CN114568190A

CN114568190A - Forestry afforestation encloses fender device with protection

Info

Publication number: CN114568190A
Application number: CN202210160724.7A
Authority: CN
Inventors: 郭丽娟
Original assignee: Individual
Current assignee: Individual
Priority date: 2022-02-22
Filing date: 2022-02-22
Publication date: 2022-06-03

Abstract

The invention discloses a protective enclosure device for afforestation of forestry, which structurally comprises a taper angle, a positioning rod, a joint, a protective device, an adjusting piece, an inserting hole and an installation frame.

Description

Forestry afforestation encloses fender device with protection

Technical Field

The invention relates to the technical field of forestry protection, in particular to a protective enclosure device for forestry landscaping.

Background

The forestry is that protection ecological environment keeps ecological balance, cultivate and protect the forest in order to gain timber and other forest products, utilize the natural characteristic of forest in order to exert the guard action's production department, the development of forestry is influencing ecological environment's quality to a certain extent, the cultivation of forestry seedling has important meaning to the forestry development, for preventing the destruction of wild animal in the growth process of nursery stock, the fender device that encloses that needs to use encloses the fender protection to the fruit tree, when using the protection to enclose the fender device, need the place of improvement:

present protection encloses fender device when protecting trees, through mounting bracket and baffle concatenation on the outer lane in whole gardens, can enclose the fruit tree in whole gardens and keep off the protection, because gardens are all in remote position, there is the beast to go out around, appear in gardens when large-scale beast, the beast can collide the destruction to the baffle on the equipment, phenomenons such as fracture damage can appear after the certain degree of atress in the baffle, the beast will break into in the gardens from cracked baffle, fruit tree in whole gardens all can suffer destruction and tear the sting, make the fruit tree in the gardens can appear the damage of different degrees, reduce this equipment and enclose the fender protection effect to the fruit tree.

Disclosure of Invention

Aiming at the defects in the prior art, the invention is realized by the following technical scheme: a protective enclosure device for afforestation of forestry gardens structurally comprises a cone angle, a positioning rod, a joint, a protection device, a regulating piece, an insertion hole and a mounting rack, wherein the cone angle is installed at the bottom of the mounting rack;

as the further optimization of the invention, the protection device comprises a protection blocking piece, a connecting block, a telescopic adjusting piece and a side arc blocking piece, wherein two sides of the protection blocking piece are matched and connected with the side arc blocking piece, the connecting block connected with the side arc blocking piece is arranged at two ends of the side arc blocking piece facing to the protection blocking piece, the connecting block is connected with the telescopic adjusting piece, the side edge of the side arc blocking piece is connected with the adjusting piece, and the protection blocking piece and the side arc blocking piece are arranged on the inserting opening.

The invention further optimizes the content, the side arc stopper comprises an opening and closing expansion piece, a bent arc arm, triangular tips, a buffering elastic piece, a contact pad and an energy absorbing piece, the opening and closing expansion piece is arranged in the middle of the bent arc arm, a plurality of triangular tips connected with the bent arc arm are arranged on the outer arc surface of the bent arc arm, the contact pad attached with the bent arc arm is arranged on the inner arc surface of the bent arc arm, the buffering elastic piece is arranged on each of two sides inside the bent arc arm, the energy absorbing piece is connected with each of two ends of the buffering elastic piece, the end part of the bent arc arm is connected with the protecting stopper and the connecting block, the upper end of the bent arc arm is connected with the adjusting piece, and the bent arc arm is arranged on the inserting hole.

As a further optimization of the invention, the opening and closing expansion piece comprises a plurality of elastic stacked pieces, a pair of pulling strips, a connecting pressing strip, a kissing piece, a ball-receiving piece and a connecting buckle, wherein the plurality of elastic stacked pieces are symmetrically distributed on two sides of the connecting pressing strip, one ends of the plurality of elastic stacked pieces, which are far away from the connecting pressing strip, are provided with the pair of pulling strips and the ball-receiving piece which are connected with the elastic stacked pieces, the pair of pulling strips are connected with the ball-receiving piece, two ends of the elastic stacked pieces are buckled with the connecting buckle, the end part of the connecting pressing strip is connected with the kissing piece, and the connecting pressing strip is arranged at the middle position of the curved arm.

As a further optimization of the invention, the protective stopper comprises a shell, a supporting part, a connecting groove, a clamping plate, a triangular cone and a limiting connecting part, wherein the supporting part is arranged in the shell, the clamping plate is connected to the top of the shell in a matching manner, the clamping plate is provided with a plurality of connecting grooves, the limiting connecting parts are connected to the insides of the connecting grooves, the tops of the limiting connecting parts are fixedly connected with the triangular cone, the side edge of the shell is connected with the end part of the curved arc arm, and the shell is arranged on the insertion hole.

The limiting connecting piece comprises two pressing plates, an air bag, a positioning connecting block, a restraining strip and fixing blocks, the two pressing plates are fixedly connected to the two fixing blocks, the two fixing blocks are respectively connected to the lower end in a connecting groove and the middle position of the bottom of the air bag, the end, far away from the fixing blocks, of each pressing plate is provided with the positioning connecting block, the restraining strip is connected between the positioning connecting block and the fixing block, and the top of the air bag is fixedly connected with a triangular cone.

As a further optimization of the invention, the supporting and propping piece comprises a pressing piece, an elastic piece, a pushing and pressing piece, a connecting pad, an outer frame, a sliding clamping rod, a sliding piece, a pulling strip, a rolling piece and a contact seat, the pressing block is connected to the bottom of the sliding piece, the sliding piece is connected with two rolling pieces, a pulling strip is connected between the two rolling pieces, the rolling element is arranged on a concave position at the bottom of the outer frame and is connected with the outer frame in a sliding way, a contact seat is arranged on the concave position at the bottom of the outer frame, the contact seat is contacted with the pressing block, the sliding piece is connected between the two sliding clamping rods and movably connected with the two sliding clamping rods, the top of the sliding piece is fixedly connected with the push block, the other end of the push block is matched and connected with the middle position of the bottom of the connecting pad, the two sides of the bottom of the connecting pad are both connected with elastic pieces, the other ends of the elastic pieces are connected to an outer frame, and the outer frame is arranged inside the shell.

As a further optimization of the invention, the contact base comprises an installation base, a spring, an anastomosis connecting piece, a protection support piece and a clamping block, wherein the clamping block is installed on the installation base, the protection support piece is connected to two sides of the top of the clamping block, the spring is arranged in the middle of the top of the clamping block, the top of the spring is connected with the middle of the bottom of the anastomosis connecting piece, two sides of the bottom of the anastomosis connecting piece are in contact with the two protection support pieces, the installation base is installed on a concave position at the bottom of the outer frame, and the anastomosis connecting piece is in contact with the pressing block.

As further optimization of the invention, both sides of the protective stopper are connected with side arc stoppers which form a rounded rectangular structure.

Advantageous effects

The invention discloses a protective enclosure device for forestry and garden greening, which has the following beneficial effects:

1. the protection stoppers are connected to two ends of the two side arc stoppers and form a rounded rectangular structure, the side arc stoppers and the protection stoppers are in butt joint with the outer part of a fruit tree under the action of the telescopic adjusting pieces, and the side arc stoppers and the protection stoppers are adjusted according to the thickness of the trunk of the fruit tree through the telescopic adjusting pieces, so that the side arc stoppers and the protection stoppers can be stably wrapped on the outer part of the fruit tree to protect the fruit tree one by one.

2. The fruit tree protection device comprises an opening and closing expansion piece, a curved arc arm, triangular tips, a buffering elastic piece, a contact pad and an energy absorption piece, wherein the opening and closing expansion piece is connected to the middle position of the curved arc arm, the curved arc arm is opened and closed and adjusted according to the size and the thickness of a fruit tree under the action of the opening and closing expansion piece, when the curved arc arm is adjusted to a certain position, the curved arc arm can be clamped on the side wall of the fruit tree, the contact pad can be in direct contact with the side wall of the fruit tree to effectively protect the fruit tree, when a large wild animal collides the fruit tree when entering a garden, a plurality of triangular tips are arranged on the outer arc surface of the curved arc arm, the triangular tips can be pierced on the body of the wild animal, when the triangular tips are subjected to impact force, the triangular tips can be transmitted into the curved arc arm, the buffering effect is achieved through the matching of the buffering elastic piece and the energy absorption piece in the curved arc arm, the impact force is prevented from being transmitted to the fruit tree, and the fruit tree is effectively protected.

3. According to the fruit tree protection device, the shell, the supporting piece, the connecting groove, the clamping plate, the triangular cone and the limiting connecting piece are used, the shell is connected to the two curved arc arms in parallel, the triangular cone and the triangular tip stab the beast, the triangular cone is jacked upwards through the limiting connecting piece, the triangular cone is not prone to sinking downwards after being impacted, the clamping plate is supported through the supporting piece matched with the shell, and the shell and the curved arc arms can be stably matched to protect fruit trees.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

FIG. 1 is a schematic structural view of a protective enclosure device for afforestation of forestry;

fig. 2 is a schematic front view of the protection device of the present invention.

FIG. 3 is a schematic top view of the side arc stop of the present invention.

Fig. 4 is a schematic view of the internal structure of the expandable and contractible member of the present invention.

FIG. 5 is a schematic side view of a protective barrier according to the present invention.

Fig. 6 is a schematic view of the internal structure of the supporting member of the present invention.

Fig. 7 is an enlarged structural diagram of a in fig. 6.

In the figure: taper angle-1, positioning rod-5, joint-2, protection device-4, adjusting piece-3, insertion port-6, mounting rack-7, protection blocking piece-R2, connecting block-Q4, telescopic adjusting piece-W1, side arc blocking piece-E3, expanding and contracting piece-T31, curved arc arm-Y34, triangular tip-U32, buffering elastic piece-I35, contact pad-P33, energy absorbing piece-A36, elastic folding piece-S21, opposite bracing piece-D23, connecting pressing strip-F25, anastomosis piece-G22, connecting ball-H26, connecting buckle-J24, shell-K41, supporting abutting piece-L44, connecting groove-Z45, clamping plate-C46, triangular cone-X42, limiting connecting piece-V43, pressing plate-H51, airbag-L53, positioning connecting block-Z52, The device comprises a drawing strip-C54, a fixed block-V55, a pressing block-B61, an elastic piece-N64, a pushing block-U60, a connecting pad-Y68, an outer frame-T66, a sliding clamping rod-R63, a sliding piece-W65, a drawing strip-M62, a rolling piece-Q67, a contact seat-E69, a mounting seat-S81, a spring-H85, an anastomosis connecting piece-D84, a protective supporting piece-G82 and a clamping block-F83.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.

Example one

Referring to fig. 1, the present invention provides a technical solution: a protective enclosure device for afforestation of forestry and gardens structurally comprises a cone angle 1, a positioning rod 5, a joint 2, a protective device 4, a regulating piece 3, an insertion hole 6 and a mounting rack 7, wherein the cone angle 1 is mounted at the bottom of the mounting rack 7, the insertion hole 6 is arranged in the middle of the mounting rack 7, the positioning rod 5 is fixedly connected to two sides of the top of the mounting rack 7, the joint 2 is mounted at the other end of the positioning rod 5, the regulating piece 3 is arranged on one side of each of the joint 2 and the positioning rod 5, the other end of the regulating piece 3 is fixedly connected with the side edge of the protective device 4, and the protective device 4 is arranged on the insertion hole 6;

referring to fig. 2, the protection device 4 includes a protection stopper R2, a connection block Q4, a telescopic adjusting member W1, and a side arc stopper E3, two sides of the protection stopper R2 are engaged with the side arc stopper E3, two ends of the side arc stopper E3 facing the protection stopper R2 are provided with the connection block Q4 connected thereto, the connection block Q4 is connected with the telescopic adjusting member W1, a side edge of the side arc stopper E3 is connected with the adjusting member 3, and the protection stopper R2 and the side arc stopper E3 are arranged on the insertion opening 6.

Referring to fig. 2, the two sides of the protective barrier R2 are connected to side arc barriers E3, and the two side arc barriers form a rounded rectangular structure.

The telescopic adjusting piece W1 is used for matching with the side arc stopper E3, the side arc stopper E3 and the protective stopper R2 are butted and covered on the outside of a fruit tree under the action of the telescopic adjusting piece W1, and then the telescopic adjusting piece W1 is used for adjusting according to the thickness of the trunk of the fruit tree, so that the side arc stopper E3 and the protective stopper R2 can be stably wrapped on the outside of the fruit tree.

Referring to fig. 3, the side arc stopper E3 includes an opening and closing expansion piece T31, a curved arc arm Y34, a triangular tip U32, a buffering elastic piece I35, a contact pad P33, and an energy absorption piece a36, the opening and closing expansion piece T31 is disposed at the middle position of the curved arc arm Y34, the outer arc surface of the curved arc arm Y34 is provided with a plurality of triangular tips U32 connected thereto, the inner arc surface of the curved arc arm Y34 is provided with a contact pad P33 attached thereto, both sides of the inner portion of the curved arc arm Y34 are provided with buffering elastic pieces I35, both ends of the buffering elastic piece I35 are connected with the energy absorption piece a36, the end of the curved arc arm Y34 is connected with the protection stopper R2 and the connection block Q4, the upper end of the curved arc arm Y34 is connected with the adjustment piece 3, and the curved arc arm Y34 is disposed on the insertion opening 6.

The energy-absorbing piece A36 is used for being matched with a buffering elastic piece I35, two sides inside a bent arc arm Y34 are provided with the buffering elastic piece I35, when a wild animal collides on the bent arc arm Y34, the bent arc arm Y34 can transmit impact force to the buffering elastic piece I35 on two sides, the buffering elastic piece I35 has the energy-absorbing elastic action of a spring, the two ends of the buffering elastic piece I35 are connected with the energy-absorbing piece A36, the impact force borne by the bent arc arm Y34 can be absorbed and relieved through matching of the energy-absorbing piece A36 and the buffering piece A36, and the bent arc arm Y34 can be stably clamped on the outside of a fruit tree.

Referring to fig. 4, the opening and closing expansion piece T31 includes an elastic stack S21, a plurality of opposite-pulling strips D23, a connecting pressing strip F25, an engaging piece G22, a ball-receiving H26, and an engaging button J24, where the elastic stack S21 is provided with a plurality of elastic stacks S21 symmetrically distributed on both sides of the connecting pressing strip F25, one end of the plurality of elastic stacks S21 away from the connecting pressing strip F25 is provided with an opposite-pulling strip D23 and a ball-receiving H26 connected thereto, the opposite-pulling strip D23 is connected with the ball-receiving H26, both ends of the elastic stack S21 are fastened with the engaging button J24, an end of the connecting pressing strip F25 is connected with the engaging piece G22, and the connecting pressing strip F25 is provided at a middle position of the curved arc arm Y34.

The pair of pulling strips D23 is used for matching with the elastic stacks S21, a plurality of elastic stacks S21 are connected in series at the middle position of the curved arc arm Y34 through the connecting buckle J24, when the curved arc arm Y34 needs to be opened and closed movably and adjusted, the elastic stacks S21 can be opened outwards under the action of the elastic members, the pair of pulling strips D23 and the connecting balls H26 in the elastic stacks S21 can be opened outwards along with the change of the elastic stacks S21, the connecting pressing strips F25 can be opened outwards under the action of the elastic stacks S21 and adjusted, and the curved arc arm Y34 can be effectively opened outwards.

Example two

Referring to fig. 5, the protective stopper R2 includes a casing K41, a supporting abutting member L44, a connecting groove Z45, a snap-gauge C46, a triangular cone X42, and a limiting connecting member V43, the supporting abutting member L44 is disposed inside the casing K41, the top of the casing K41 is connected with the snap-gauge C46 in a matching manner, the snap-gauge C46 is provided with a plurality of connecting grooves Z45, the connecting grooves Z45 are connected with the limiting connecting member V43 inside, the top of the limiting connecting member V43 is fixedly connected with the triangular cone X42, the side edge of the casing K41 is connected with the end of the curved arc arm Y34, and the casing K41 is disposed on the insertion opening 6.

Referring to fig. 5, the limiting connecting piece V43 includes two pressing plates H51, an air bag L53, a positioning connecting block Z52, a tie bar C54, and a fixing block V55, the two pressing plates H51 are fixedly connected to the two fixing blocks V55, the two fixing blocks V55 are respectively connected to the lower end inside the connecting groove Z45 and the middle position of the bottom of the air bag L53, the positioning connecting block Z52 is arranged on one end of the two pressing plates H51 far away from the fixing block V55, the tie bar C54 is connected between the positioning connecting block Z52 and the fixing block V55, and the top of the air bag L53 is fixedly connected to the triangular cone X42.

The air bag L53 is used for being matched with a pressing plate H51, the top of the air bag L53 is connected with a triangular cone X42, when the triangular cone X42 is impacted by a wild animal, the air bag L53 is pushed inwards, after the air bag L53 is pressed, air in the air bag can be pressed downwards and movably on the pressing plate H51, the pressing plate H51 can move inwards and downwards press the positioning connection block Z52 and the pressing plate H51 at the lower end layer by layer, and the two pressing plates H51 are connected with the positioning connection block Z52 through a restraining strip C54, so that the air bag can be effectively restrained.

Referring to fig. 6, the supporting and abutting element L44 includes a pressing block B61, an elastic element N64, a pushing block U60, a connecting pad Y68, an outer frame T66, a sliding clamping rod R63, a slider W65, a pulling strip M62, a rolling element Q67 and a contact seat E69, the pressing block B61 is connected to the bottom of the slider W65, the slider W65 is connected to two rolling elements Q67, a pulling strip M62 is connected between the two rolling elements Q67, the rolling element Q67 is arranged at a bottom concave position of the outer frame T66 and is connected with the two sliding elements, the contact seat E69 is arranged at the bottom concave position of the outer frame T66, the contact seat E69 is in contact with the pressing block B61, the slider W65 is connected between the two sliding clamping rods R63 and is movably connected with the two, the top of the sliding element Q65 is fixedly connected with the pushing block U60, the other end of the pushing block U60 is connected to the middle position of the bottom of the connecting pad Y68, the pushing element Y68 is connected to the bottom of the pushing block N64, the other end of the elastic piece N64 is connected to an outer frame T66, and the outer frame T66 is arranged inside the shell K41.

The pulling strip M62 is used for matching with the rolling piece Q67, when the sliding piece W65 moves downwards, the two rolling pieces Q67 can swing outwards and open at the concave arc position of the lower end of the outer frame T66, the pulling strip M62 is connected between the two rolling pieces Q67, and the moving limit of the two rolling pieces Q67 is limited through the pulling strip M62.

Referring to fig. 7, the contact seat E69 includes an installation seat S81, a spring H85, an engagement connecting piece D84, a protection supporting piece G82, and a fastening block F83, the installation seat S81 is provided with the fastening block F83, two sides of the top of the fastening block F83 are connected with the protection supporting piece G82, the middle position of the top of the fastening block F83 is provided with a spring H85, the top of the spring H85 is connected with the middle position of the bottom of the engagement connecting piece D84, two sides of the bottom of the engagement connecting piece D84 are in contact with the two protection supporting pieces G82, the installation seat S81 is installed at the bottom of the outer frame T66, and the engagement connecting piece D84 is in contact with the pressing block 61.

The protection supporting piece G82 is used for matching with the spring H85, the protection supporting piece G82 and the spring H85 are connected to the lower end of the anastomosis connecting piece D84, when the anastomosis connecting piece D84 is pressed down, the spring H85 at the lower end is pressed down, the protection supporting pieces G82 at the two sides can support the anastomosis connecting piece D84, and the phenomenon of center of gravity deflection after the anastomosis connecting piece D84 is pressed is prevented.

The working principle of the above technical solution is explained as follows:

when the invention is used, the mounting rack 7 is arranged at the lower end of a fruit tree, the cone angle 1 is vertically inserted into soil, the mounting rack 7 is effectively limited at the lower end of the fruit tree, the fruit tree can extend into the mounting rack through the insertion opening 6, the two shells K41 and the two curved arc arms Y34 are connected and arranged on the outer ring of the trunk of the fruit tree, the connecting block Q4 at the top of the curved arc arm Y34 is connected with the telescopic adjusting piece W1, the two curved arc arms Y34 are moved and adjusted outwards or inwards under the action of the telescopic adjusting piece W1, the curved arc arm Y34 is adjusted and opened along with the adjusting piece 3 at the two outer sides during the moving process, the curved arc arm Y34 is adjusted and adjusted to be opened along with the curved arc arm Y34 according to the width of the trunk after moving outwards to a certain position, the connecting pressing strip F25 is arranged at the middle position of the curved arc arm Y34, a plurality of elastic folding pieces S21 are arranged at two ends of the connecting pressing strip F25, and a plurality of elastic pieces S21 are connected and arranged at the middle curved arc arm 34 in series through the connecting buckles J24, when the curved arc arm Y34 needs to be expanded and movably adjusted, the elastic stack piece S21 can be outwards expanded under the action of the elastic piece, the pull strip D23 and the ball receiving H26 at the end part of the curved arc arm Y21 can be outwards opened along with the change of the elastic stack piece S21, the pull strip D23 can limit the expansion angle of the elastic stack piece S21, the connecting pressing strip F25 can be outwards expanded and adjusted under the action of the elastic stack piece S21, the plurality of elastic stack pieces S21 and the connecting pressing strip F25 are matched to push the curved arc arm Y34 to the two sides so as to effectively expand the diameter of the curved arc arm Y34, the curved arc arm Y34 is inwards drawn through the stretching and contracting adjusting piece W1, so that the two curved arc arms Y34 can be clamped on the two sides of a trunk of a fruit tree, a fruit tree P33 on the inner wall of the curved arc arm Y34 can be in contact with the trunk of the fruit tree, the triangular arc arms 82 32 are effectively protected, when the fruit tree breaks in a wild garden, the fruit tree, and the triangular arc arms are arranged on the triangular arc arms 82695, the energy absorption type fruit tree energy-saving device has the advantages that a pushing-back effect can be achieved, when the triangular tip U32 is subjected to impact force, the impact force is conducted into the bent arc arm Y34, the force is conducted to the buffering elastic piece I35 and the energy absorption piece A36 on the two sides of the inner portion in a dispersing mode through the bent arc arm Y34, the buffering effect is achieved through the matching of the buffering elastic piece I35 and the energy absorption piece A36, the impact force is prevented from being conducted to a fruit tree, and the fruit tree is effectively protected;

when a wild animal collides on the clamping plate C46, a plurality of triangular cones X42 are arranged on the clamping plate C46, a plurality of triangular cones X42 are matched with a triangular tip U32 to stab and expel the wild animal, when a triangular cone X42 is collided by the wild animal, force is transmitted downwards to the air bag L53, after the air bag L53 is pressed, air in the air bag L53 can downwards and movably push the pressing plate H51 downwards, the pressing plate H51 can inwards move layer by layer and downwards press the positioning connecting block Z52 and the pressing plate H51 at the lower end, the two pressing plates H51 are connected with the positioning connecting block Z52 through a restraining strip C54 to effectively carry out restraining treatment on the pressing plate H55 8, the position of the pressing plate H51 is positioned through a fixing block V6, the pressing plate H51 is pressed to be displaced, after the two pressing plates H51 and the positioning connecting block Z382 are pressed to a certain position, partial pressure is transmitted to the inside of the clamping plate C46, the pressing plate K41 and the Y41 and the connecting pad 41 and the Y41 can move downwards, the pushing block U60 connected to the lower end of the connecting pad Y68 will push the slider W65 downwards, the slider W65 will move downwards under the action of the sliding clamping rod R63, the pressing block B61 at the lower end will move downwards along with the slider W65, the two rollers Q67 connected to the slider W65 will swing outwards at the concave arc position of the lower end of the outer frame T66 under the action of the slider W65, a pulling strip M62 is connected between the two rollers Q67, the moving limit of the two rollers Q67 is limited by the pulling strip M62, after the two rollers Q67 are opened to a certain position, the pressing block B61 will press the anastomosis connecting piece D84 downwards, when the anastomosis connecting piece D84 is pressed downwards along with the downward pressing force, the spring H85 at the lower end will be compressed downwards, the protective supporting pieces G82 at both sides of the spring H85 will directly contact with the bottom of the anastomosis connecting piece D84, so as to support both ends of the anastomosis connecting piece D84 and prevent the gravity center from deflecting to the anastomosis connecting piece 84. The position of the anastomotic connecting piece D84 is positioned on the mounting seat S81 through the clamping block F83, the supporting resisting piece L44 can absorb and relieve the pressing force on the shell K41, when the two rolling pieces Q67 are opened to a certain limit, the connected pulling strip M62 can generate resilience force to pull the rolling piece Q67 inwards to jack the sliding piece W65 upwards, the pushing block U60 can push the connecting pad Y68 upwards while the sliding piece W65 moves upwards, the connecting pad Y68 can be pressed on the inner top end of the shell K41 to effectively support the shell K41 upwards, the position of the triangular cone X42 is limited and supported through the limiting connecting piece V43, the triangular cone X42 cannot retract inwards after being pressed, and the connecting pad can be matched with the triangular tip U32 to stab and jack up a wild animal, so that the wild animal is prevented from being torn and bitten by a fruit tree, and the fruit tree can be effectively protected from being collided.

In summary, the invention adopts the combination of the cone angle, the positioning rod, the joint, the protection device, the adjusting piece, the insertion opening and the mounting rack to form a new protective enclosure device for forestry and landscaping, the two ends of the two side arc stoppers are connected with the protective stoppers to form a rounded rectangular structure, the side arc stoppers and the protective stoppers are in butt joint with each other to cover the outside of the fruit tree under the action of the telescopic adjusting piece, and then the telescopic adjusting piece is used for adjusting according to the thickness of the trunk of the fruit tree, so that the side arc stoppers and the protective stoppers can be stably wrapped on the outside of the fruit tree to protect the fruit tree one by one.

While there have been shown and described what are at present considered the fundamental principles and essential features of the invention and its advantages, it will be apparent to those skilled in the art that the invention is not limited to the details of the foregoing exemplary embodiments, but is capable of other specific forms without departing from the spirit or essential characteristics 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.

Furthermore, it should be understood that although the present description refers to embodiments, not every embodiment may contain only a single embodiment, and such description is for clarity only, and those skilled in the art should integrate the description, and the embodiments may be combined as appropriate to form other embodiments understood by those skilled in the art.

Claims

1. The utility model provides a forestry afforestation encloses fender device with protection, its structure includes cone angle (1), locating lever (5), joint (2), protection device (4), regulating part (3), inserted hole (6), mounting bracket (7), its characterized in that:

the cone angle (1) is installed on an installation frame (7), an insertion opening (6) is formed in the installation frame (7), a positioning rod (5) is fixedly connected to the installation frame (7), a connector (2) is installed on the positioning rod (5), an adjusting piece (3) is connected to the connector (2) and the positioning rod (5), the adjusting piece (3) is fixedly connected with a protection device (4), and the protection device (4) is arranged on the insertion opening (6);

the protection device (4) comprises a protection stopper (R2), a connecting block (Q4), a telescopic adjusting piece (W1) and a side arc stopper (E3), wherein the protection stopper (R2) is matched and connected with the side arc stopper (E3), the side arc stopper (E3) is connected with the connecting block (Q4), the connecting block (Q4) is connected with the telescopic adjusting piece (W1), the side arc stopper (E3) is connected with the adjusting piece (3), and the protection stopper (R2) and the side arc stopper (E3) are arranged on the insertion opening (6).

2. The protective fence device for the forestry landscaping of claim 1, wherein: the side arc blocking piece (E3) comprises a stretching and closing piece (T31), a bent arc arm (Y34), a triangular tip (U32), a buffering elastic piece (I35), a contact pad (P33) and an energy absorption piece (A36), the stretching and closing piece (T31) is arranged on the bent arc arm (Y34), the bent arc arm (Y34) is provided with the triangular tip (U32), the bent arc arm (Y34) is attached with the contact pad (P33), the bent arc arm (Y34) is provided with the buffering elastic piece (I35), the buffering elastic piece (I35) is connected with the energy absorption piece (A36), the bent arc arm (Y34) is connected with the protection blocking piece (R2) and a connecting block (Q4), the bent arc arm (Y34) is connected with the adjusting piece (3), and the bent arc arm (Y34) is arranged on the insertion opening (6).

3. The protective fence device for the forestry landscaping of claim 2, wherein: the opening and closing expansion piece (T31) comprises an elastic stack (S21), a pair pulling strip (D23), a connecting pressing strip (F25), an anastomosis piece (G22), a ball receiving (H26) and a connecting buckle (J24), wherein the elastic stack (S21) is connected to the connecting pressing strip (F25), the elastic stack (S21) is connected with the pair pulling strip (D23) and the ball receiving (H26), the pair pulling strip (D23) is connected with the ball receiving (H26), the elastic stack (S21) is connected with the connecting buckle (J24), the connecting pressing strip (F25) is connected with the anastomosis piece (G22), and the connecting pressing strip (F25) is arranged on a curved arc arm (Y34).

4. The protective fence device for the forestry landscaping of claim 1, wherein: the protection stopper (R2) comprises a shell (K41), a support abutting part (L44), a connecting groove (Z45), a clamping plate (C46), a triangular cone (X42) and a limiting connecting part (V43), wherein the support abutting part (L44) is arranged on the shell (K41), the shell (K41) is connected with the clamping plate (C46) in a matching mode, the connecting groove (Z45) is arranged on the clamping plate (C46), the connecting groove (Z45) is connected with the limiting connecting part (V43), the limiting connecting part (V43) is fixedly connected with the triangular cone (X42), the shell (K41) is connected with a bent arc arm (Y34), and the shell (K41) is arranged on the insertion opening (6).

5. The protective fence device for the forestry landscaping of claim 4, wherein: spacing even piece (V43) is including pressing board (H51), gasbag (L53), location joint block (Z52), draw and hold back strip (C54), fixed block (V55), pressing board (H51) fixed connection is on fixed block (V55), fixed block (V55) are connected on spread groove (Z45), gasbag (L53), be equipped with location joint block (Z52) on pressboard (H51), be connected with between location joint block (Z52) and fixed block (V55) and draw and hold back strip (C54), gasbag (L53) and triangular cone (X42) fixed connection.

6. The protective fence device for the forestry landscaping of claim 4, wherein: the supporting and abutting part (L44) comprises a pressing block (B61), an elastic part (N64), a pushing block (U60), a connecting pad (Y68), an outer frame (T66), a sliding clamping rod (R63), a slider (W63), a pulling strip (M63), a rolling part (Q63) and a contact seat (E63), the pressing block (B63) is connected to the slider (W63), the sliding clamping rod (R63) is connected to the slider (W63), the rolling part (Q63) is connected to the pulling strip (M63), the rolling part (Q63) is connected to the outer frame (T63) in a sliding manner, the contact seat (E63) is installed on the outer frame (T63), the contact seat (E63) is in contact with the B63), the sliding clamping rod (R63) is movably connected to the sliding clamping rod (R63), the slider (W63) is fixedly connected to the pushing block (U63), the pushing block (Y63) is connected to the pressing block (Y63), and the elastic connecting pad (Y63) is connected to the pressing block (Y63), the elastic piece (N64) is connected to an outer frame (T66), and the outer frame (T66) is arranged on the shell (K41).

7. The protective fence device for the forestry landscaping of claim 6, wherein: the contact seat (E69) comprises an installation seat (S81), a spring (H85), an anastomosis connecting piece (D84), a protection supporting piece (G82) and a clamping block (F83), wherein the clamping block (F83) is installed on the installation seat (S81), the clamping block (F83) is connected with the protection supporting piece (G82), the spring (H85) is arranged on the clamping block (F83), the spring (H85) is connected with the anastomosis connecting piece (D84), the anastomosis connecting piece (D84) is in contact with the protection supporting piece (G82), the installation seat (S81) is installed on an outer frame (T66), and the anastomosis connecting piece (D84) is in contact with a pressing block (B61).

8. The protective fence device for the forestry landscaping of claim 1, wherein: both sides of the protective stopper (R2) are connected with side arc stoppers (E3) which form a round-corner rectangular structure.