Movable building facade greening wall

Abstract

The invention discloses a movable building facade greening wall body which structurally comprises a building facade, a lifter, a lifting belt, a rail and a greening wall body. When the movable building facade greening wall body is used, a mounting and fixing piece and a mounting guide piece are connected together in a sleeved mode, an auxiliary connecting piece in the mounting and fixing piece is arranged in the mounting guide piece, and a green plant groove is fixedly connected to the mounting and fixing piece; the green plant groove can be adjusted to move up and down in the mounting guide piece under the action of the mounting and fixing piece, the green plant groove can be buffered and protected through mutual cooperation of the protection buffer piece and the auxiliary connecting piece, and the situation that the green plants in the green plant groove are loosened due to stress is prevented.

Description

Technical Field

[0001] The invention relates to the technical field of greening walls, and in particular to a movable greening wall for building facades. Background Art

[0002] Wall greening is also called vertical greening or three-dimensional greening. Due to limited urban land, it is necessary to make full use of space and plant various plants or climbing vines on walls, balconies, windowsills, roofs, trellises, etc., which can reduce noise, beautify the environment, purify the air, improve the quality of the urban environment, increase the green coverage rate, and improve the urban ecological environment. The assembled vertical green wall structure based on green building is often used to complete the construction of the wall. In actual use, it has the advantages of easy installation, high stability and long service life. When using green walls, there are some areas that need improvement: When using the green wall, under normal circumstances, the green wall is assembled and installed on the facade of the building. The lift and the lifting belt cooperate with each other to drive the green wall to move and adjust on the track. The green wall can slide on the facade of the building so that the green wall is not in one position. When the outer surface of the building facade is damaged, the assembled green wall is moved to another position, which has strong flexibility. When the green wall is moved by the lift, the lift drives the green wall to move up and down and adjust its position through the lifting belt. Since the green wall has a certain weight, the lift will be controlled during the lifting belt after it is started. The lifting belt will be pulled down and then pulled up due to the weight of the green wall, so that the green wall will be subjected to the up and down movement The setback force on the green wall will directly act on the green plant trough, and the green plant trough will collide and shake due to the movement setback force, so that the green plants inside will become loose, thereby affecting the survival rate of the green plants and being detrimental to the use of the green wall. Summary of the Invention

[0003] In response to the shortcomings of the existing technology, the present invention is achieved through the following technical solutions: a movable green wall on the building facade, whose structure includes a building facade, an elevator, a lifting belt, a track, and a green wall. The elevator is installed on the building facade, the elevator is connected to the lifting belt, and the other end of the lifting belt is connected to the green wall. The track is installed on the building facade, and the track is movably connected to the green wall.

[0004] As a further optimization of the content of the invention, the greening wall includes a slide plate, a buffer device, a greening wall, a top plate, and a greening trough. The slide plate is installed on one side of the greening wall. The greening wall is provided with a top plate and a greening trough. The buffer device is arranged inside the greening wall. The side of the greening trough facing the greening wall is connected to the buffer device, and the slide plate is movably connected to the greening wall.

[0005] As a further optimization of the content of the invention, the buffer device includes a protective buffer, a tooth plate, a stabilizing plate, an installation guide, a rotating gear, a mounting piece, and an auxiliary connecting piece. There are two protective buffers, and the two protective buffers are arranged at the upper and lower ends of the mounting piece. Rotating gears are provided on both sides of the inner wall of the mounting piece. The rotating gear is engaged with the tooth plate. The tooth plate is fixed on the stabilizing plate. The stabilizing plate is installed on the mounting guide. An auxiliary connecting piece connected to it is provided in the middle position inside the mounting guide. Protective buffers are provided at the upper and lower ends of the mounting guide. The mounting guide is arranged inside the greening wall, and a green planting trough is installed on the mounting piece.

[0006] As a further optimization of the content of the invention, the protective buffer includes a spring rod, a pressing buffer, a movable frame, a movable plate, a limiting frame, a joint, and a movable cavity. A movable plate is provided in the middle position of the spring rod, and the spring rod is provided in the limiting frame. The two limiting frames are symmetrically set up on the left and right sides of the movable cavity. The movable cavity is provided in the middle position of the movable frame. A pressing buffer is provided in the middle position of the movable cavity. The pressing buffer is installed on the movable cavity through a joint. The movable frame is installed on the mounting guide, and the movable frame is connected to the mounting piece.

[0007] As a further optimization of the content of the invention, the pressing buffer includes a pressure-adjusting part, a mounting port, a connecting rod, a scaling part, a deformation ring, and a pressure head. The pressure-adjusting part is arranged in the middle position inside the deformation ring. The deformation ring is provided with three equidistantly arranged mounting ports. The connecting rod passes through the scaling part and extends into the mounting port. The other end of the connecting rod is connected to the pressure head. The end of the pressure head away from the connecting rod is connected to the pressure-adjusting part. The scaling part is arranged in the middle position of the active cavity, and the connecting rod is installed on the active cavity through a joint.

[0008] As a further optimization of the content of the invention, the pressure adjustment part includes an adjusting strip, a pulling block, a mounting ring, a spring-pressing stack, and a tensioning part. There are three adjusting strips, and the three adjusting strips are equidistantly arranged in a ring on the left and right sides of the three tensioning parts. A pulling block is installed on the tensioning part, and a spring-pressing stack is provided on each of the three tensioning parts. The other end of the spring-pressing stack is connected to the mounting ring, and the mounting ring is arranged in the middle position inside the deformation ring, and the spring-pressing stack is connected to the pressure head.

[0009] As a further optimization of the content of the invention, the auxiliary connecting part includes a cavity, a connecting arm, a shell, a connecting plate, an insert, and a pressure-reducing guide. The cavity is arranged at the upper and lower ends of the shell. A pressure-reducing guide is provided inside the cavity. The upper and lower ends of the pressure-reducing guide are connected to connecting arms, and the connecting arms are in contact with the inner wall of the cavity. Inserts are provided on the left and right sides of the shell, and a connecting plate is provided in the middle position inside the shell. The shell is arranged in the middle position inside the installation guide.

[0010] As a further optimization of the content of the invention, the pressure-absorbing guide includes a fixed shaft, an energy-absorbing sheet, a spring-pressure ring, a telescopic buffer, and a connecting rod. The fixed shaft is arranged in the middle position of the spring-pressure ring. Four connecting rods connected to the fixed shaft are provided. One end of the connecting rod away from the fixed shaft is movably engaged with the telescopic buffer. The other end of the telescopic buffer is fitted with an energy-absorbing sheet, and the energy-absorbing sheet is in contact with the spring-pressure ring. The spring-pressure ring is arranged inside the cavity, and the upper and lower ends of the spring-pressure ring are connected with connecting arms.

[0011] As a further optimization of the invention, the four telescopic buffers form an "X"-shaped structure through a connecting rod. Beneficial effects

[0012] The movable green wall of a building facade of the present invention has the following beneficial effects: 1. The present invention is provided by combining a protective buffer, a tooth plate, a stabilizing plate, a mounting guide, a rotating gear, a mounting piece, and an auxiliary connecting piece. The mounting piece is sleeved with the mounting guide, and the auxiliary connecting piece inside the mounting guide is arranged inside the mounting guide. The mounting piece is fixedly connected to a green plant trough, and the green plant trough can be moved up and down inside the mounting guide under the action of the mounting piece. The protective buffer and the auxiliary connecting piece cooperate with each other to provide a buffering and protective effect on the green plant trough, thereby preventing the green plants inside the green plant trough from loosening due to force.

[0013] 2. The present invention combines a spring-loaded rod, a pressing buffer, a movable frame, a movable plate, a limiting frame, a joint, and a movable cavity to symmetrically install two movable frames at the upper and lower ends of the mounting fixture. When the mounting fixture is restrained by the green planting groove, it will press the movable frame. The movable frame will retract inward after being subjected to force, and the spring-loaded rod and the pressing buffer inside it will also retract inward under the force, effectively cooperating to absorb energy and relieve pressure.

[0014] 3. The present invention combines a cavity, a connecting arm, a shell, a connecting plate, an insert, and a pressure-reducing guide. The shell is installed inside the installation guide. Under the action of the insert, the shell is connected to the mounting piece, so that the two can be moved up and down and adjusted accordingly. Under the action of the mounting piece, the shell will press the connecting arm inside the cavity. The connecting arm will push the pressure-reducing guide downward under the force. The pressure-reducing guide will retract inward and expand outward under the force, and play a shock-absorbing and buffering role through its internal components. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Other features, objects and advantages of the present invention will become more apparent upon reading the detailed description of non-limiting embodiments with reference to the following drawings: Figure 1 This is a structural schematic diagram of a movable building facade greening wall according to the present invention; Figure 2 It is a side view structural diagram of the green wall of the present invention.

[0016] Figure 3 Schematic diagram of the internal structure of the buffer device of the present invention.

[0017] Figure 4 Schematic diagram of the internal structure of the protective buffer of the present invention.

[0018] Figure 5 Schematic diagram of the internal structure of the pressing buffer of the present invention.

[0019] Figure 6 It is a schematic cross-sectional structure diagram of the pressure adjusting member of the present invention.

[0020] Figure 7 Schematic diagram of the internal structure of the auxiliary connecting part of the present invention.

[0021] Figure 8 for Figure 7 Schematic diagram of the enlarged structure of A in the figure.

[0022] Figure: Building facade 1, elevator 4, lifting belt 2, track 5, green wall 3, slide Q1, buffer device E3, green wall W2, top plate Y5, green planter trough T4, protective buffer R11, tooth plate I15, stabilizing plate T12, installation guide U14, rotating gear A17, fixing piece P16, auxiliary connecting piece Y13, spring rod D21, pressing buffer F23, movable frame J25, moving plate G22, limiting frame H24, joint L27, movable cavity K 26. Counter-pressure adjustment part K31, mounting port Z33, connecting rod X34, telescopic part L32, deformation ring C35, counter-pressure head V36, adjusting pull strip C41, pulling block N42, mounting ring Q45, spring-pressure stack V43, tensioning and closing part M44, cavity E51, connecting arm Y54, shell I56, connecting plate T52, insert U55, pressure relief guide R53, fixed shaft A61, energy absorbing sheet S62, spring-pressure ring F64, telescopic relief part D63, connecting rod G65. DETAILED DESCRIPTION

[0023] In order to make the technical means, creative features, objectives and effects achieved by the present invention easier to understand, the present invention is further described below in conjunction with specific implementation methods.

[0024] Example 1 See also Figure 1 The present invention provides a technical solution: a movable green wall on the facade of a building, whose structure includes a building facade 1, a lift 4, a lifting belt 2, a track 5, and a green wall 3. The building facade 1 is equipped with a lift 4, the lift 4 is connected to the lifting belt 2, and the other end of the lifting belt 2 is connected to the green wall 3. The building facade 1 is equipped with a track 5, and the track 5 is movably connected to the green wall 3.

[0025] See also Figure 2 The green wall 3 includes a slide Q1, a buffer device E3, a green wall W2, a top plate Y5, and a green planting groove T4. The slide Q1 is installed on one side of the green wall W2. The green wall W2 is provided with a top plate Y5 and a green planting groove T4. The buffer device E3 is arranged inside the green wall W2. The side of the green planting groove T4 facing the green wall W2 is connected to the buffer device E3. The slide Q1 is movably connected to the green wall 3.

[0026] The above-mentioned green planting troughs T4 are used to cooperate with the green wall W2. There are four green planting troughs T4. The four green planting troughs T4 are equidistantly installed on the green wall W2 through the buffer device E3, and the green plants are planted in the four green planting troughs T4 in a classified manner.

[0027] See also Figure 3 The buffer device E3 includes a protective buffer R11, a tooth plate I15, a stabilizing plate T12, a mounting guide U14, a rotating gear A17, a mounting fixture P16, and an auxiliary connecting member Y13. There are two protective buffers R11, and the two protective buffers R11 are arranged at the upper and lower ends of the mounting fixture P16. Rotating gears A17 are provided on both sides of the inner wall of the mounting fixture P16. The rotating gear A17 is engaged with the tooth plate I15. The tooth plate I15 is fixed on the stabilizing plate T12. The stabilizing plate T12 is installed on the mounting guide U14. An auxiliary connecting member Y13 connected to it is provided in the middle position inside the mounting guide U14. Protective buffers R11 are provided at the upper and lower ends of the mounting guide U14. The mounting guide U14 is arranged inside the green wall W2. A green planting groove T4 is installed on the mounting fixture P16.

[0028] The toothed plate I15 is used to cooperate with the rotating gear A17. The toothed plate I15 is mounted on the stabilizing plate T12. The toothed plate I15 will mesh with the rotating gear A17. The rotating gear A17 is mounted on the mounting fixture P16. The mounting fixture P16 will move and adjust on the mounting guide U14 under the action of the rotating gear A17.

[0029] See also Figure 4 The protective buffer R11 includes a spring rod D21, a pressing buffer F23, a movable frame J25, a movable plate G22, a limiting frame H24, a joint L27, and a movable cavity K26. A movable plate G22 is provided in the middle position of the spring rod D21. The spring rod D21 is provided in the limiting frame H24. The two limiting frames H24 are symmetrically set on the left and right sides of the movable cavity K26. The movable cavity K26 is provided in the middle position of the movable frame J25. A pressing buffer F23 is provided in the middle position of the movable cavity K26. The pressing buffer F23 is installed on the active cavity K26 through the joint L27. The movable frame J25 is installed on the mounting guide U14. The movable frame J25 is connected to the mounting component P16.

[0030] The above-mentioned joint L27 is used to cooperate with the pressing buffer F23. The pressing buffer F23 has a triangular structure. The three ends of the pressing buffer F23 are connected with joints L27. Under the action of the joint L27, the pressing buffer F23 is stably installed inside the active cavity K26, which effectively limits the pressing buffer F23.

[0031] See also Figure 5 The pressing buffer F23 includes a pressure adjustment component K31, a mounting port Z33, a connecting rod X34, a scaling component L32, a deformation ring C35, and a pressure head V36. The pressure adjustment component K31 is arranged in the middle position inside the deformation ring C35. The deformation ring C35 is provided with three equidistantly arranged mounting ports Z33. The connecting rod X34 penetrates the scaling component L32 and extends into the mounting port Z33. The other end of the connecting rod X34 is connected to the pressure head V36. The end of the pressure head V36 away from the connecting rod X34 is connected to the pressure adjustment component K31. The scaling component L32 is arranged in the middle position of the active cavity K26. The connecting rod X34 is installed on the active cavity K26 through the joint L27.

[0032] The above-mentioned deforming ring C35 is used to cooperate with the scaling part L32. The deforming ring C35 is installed inside the scaling part L32. The deforming ring C35 is made of elastic and tough material. When the scaling part L32 is subjected to force, it will shrink downward and expand outward. The deforming ring C35 will be deformed into an elliptical structure under the action of the scaling part L32, effectively supporting and adjusting the scaling part L32.

[0033] See also Figure 6 The pressure adjustment component K31 includes an adjusting strip C41, a pulling block N42, a mounting ring Q45, a spring-pressing stack V43, and a tensioning component M44. There are three adjusting strips C41, and the three adjusting strips C41 are equidistantly arranged in a ring on the left and right sides of the three tensioning components M44. The pulling block N42 is installed on the tensioning component M44. The three tensioning components M44 are all provided with a spring-pressing stack V43. The other end of the spring-pressing stack V43 is connected to the mounting ring Q45. The mounting ring Q45 is arranged in the middle position inside the deformation ring C35. The spring-pressing stack V43 is connected to the pressure head V36.

[0034] The above-mentioned opening and closing member M44 is used to cooperate with the spring-pressing stack V43. The spring-pressing stack V43 is an isosceles trapezoidal structure connected to the opening and closing member M44. When the spring-pressing stack V43 is subjected to force, it will squeeze the opening and closing member M44 downward, and the opening and closing member M44 will expand and open to both sides. A pulling block N42 is connected in the middle position, which can effectively restrain the opening and closing member M44 and prevent the opening and closing member M44 from being excessively opened and unable to be reset.

[0035] Example 2 See also Figure 1The present invention provides a technical solution: a movable green wall on the facade of a building, whose structure includes a building facade 1, a lift 4, a lifting belt 2, a track 5, and a green wall 3. The building facade 1 is equipped with a lift 4, the lift 4 is connected to the lifting belt 2, and the other end of the lifting belt 2 is connected to the green wall 3. The building facade 1 is equipped with a track 5, and the track 5 is movably connected to the green wall 3.

[0036] See also Figure 2 The green wall 3 includes a slide Q1, a buffer device E3, a green wall W2, a top plate Y5, and a green planting groove T4. The slide Q1 is installed on one side of the green wall W2. The green wall W2 is provided with a top plate Y5 and a green planting groove T4. The buffer device E3 is arranged inside the green wall W2. The side of the green planting groove T4 facing the green wall W2 is connected to the buffer device E3. The slide Q1 is movably connected to the green wall 3.

[0037] The above-mentioned green planting troughs T4 are used to cooperate with the green wall W2. There are four green planting troughs T4. The four green planting troughs T4 are equidistantly installed on the green wall W2 through the buffer device E3, and the green plants are planted in the four green planting troughs T4 in a classified manner.

[0038] See also Figure 3 The buffer device E3 includes a protective buffer R11, a tooth plate I15, a stabilizing plate T12, a mounting guide U14, a rotating gear A17, a mounting fixture P16, and an auxiliary connecting member Y13. There are two protective buffers R11, and the two protective buffers R11 are arranged at the upper and lower ends of the mounting fixture P16. Rotating gears A17 are provided on both sides of the inner wall of the mounting fixture P16. The rotating gear A17 is engaged with the tooth plate I15. The tooth plate I15 is fixed on the stabilizing plate T12. The stabilizing plate T12 is installed on the mounting guide U14. An auxiliary connecting member Y13 connected to it is provided in the middle position inside the mounting guide U14. Protective buffers R11 are provided at the upper and lower ends of the mounting guide U14. The mounting guide U14 is arranged inside the green wall W2. A green planting groove T4 is installed on the mounting fixture P16.

[0039] The toothed plate I15 is used to cooperate with the rotating gear A17. The toothed plate I15 is mounted on the stabilizing plate T12. The toothed plate I15 will mesh with the rotating gear A17. The rotating gear A17 is mounted on the mounting fixture P16. The mounting fixture P16 will move and adjust on the mounting guide U14 under the action of the rotating gear A17.

[0040] See also Figure 7The auxiliary connecting part Y13 includes a cavity E51, a connecting arm Y54, a shell I56, a connecting plate T52, an insert U55, and a pressure-reducing guide R53. The cavity E51 is arranged at the upper and lower ends of the shell I56. The pressure-reducing guide R53 is arranged inside the cavity E51. The upper and lower ends of the pressure-reducing guide R53 are connected to the connecting arm Y54. The connecting arm Y54 is in contact with the inner wall of the cavity E51. Inserts U55 are provided on the left and right sides of the shell I56. A connecting plate T52 is provided in the middle position inside the shell I56. The shell I56 is arranged in the middle position inside the mounting guide U14.

[0041] The above-mentioned plug U55 is used to cooperate with the shell I56. The left and right sides of the shell I56 are connected with the plug U55. The other end of the plug U55 will be plugged into the inner side of the fixing piece P16. The fixing piece P16 and the shell I56 can cooperate and adjust in conjunction with each other under the action of the plug U55.

[0042] See also Figure 8 The pressure-absorbing guide R53 includes a fixed shaft A61, an energy-absorbing sheet S62, a spring ring F64, a telescopic buffer D63, and a connecting rod G65. The fixed shaft A61 is arranged in the middle position of the spring ring F64. Four connecting rods G65 connected to the fixed shaft A61 are provided. One end of the connecting rod G65 away from the fixed shaft A61 is movably engaged with the telescopic buffer D63. The other end of the telescopic buffer D63 is fitted with an energy-absorbing sheet S62. The energy-absorbing sheet S62 is in contact with the spring ring F64. The spring ring F64 is arranged inside the cavity E51. The upper and lower ends of the spring ring F64 are connected to connecting arms Y54.

[0043] See also Figure 8 The four telescopic buffers D63 form an "X"-shaped structure through the connecting rod G65.

[0044] The energy absorbing sheet S62 is used to cooperate with the telescopic buffer D63. The telescopic buffer D63 has a triangular structure, and the energy absorbing sheet S62 is attached to its end. The energy absorbing sheet S62 can cooperate with the telescopic buffer D63 to play a buffering and energy absorbing role.

[0045] The working principle of the above technical solution is described below: When the present invention is in use, an installation guide U14 is provided inside the green wall W2, and the installation guide U14 is socketed with the fixing piece P16. The outer side of the fixing piece P16 is fixedly connected to the green plant groove T4, and green plants are respectively set up on the green plant groove T4. The slide plate Q1 on the outer side of the green wall W2 will be buckled with the track 5. When the green wall W2 needs to be installed on the building facade 1, the lifting belt 2 is connected to the top plate Y5, and the elevator 4 is driven to move the green wall W2 through the lifting belt 2. The lifting belt 2 will be pulled downward due to the gravity of the green wall W2 at the beginning, and then pulled upward. The green plant groove T4 on the green wall W2 will be pulled up due to the setback force of the lifting. The dynamic fixing fixture P16 moves and adjusts inside the installation guide U14. During the movement, the fixing fixture P16 will drive the rotating gear A17 to move on the tooth plate I15. The position of the tooth plate I15 is limited by the stabilizing plate T12 to facilitate the up and down movement of the rotating gear A17. The fixing fixture P16 moves downward under the action of the rotating gear A17 to suppress the movable frame J25. After the movable frame J25 is subjected to force, it will squeeze the elastic rod D21 and the scaling part L32 inside it. After the elastic rod D21 is compressed, it will drive the movable plate G22 to move up and down and adjust inside the limiting frame H24. The elastic part inside the elastic rod D21 can play a buffering role. The movable frame J25 will pass through the joint L27 The force is then transmitted to the connecting rod X34, and the force on the connecting rod X34 is transmitted to the scaling member L32. The scaling member L32 is subjected to the force and will shrink downward and expand outward. The deformation ring C35 is deformed into an elliptical structure under the action of the scaling member L32, effectively supporting and adjusting the scaling member L32. The connecting rod X34 will squeeze the pressure head V36 under the action of the scaling member L32. The force on the pressure head V36 will suppress the mounting ring Q45 as the scaling member L32 changes. The mounting ring Q45 will suppress the spring-loaded stack V43 inside it. The spring-loaded stack V43 is an isosceles trapezoidal structure connected to the tensioning member M44. When the spring-loaded stack V43 is subjected to force, it will expand downward and squeeze The stretching and closing member M44 is connected with an elastic airbag between the two, which can play a buffering role. The stretching and closing member M44 will expand and open to both sides. A pulling block N42 is connected to the middle position, which can effectively restrain the stretching and closing member M44 to prevent it from opening too much and being unable to reset. The stretching and closing member M44 is restrained by three adjustment strips C41, effectively limiting the position of the stretching and closing member M44, so that the three stretching and closing members M44 can be limited to the corresponding positions for movable adjustment. The pressure adjustment member K31 and the elastic pressure rod D21 cooperate with each other to support and buffer the fixing member P16, preventing a large collision force from occurring after the fixing member P16 moves downward and affecting the greening groove T4 on the green wall W2; The fixing fixture P16 is docked with the shell I56 through the insert U55. A connecting plate T52 is provided in the middle position inside the shell I56. The connecting plate T52 can support the shell I56. Under the action of the insert U55, the shell I56 can cooperate with the fixing fixture P16 to move up and down. After the fixing fixture P16 moves downward under force, the shell I56 will move downward to squeeze the connecting arm Y54 inside the cavity E51 at both ends of the inner side of the mounting guide U14. The connecting arm Y54 has a "U"-shaped structure. When subjected to force, it will press the spring-loaded ring F64 downward. The spring-loaded ring F64 will retract inward and expand outward under force. The spring-loaded ring F64 will squeeze the four telescopic buffers D63 inside it. The telescopic buffer D63 will retract inward and overlap under force. The telescopic buffer D63 is affixed with an energy-absorbing sheet S62, which can cooperate with the telescopic buffer D63 plays a buffering role. Through the cooperation of the connecting rod G65 and the fixed shaft A61, the telescopic buffer D63 plays a limited support role, so that the four telescopic buffers D63 can be distributed on the four sides, effectively dispersing and absorbing the force exerted on the spring-pressure ring F64. After the force reaches a certain limit, the spring-pressure ring F64, the pressure adjustment member K31, and the spring-pressure rod D21 will cooperate with each other to generate a rebound force to push the fixing member P16 upward, and the fixing member P16 will drive the green plant trough T4 to move. The two protective buffers R11 cooperate with each other to buffer the fixing member P16, so that the green plants inside the green plant trough T4 will not collide and shake due to the setback force generated by the lifting, thereby ensuring the survival rate of the green plants inside the green plant trough T4, and arguably using green walls, thereby improving the quality of the urban environment, increasing the green coverage rate, and improving the urban ecological environment.

[0046] To sum up, the present invention adopts the combination of building facade, elevator, lifting belt, track and green wall to form a new movable building facade green wall. The mounting fixture is sleeved with the mounting guide, and the auxiliary connecting part inside is arranged inside the mounting guide. The mounting fixture is fixedly connected with a green plant groove. Under the action of the mounting fixture, the green plant groove can be moved up and down inside the mounting guide. The protective buffer and the auxiliary connecting part cooperate with each other to play a buffering and protective role for the green plant groove, preventing the green plants inside the green plant groove from loosening due to force.

[0047] The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention. It is obvious to those skilled in the art that the present invention is not limited to the details of the above exemplary embodiments, and that the present invention can be implemented in other specific forms without departing from the spirit or essential characteristics of the present invention. Therefore, from all points of view, the embodiments should be regarded as illustrative and non-restrictive. The scope of the present invention is defined by the appended claims rather than the above description, and it is intended that all changes that fall within the meaning and range of equivalents of the claims are included in the present invention. Any reference signs in the claims should not be construed as limiting the claim to which they relate.

[0048] In addition, it should be understood that although this specification is described in terms of implementation methods, not every implementation method contains only one independent technical solution. This narrative method of the specification is only for the sake of clarity. Those skilled in the art should regard the specification as a whole. The technical solutions in each embodiment can also be appropriately combined to form other implementation methods that can be understood by those skilled in the art.

Claims

1. A movable building facade green wall, the structure of which includes a building facade (1), an elevator (4), an elevator belt (2), a track (5), and a green wall (3), characterized in that: A lift (4) is installed on the building facade (1), the lifting belt (2) is connected to the lift (4) and the green wall (3), and a track (5) is installed on the building facade (1), and the track (5) is movably connected to the green wall (3); The green wall (3) comprises a slide plate (Q1), a buffer device (E3), a green wall (W2), a top plate (Y5), and a green planting groove (T4); the green wall (W2) is provided with a slide plate (Q1), a top plate (Y5), and a green planting groove (T4); the buffer device (E3) is provided at the junction of the green wall (W2) and the green planting groove (T4); and the slide plate (Q1) is movably connected to the green wall (3).

2. The movable building facade greening wall according to claim 1, characterized in that: The buffer device (E3) includes a protective buffer (R11), a tooth plate (I15), a stabilizing plate (T12), a mounting guide (U14), a rotating gear (A17), a mounting fixture (P16), and an auxiliary connecting member (Y13). The protective buffer (R11) is provided on the mounting fixture (P16). The rotating gear (A17) on the mounting fixture (P16) is engaged with the tooth plate (I15) on the stabilizing plate (T12). The stabilizing plate (T12) is installed on the mounting guide (U14). The mounting guide (U14) is provided with an auxiliary connecting member (Y13) and a protective buffer (R11). The mounting guide (U14) is provided on the green wall (W2). A greening trough (T4) is installed on the mounting fixture (P16).

3. The movable building facade greening wall according to claim 2, characterized in that: The protective buffer (R11) includes a spring rod (D21), a pressing buffer (F23), a movable frame (J25), a movable plate (G22), a limiting frame (H24), a joint (L27), and a movable cavity (K26). The spring rod (D21) is provided with a movable plate (G22). The spring rod (D21) is provided on the limiting frame (H24). The limiting frame (H24) and the movable cavity (K26) are provided on the movable frame (J25). The pressing buffer (F23) is provided on the movable cavity (K26). The pressing buffer (F23) is installed on the movable cavity (K26) through the joint (L27). The movable frame (J25) is installed on the installation guide (U14). The movable frame (J25) is connected to the mounting component (P16).

4. The movable building facade greening wall according to claim 3, characterized in that: The pressing buffer (F23) includes a counter-pressure adjustment part (K31), an installation opening (Z33), a connecting rod (X34), a scaling part (L32), a deformation ring (C35), and a counter-pressure head (V36). The deformation ring (C35) is provided with a counter-pressure adjustment part (K31) and an installation opening (Z33). The connecting rod (X34) penetrates the scaling part (L32) and extends into the installation opening (Z33). The connecting rod (X34) is connected to the counter-pressure head (V36). The counter-pressure head (V36) is connected to the counter-pressure adjustment part (K31). The scaling part (L32) is provided on the active cavity (K26). The connecting rod (X34) is installed on the active cavity (K26) through a joint (L27).

5. The movable building facade greening wall according to claim 4, characterized in that: The counter-pressure adjustment member (K31) includes an adjustment strip (C41), a pulling block (N42), a mounting ring (Q45), a spring-loaded stack (V43), and a stretching member (M44). The adjustment strip (C41) is connected to the stretching member (M44). The stretching member (M44) is provided with a pulling block (N42) and a spring-loaded stack (V43). The spring-loaded stack (V43) is connected to the mounting ring (Q45). The mounting ring (Q45) is provided on the deformation ring (C35). The spring-loaded stack (V43) is connected to the counter-pressure head (V36).

6. The movable building facade greening wall according to claim 2, characterized in that: The auxiliary connecting part (Y13) includes a cavity (E51), a connecting arm (Y54), a shell (I56), a connecting plate (T52), an insert (U55), and a pressure-reducing guide (R53). The cavity (E51) on the shell (I56) is provided with a pressure-reducing guide (R53). The pressure-reducing guide (R53) is connected to the connecting arm (Y54). The connecting arm (Y54) is in contact with the cavity (E51). The shell (I56) is provided with an insert (U55) and a connecting plate (T52). The shell (I56) is provided on the mounting guide (U14).

7. The movable building facade greening wall according to claim 6, characterized in that: The pressure-absorbing guide (R53) includes a fixed shaft (A61), an energy-absorbing sheet (S62), a spring-pressing ring (F64), a telescopic buffer (D63), and a connecting rod (G65). The fixed shaft (A61) is arranged on the spring-pressing ring (F64). The connecting rod (G65) connected to the fixed shaft (A61) is movably engaged with the telescopic buffer (D63). The telescopic buffer (D63) is attached with the energy-absorbing sheet (S62). The energy-absorbing sheet (S62) is in contact with the spring-pressing ring (F64). The spring-pressing ring (F64) is arranged on the cavity (E51). The spring-pressing ring (F64) is connected to a connecting arm (Y54).

8. The movable building facade greening wall according to claim 7, characterized in that: The four telescopic buffers (D63) form an "X"-shaped structure through a connecting rod (G65).

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