a thread structure movable type transverse supporting included angle change mechanism is installed on the rod body of the secondary threaded rod through a thread structure, and a secondary rotating plate is installed at the movable end of the secondary.

Further, the internal thread structure rotating and moving mechanism comprises a rectangular moving shell for the internal thread structure rotating and moving mechanism, a central hole for the internal thread structure rotating and moving mechanism, an internal thread structure for the internal thread structure rotating and moving mechanism, a longitudinal groove structure for the internal thread structure rotating and moving mechanism and an oblique groove structure for the internal thread structure rotating and moving mechanism; the rectangle for the internal thread structure rotary motion mechanism removes the horizontal inside center of casing and is provided with the internal thread structure for rotary motion mechanism at its both ends of intercommunication, the position of the internal thread structure for rotary motion mechanism centre bore is equipped with internal thread structure for the internal thread structure rotary motion mechanism, the upper surface that internal thread structure for the rotary motion mechanism rectangle removed the casing is equipped with vertical groove structure for the internal thread structure rotary motion mechanism and the slant groove structure for the internal thread structure rotary motion mechanism.

Further, a main male screw rod is installed inside the center hole for the female screw structure rotation movement mechanism, and the female screw structure for the female screw structure rotation movement mechanism is kneaded with the main male screw structure.

Furthermore, the longitudinal groove structure for the internal thread structure rotating and moving mechanism and the oblique groove structure for the internal thread structure rotating and moving mechanism are internally provided with a rod body at the bottom end of the longitudinal support rod and the rod body at the bottom end of the oblique support rod respectively.

Further, the shaft body installation type transverse supporting included angle change mechanism comprises a rectangular moving block for the shaft body installation type transverse supporting included angle change mechanism, a central hole for the shaft body installation type transverse supporting included angle change mechanism, a side groove structure for the shaft body installation type transverse supporting included angle change mechanism, a longitudinal fixing rod for the shaft body installation type transverse supporting included angle change mechanism, a shaft sleeve for the shaft body installation type transverse supporting included angle change mechanism, a transverse supporting plate for the shaft body installation type transverse supporting included angle change mechanism, an L-shaped supporting plate for the shaft body installation type transverse supporting included angle change mechanism and a rectangular inserting groove structure for the shaft body installation type transverse supporting included angle change mechanism; the transverse center of the rectangular moving block for the shaft body installation type transverse supporting included angle change mechanism is provided with a central hole for the shaft body installation type transverse supporting included angle change mechanism, opposite side faces of the rectangular moving block for the shaft body installation type transverse supporting included angle change mechanism are respectively provided with a side groove structure for the shaft body installation type transverse supporting included angle change mechanism, a longitudinal fixing rod for the shaft body installation type transverse supporting included angle change mechanism is fixed at the middle part of the upper surface and the lower surface of the side groove structure for the shaft body installation type transverse supporting included angle change mechanism of the rectangular moving block for the shaft body installation type transverse supporting included angle change mechanism, shaft sleeves for the shaft body installation type transverse supporting included angle change mechanism are installed on the rod bodies of the longitudinal fixing rods for the shaft body installation type transverse supporting included angle change mechanism through bearings, and the transverse supporting included angle change mechanism for the shaft body installation type transverse supporting are installed on the side faces of the shaft sleeves for And the middle part of the same side of the transverse supporting plate for the shaft body installation type transverse supporting included angle change mechanism is provided with a rectangular insertion groove structure for the shaft body installation type transverse supporting included angle change mechanism, and the end part of the transverse supporting plate for the shaft body installation type transverse supporting included angle change mechanism is provided with an L-shaped supporting plate for the shaft body installation type transverse supporting included angle change mechanism.

Furthermore, an end part of the auxiliary threaded rod is fixed in the central hole of the shaft body installation type transverse supporting included angle change mechanism through a bearing.

Furthermore, the shaft body installation type transverse supporting included angle change mechanism is provided with a part of a thread structure movable type transverse supporting included angle change mechanism in an inserted manner in the rectangular insertion groove structure.

Further, the thread structure movable transverse supporting included angle changing mechanism comprises a rectangular moving block for the thread structure movable transverse supporting included angle changing mechanism, a central hole for the thread structure movable transverse supporting included angle changing mechanism, a side groove structure for the thread structure movable transverse supporting included angle changing mechanism, a longitudinal fixing rod for the thread structure movable transverse supporting included angle changing mechanism, a shaft sleeve for the thread structure movable transverse supporting included angle changing mechanism, a transverse supporting plate for the thread structure movable transverse supporting included angle changing mechanism, an inserting plate for the thread structure movable transverse supporting included angle changing mechanism and an internal thread structure for the thread structure movable transverse supporting included angle changing mechanism; the transverse center of the rectangular moving block for the thread structure movable transverse supporting included angle change mechanism is provided with a central hole for the thread structure movable transverse supporting included angle change mechanism, opposite side faces of the rectangular moving block for the thread structure movable transverse supporting included angle change mechanism are respectively provided with a side face groove structure for the thread structure movable transverse supporting included angle change mechanism, the thread structure movable transverse supporting included angle change mechanism is fixedly provided with a longitudinal fixing rod for the thread structure movable transverse supporting included angle change mechanism at the middle parts of the upper surface and the lower surface of the side face groove structure for the thread structure movable transverse supporting included angle change mechanism by the rectangular moving block, and the rod bodies of the longitudinal fixing rods for the two thread structure movable transverse supporting included angle change mechanisms are respectively provided with a shaft sleeve for the thread structure movable transverse supporting included angle change mechanism through a bearing, the side surface of the shaft sleeve for the thread structure movable transverse supporting included angle change mechanism is provided with a thread structure movable transverse supporting included angle change mechanism transverse supporting plate respectively, the end part of the thread structure movable transverse supporting included angle change mechanism transverse supporting plate is provided with a thread structure movable transverse supporting included angle change mechanism inserting plate, and the inner side of the thread structure movable transverse supporting included angle change mechanism rectangular moving block is located in the thread structure movable transverse supporting included angle change mechanism center hole.

Further, the internally mounted of the centre bore for the mobile transverse supporting included angle change mechanism of the thread structure has an auxiliary threaded rod, and the mobile transverse supporting included angle change mechanism of the thread structure is meshed with an internal thread structure and an auxiliary external thread structure.

Furthermore, the inserting plate for the thread structure movable type transverse supporting included angle change mechanism is inserted into the rectangular inserting groove structure for the shaft body installation type transverse supporting included angle change mechanism.

Compared with the prior art, the invention has the beneficial effects that: the tree trunk supporting device is arranged around a tree trunk in an annular array manner, the distance between the supporting part and the tree trunk can be adjusted, the change of the transverse included angle of the supporting part can be realized on the premise of stable support by utilizing the interaction between the shaft body installation type transverse supporting included angle change mechanism and the thread structure mobile type transverse supporting included angle change mechanism, and each device can support two driving devices for the tree trunk and change the angle change between each driving device and the distance between each driving device and the tree trunk, so that the effective pressure resistance of the driving devices to the tree trunk is improved.

Drawings

FIG. 1 is a schematic view of a full-section structure of an annular array wind-driven wind-resistant support installation device according to the present invention;

FIG. 2 is a schematic structural view of an internal thread structure rotating and moving mechanism in the wind-resistant support installation device of the annular array wind-driven type of the present invention;

FIG. 3 is a schematic structural view of a shaft-mounted lateral support included angle changing mechanism in the wind-resistant support installation apparatus of the annular array wind-driven type;

FIG. 4 is a schematic structural view of a thread structure movable transverse support included angle changing mechanism in the wind-resistant support installation device of the annular array wind-driven type of the present invention;

in the figure: 1, a hollow shell at the bottom, 2, a transverse moving space, 3, a moving through hole structure, 4, a main threaded rod, 5, a main external thread structure, 6, a main rotating plate, 7, a rotating column, 8, an internal thread structure rotating moving mechanism, 81, a rectangular moving shell for the internal thread structure rotating moving mechanism, 82, a central hole for the internal thread structure rotating moving mechanism, 83, an internal thread structure for the internal thread structure rotating moving mechanism, 84, a longitudinal groove structure for the internal thread structure rotating moving mechanism, 85, an oblique groove structure for the internal thread structure rotating moving mechanism, 9, a longitudinal support rod, 10, an oblique support rod, 11, a top transverse support base plate, 12, a longitudinal upright plate, 13, an auxiliary rotating plate, 14, an auxiliary threaded rod, 15, an auxiliary external thread structure, 16, a shaft body installation type transverse support included angle changing mechanism, 161, and a rectangular moving block for the shaft installation type transverse support included angle, 162, a central hole for a shaft-mounted transverse supporting included angle varying mechanism, 163, a side groove structure for a shaft-mounted transverse supporting included angle varying mechanism, 164, a longitudinal fixing rod for a shaft-mounted transverse supporting included angle varying mechanism, 165, a shaft sleeve for a shaft-mounted transverse supporting included angle varying mechanism, 166, a transverse support plate for a shaft-mounted transverse supporting included angle varying mechanism, 167, an L-shaped support plate for a shaft-mounted transverse supporting included angle varying mechanism, 168, a rectangular insertion groove structure for a shaft-mounted transverse supporting included angle varying mechanism, 17, a thread-structure-movable transverse supporting included angle varying mechanism, 171, a rectangular moving block for a thread-structure-movable transverse supporting included angle varying mechanism, 172, a central hole for a thread-structure-movable transverse supporting included angle varying mechanism, 173, a side groove structure for a thread-structure-movable transverse supporting included angle varying mechanism, 174, the portable horizontal support contained angle change mechanism of helicitic texture uses the longitudinal tie pole, 175, the portable horizontal support contained angle change mechanism of helicitic texture uses the axle sleeve, 176, the portable horizontal support contained angle change mechanism of helicitic texture uses the horizontal backup pad, 177, the portable horizontal support contained angle change mechanism of helicitic texture uses the board of inserting, 178, the portable horizontal support contained angle change mechanism of helicitic texture uses the internal thread structure.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1, an embodiment of the present invention: including bottom hollow shell 1, the horizontal inside center of bottom hollow shell 1 is provided with lateral shifting space 2, the center of the 1 upper surface of bottom hollow shell is provided with the removal through-hole structure 3 of intercommunication lateral shifting space 2 and top space, a main threaded rod 4 is installed through the bearing in the horizontal center of bottom hollow shell 1, be equipped with main external screw thread structure 5 on the body of rod of main threaded rod 4, the one end of main threaded rod 4 extends to the 1 external space of bottom hollow shell, and a main rotor plate 6 of tip installation, a column spinner 7 is installed at 6 terminal surface edges of main rotor plate, an internally mounted internal thread structure rotary motion mechanism 8 in lateral shifting space 2, the horizontal center of internal thread structure rotary motion mechanism 8 is run through by main threaded rod 4, and both pass through threaded connection between the position, the upper surface mounting of internal thread structure rotary motion mechanism 8 has vertical bracing piece 9 and slant bracing piece 10 The vertical supporting rod 9 and the oblique supporting rod 10 penetrate through the movable through hole structure 3, a top transverse supporting base plate 11 is fixed to the tops of the vertical supporting rod 9 and the oblique supporting rod 10, a vertical plate 12 is fixed to one side of the upper surface of the top transverse supporting base plate 11, an axis body installation type transverse supporting included angle changing mechanism 16 is fixed to the middle of one end face of the vertical plate 12, a sub threaded rod 14 is installed at the center of the axis body installation type transverse supporting included angle changing mechanism 16 through a bearing, an auxiliary external thread structure 15 is arranged on the rod body of the sub threaded rod 14, a thread structure movable type transverse supporting included angle changing mechanism 17 is installed on the rod body of the sub threaded rod 14 through a thread structure, and an auxiliary rotating plate 13 is installed at the movable end of the sub threaded.

Referring to fig. 2, the internal thread structure rotating and moving mechanism 8 includes a rectangular moving housing 81 for the internal thread structure rotating and moving mechanism, a central hole 82 for the internal thread structure rotating and moving mechanism, an internal thread structure 83 for the internal thread structure rotating and moving mechanism, a longitudinal groove structure 84 for the internal thread structure rotating and moving mechanism, and an oblique groove structure 85 for the internal thread structure rotating and moving mechanism; a central hole 82 for an internal thread structure rotary moving mechanism communicating two ends of the rectangular moving housing 81 for the internal thread structure rotary moving mechanism is arranged at the transverse inner center of the rectangular moving housing 81, an internal thread structure 83 for the internal thread structure rotary moving mechanism is arranged at the position of the central hole 82 for the internal thread structure rotary moving mechanism, and a longitudinal groove structure 84 for the internal thread structure rotary moving mechanism and an oblique groove structure 85 for the internal thread structure rotary moving mechanism are arranged on the upper surface of the rectangular moving housing 81 for the internal thread structure rotary moving mechanism; a main male screw rod 4 is installed inside the center hole 82 for the female screw structure rotation movement mechanism, and the female screw structure 83 for the female screw structure rotation movement mechanism is kneaded with the main male screw structure 5; the longitudinal groove structure 84 for the internal thread structure rotating movement mechanism and the oblique groove structure 85 for the internal thread structure rotating movement mechanism are respectively provided with a rod body at the bottom end of the longitudinal support rod 9 and the bottom end of the oblique support rod 10.

Referring to fig. 3, the axle-mounted transverse-support included angle varying mechanism 16 includes a rectangular moving block 161 for the axle-mounted transverse-support included angle varying mechanism, a central hole 162 for the axle-mounted transverse-support included angle varying mechanism, a side groove structure 163 for the axle-mounted transverse-support included angle varying mechanism, a longitudinal fixing rod 164 for the axle-mounted transverse-support included angle varying mechanism, a shaft sleeve 165 for the axle-mounted transverse-support included angle varying mechanism, a transverse support plate 166 for the axle-mounted transverse-support included angle varying mechanism, an L-shaped support plate 167 for the axle-mounted transverse-support included angle varying mechanism, and a rectangular insertion groove structure 168 for the axle-mounted transverse-support included angle varying mechanism; the transverse center of the rectangular moving block 161 for the shaft body installation type transverse supporting included angle change mechanism is provided with a central hole 162 for the shaft body installation type transverse supporting included angle change mechanism, opposite side surfaces of the rectangular moving block 161 for the shaft body installation type transverse supporting included angle change mechanism are respectively provided with a side groove structure 163 for the shaft body installation type transverse supporting included angle change mechanism, the rectangular moving block 161 for the shaft body installation type transverse supporting included angle change mechanism is fixedly provided with a longitudinal fixing rod 164 for the shaft body installation type transverse supporting included angle change mechanism in the middle of the upper surface and the lower surface of the side groove structure 163 for the shaft body installation type transverse supporting included angle change mechanism, shaft sleeves 165 for the shaft body installation type transverse supporting included angle change mechanism are arranged on the rod bodies of the longitudinal fixing rods 164 for the shaft body installation type transverse supporting included angle change mechanism through bearings, and the side surfaces of the shaft sleeves 165 for the two shaft body installation type transverse supporting included angle change mechanisms The middle parts of the same sides of the transverse supporting plates 166 for the included angle changing mechanisms and the two shaft body mounting type transverse supporting included angle changing mechanisms are respectively provided with a rectangular inserting groove structure 168 for the shaft body mounting type transverse supporting included angle changing mechanisms, and the end parts of the transverse supporting plates 166 for the two shaft body mounting type transverse supporting included angle changing mechanisms are respectively provided with an L-shaped supporting plate 167 for the shaft body mounting type transverse supporting included angle changing mechanisms; one end part of the auxiliary threaded rod 14 is fixed inside the central hole 162 for the shaft body installation type transverse supporting included angle change mechanism through a bearing; the rectangular insertion groove structure 168 for the shaft body installation type transverse support included angle change mechanism is internally inserted with a component of a thread structure movable type transverse support included angle change mechanism 17.

Referring to fig. 4, the thread-structured mobile transverse-support included angle changing mechanism 17 includes a rectangular moving block 171 for the thread-structured mobile transverse-support included angle changing mechanism, a central hole 172 for the thread-structured mobile transverse-support included angle changing mechanism, a side groove structure 173 for the thread-structured mobile transverse-support included angle changing mechanism, a longitudinal fixing rod 174 for the thread-structured mobile transverse-support included angle changing mechanism, a shaft sleeve 175 for the thread-structured mobile transverse-support included angle changing mechanism, a transverse support plate 176 for the thread-structured mobile transverse-support included angle changing mechanism, an insertion plate 177 for the thread-structured mobile transverse-support included angle changing mechanism, and an internal thread structure 178 for the thread-structured mobile transverse-support included angle changing mechanism; a central hole 172 for the thread structure movable transverse supporting included angle changing mechanism is arranged at the transverse center of the rectangular moving block 171 for the thread structure movable transverse supporting included angle changing mechanism, side groove structures 173 for the thread structure movable transverse supporting included angle changing mechanism are arranged on opposite side faces of the rectangular moving block 171 for the thread structure movable transverse supporting included angle changing mechanism, a longitudinal fixing rod 174 for the thread structure movable transverse supporting included angle changing mechanism is fixed at the middle parts of the upper surface and the lower surface of the side groove structures 173 for the thread structure movable transverse supporting included angle changing mechanism by the rectangular moving block 171 for the thread structure movable transverse supporting included angle changing mechanism, and a shaft sleeve 175 for the thread structure movable transverse supporting included angle changing mechanism is arranged on a rod body of the longitudinal fixing rod 174 for the thread structure movable transverse supporting included angle changing mechanism through a bearing, the side surfaces of the shaft sleeves 175 for the two thread-structured movable transverse supporting included angle changing mechanisms are respectively provided with a transverse supporting plate 176 for the thread-structured movable transverse supporting included angle changing mechanism, the end parts of the transverse supporting plates 176 for the two thread-structured movable transverse supporting included angle changing mechanisms are respectively provided with an inserting plate 177 for the thread-structured movable transverse supporting included angle changing mechanism, and the rectangular moving block 171 for the thread-structured movable transverse supporting included angle changing mechanism is provided with an internal thread structure 178 for the thread-structured movable transverse supporting included angle changing mechanism on the inner side of the central hole 172 for the thread-structured movable transverse supporting included angle changing mechanism; the auxiliary threaded rod 14 is arranged in the central hole 172 for the thread structure movable type transverse supporting included angle change mechanism, and the thread structure movable type transverse supporting included angle change mechanism is meshed with the auxiliary external thread structure 15 through the internal thread structure 178; the insertion plate 177 for the screw-structured movable lateral support included angle changing mechanism is inserted into the rectangular insertion groove structure 168 for the shaft-mounted lateral support included angle changing mechanism.

This device has utilized regular polygon principle for every the device's vertical symmetry line all is in every polygonal edges and corners, changes at the angle to every edges and corners, and the distance between the device for the trunk is deuterogamy, can realize realizing that the trunk realizes more effectual anti-wind damping effect makes the distance between the actuating device of every support and the trunk the same, and effective distance is the same and the interval is the same simultaneously.

The specific use mode is as follows: during the operation of the invention, a plurality of devices are taken and installed around a trunk at the bottom in an annular array form, one end of the transverse central line of each bottom hollow shell 1 faces the center of the trunk, then an annular array wind-driven wind-resistant collision device is installed at the transverse part of the L-shaped support plate 167 of each shaft-mounted transverse support included angle change mechanism, the transverse distance between the device and the trunk can be changed by rotating the rotating column 7 according to the actual situation, the included angle between the L-shaped support plates 167 of each two shaft-mounted transverse support included angle change mechanisms can be changed by rotating the auxiliary rotating plate 13, and the effective distance between each annular array wind-driven wind-resistant collision device and the trunk can be adjusted according to the actual situation by utilizing the principle.

It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.