CN117780180B - Prefabricated landscape wall - Google Patents
Prefabricated landscape wall Download PDFInfo
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- CN117780180B CN117780180B CN202410217487.2A CN202410217487A CN117780180B CN 117780180 B CN117780180 B CN 117780180B CN 202410217487 A CN202410217487 A CN 202410217487A CN 117780180 B CN117780180 B CN 117780180B
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- enclosure
- expansion
- wall
- enclosing wall
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- 238000005406 washing Methods 0.000 claims abstract description 112
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 62
- 238000001914 filtration Methods 0.000 claims abstract description 34
- 239000002351 wastewater Substances 0.000 claims abstract description 10
- 241001464837 Viridiplantae Species 0.000 claims abstract description 8
- 238000004064 recycling Methods 0.000 claims abstract description 5
- 239000003643 water by type Substances 0.000 claims abstract description 4
- 238000009434 installation Methods 0.000 claims description 11
- 239000007921 spray Substances 0.000 claims description 4
- 230000008602 contraction Effects 0.000 claims description 3
- 239000013013 elastic material Substances 0.000 claims description 3
- 230000009286 beneficial effect Effects 0.000 description 8
- 238000010586 diagram Methods 0.000 description 5
- 230000008901 benefit Effects 0.000 description 3
- 238000010276 construction Methods 0.000 description 3
- 238000004519 manufacturing process Methods 0.000 description 3
- 238000000034 method Methods 0.000 description 3
- 239000008399 tap water Substances 0.000 description 3
- 235000020679 tap water Nutrition 0.000 description 3
- 230000000712 assembly Effects 0.000 description 2
- 238000000429 assembly Methods 0.000 description 2
- 230000002262 irrigation Effects 0.000 description 2
- 238000003973 irrigation Methods 0.000 description 2
- 230000008569 process Effects 0.000 description 2
- 238000005507 spraying Methods 0.000 description 2
- 239000004568 cement Substances 0.000 description 1
- 238000006243 chemical reaction Methods 0.000 description 1
- 125000004122 cyclic group Chemical group 0.000 description 1
- 230000007547 defect Effects 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 230000006872 improvement Effects 0.000 description 1
- 238000003780 insertion Methods 0.000 description 1
- 230000037431 insertion Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000009417 prefabrication Methods 0.000 description 1
- 239000008213 purified water Substances 0.000 description 1
- 239000004575 stone Substances 0.000 description 1
- 238000004065 wastewater treatment Methods 0.000 description 1
Classifications
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A20/00—Water conservation; Efficient water supply; Efficient water use
- Y02A20/108—Rainwater harvesting
Landscapes
- Cultivation Receptacles Or Flower-Pots, Or Pots For Seedlings (AREA)
Abstract
The invention discloses a prefabricated landscape wall, which relates to the field of landscaping and comprises a three-dimensional ecological supporting device, an assembled enclosure expanding device, a greening enclosure pouring device and an enclosure lower beam expanding device. The three-dimensional ecological supporting device drives the hand washing switch assembly to rotate outwards through the ecological lifting shell, meanwhile, the ecological filtering assembly filters waste water and then waters for green plants to realize the water recycling and tourist hand washing functions, and the ecological lifting shell is driven to descend through the hydraulic lifting supporting assembly to expose the reflecting strip warning plate so as to realize the night warning function. Assembled enclosure expansion device, through the mutual concatenation of enclosure extension entablature and the slip regulation of adjustment first enclosure extension slider and fourth enclosure extension slider, realize enclosure length extension function. The greening enclosing wall pouring device realizes the free expansion function of the greening enclosing wall pouring device by adjusting the extension and the retraction of the greening enclosing wall and the quantity of greening enclosing wall flowerpots.
Description
Technical Field
The invention relates to the field of landscaping, in particular to a prefabricated landscape wall.
Background
Along with the improvement of living standard of people in cities, the cities are increasingly attached to the construction of landscape walls, so that a color is added for the ecological environment of the cities; however, the existing landscape wall basically needs to be designed in advance, then cement pouring and stone carving are carried out, so that the manufacturing can be completed, the construction of the landscape wall is time-consuming and labor-consuming, the construction is also troublesome, meanwhile, the traditional landscape wall only has an ornamental effect, and the ecological cycle beneficial effect and the human life beneficial effect cannot be realized; therefore, a prefabricated landscape wall capable of meeting living demands of tourists and ecologically beneficial circulation and free combination according to actual demands is needed to solve the defects of the existing landscape wall.
The patent of publication No. CN108934551B provides an landscaping landscape wall, which comprises a wall body, a movable block, a planting groove and a water tank, wherein the movable block is used for spraying water in the water tank on a green planting basin of the planting groove through a water outlet pipe on the wall body so as to realize the simple watering function of green planting; the application has the advantages of convenience for green planting and watering and convenience for operation; however, the device still belongs to a traditional landscape wall of a type of firstly designing and then manufacturing, the manufacturing process is time-consuming and labor-consuming, the cost is high, the device cannot be manufactured in advance, and the parts of the landscape wall are spliced and combined according to actual conditions so as to realize the diversified splicing prefabrication function of the landscape wall; the scheme can only realize the irrigation function of ecological green planting, satisfies the function beneficial to ecology, but cannot satisfy the function beneficial to tourist or resident life, and cannot realize the circulation intercommunication between the ecological benefit and the life benefit of tourist or resident, so that the aim of saving water cannot be achieved; this scheme still can't realize when night, to the warning function of night race personnel or visitor resident, when night light is darker, this scheme does not have corresponding reflection of light warning function, probably causes personnel and the collision of view wall.
Disclosure of Invention
The invention aims to provide a prefabricated landscape wall, which aims to solve the technical problems in the prior art such as how to realize prefabricated landscape walls, how to realize splice and combination according to actual conditions, how to realize circulation intercommunication between beneficial functions for human life and beneficial functions for ecology, how to realize night warning functions and the like.
Aiming at the technical problems, the invention adopts the following technical scheme: a prefabricated landscape wall comprises a three-dimensional ecological supporting device, an assembled enclosure expanding device, a greening enclosure pouring device and an enclosure lower beam expanding device; the assembled enclosure expansion device is fixedly arranged on the three-dimensional ecological supporting device through bolts, and is fixedly connected with another assembled enclosure expansion device through bolts, the assembled enclosure expansion device realizes the enclosure length expansion function through mutual splicing of an enclosure expansion upper beam, and the installation quantity and the installation interval of the greening enclosure pouring device are adjusted through sliding adjustment of the first enclosure expansion sliding block and the fourth enclosure expansion sliding block; the greening enclosing wall pouring device is arranged on the assembled enclosing wall expansion device in a magnetic attraction way, and is also arranged on the enclosing wall lower beam expansion device in a sliding way, and the greening enclosing wall pouring device can realize the free expansion function of the greening enclosing wall pouring device by adjusting the expansion and the contraction of the greening enclosing wall expansion walls and the quantity of greening enclosing wall flowerpots; the wall bottom end rail extension device is fixedly arranged on the three-dimensional ecological supporting device through bolts, meanwhile, the wall bottom end rail extension device is in sliding connection with the assembled wall extension device, the wall bottom end rail extension device is connected with the greening wall pouring device through a bottom end rail water supply pipeline to achieve a watering function for green plants, the wall bottom end rail extension device also horizontally slides on a bottom end rail support frame through a bottom end rail support slide rod and vertically slides relative to the assembled wall extension device to achieve an auxiliary extending function, the three-dimensional ecological supporting device drives a hand washing switch assembly to outwards rotate out through an ecological lifting shell, meanwhile, water is watered for green plants after waste water is filtered through an ecological filtering assembly, the water recycling and tourist washing functions are achieved, the ecological lifting shell is driven to descend through a hydraulic lifting supporting assembly, and a reflecting strip warning plate is exposed at night to achieve a warning function.
Further, the three-dimensional ecological supporting device comprises a hydraulic lifting supporting component, an ecological supporting shell, a reflecting strip warning plate, an ecological hand basin, an ecological filtering component, an ecological lifting shell, a warning supporting frame, an ecological hand washing pipeline, an ecological lifting ball, an external thread ecological bent pipe, a hand washing switch component, a first ecological push rod and a second ecological push rod; the ecological support shell is fixedly arranged on the hydraulic lifting support assembly; the reflecting strip warning plate is fixedly arranged on the warning support frame and is also slidably arranged on the ecological lifting shell; the ecological hand basin is fixedly arranged on the ecological filtering component; the ecological filtering component is fixedly arranged on the hydraulic lifting supporting component; the ecological lifting shell is fixedly arranged on the ecological supporting shell; the warning support frame is fixedly arranged on the hydraulic lifting support assembly, and meanwhile, the warning support frame is slidably arranged on the ecological support shell; the ecological hand washing pipeline is fixedly arranged on the hydraulic lifting support assembly, and meanwhile, the ecological hand washing pipeline is slidably arranged on the ecological support shell; the ecological lifting ball is fixedly arranged on the ecological lifting shell; the external thread ecological bent pipe is hinged on the ecological hand washing pipeline, and meanwhile, the external thread on the external thread ecological bent pipe and the internal thread on the ecological lifting ball form a thread pair; the hand washing switch component is slidably arranged on the external thread ecological bent pipe; the first ecological push rod is hinged to the ecological lifting ball; the second ecological push rod is slidably mounted on the first ecological push rod, and meanwhile, the second ecological push rod is slidably mounted on the hand washing switch assembly.
Further, the hydraulic lifting support assembly comprises a hydraulic lifting base, a hydraulic lifting alternate pipeline, a hydraulic lifting cover plate, an ecological hand washing water pump, a hydraulic lifting laminated hose, a hydraulic lifting main cylinder, a hydraulic lifting plunger and a hydraulic lifting auxiliary cylinder; the hydraulic lifting cover plate is fixedly arranged on the hydraulic lifting main cylinder and the hydraulic lifting auxiliary cylinder; the hydraulic lifting master cylinder is fixedly arranged on the hydraulic lifting base; the hydraulic lifting base is fixedly arranged on the hydraulic lifting base; the hydraulic lifting base is fixedly connected with the ecological filtering component; two ends of the hydraulic lifting alternative pipeline are respectively and fixedly arranged on the hydraulic lifting auxiliary cylinder; the ecological hand washing water pump is fixedly arranged on the hydraulic lifting auxiliary cylinder, and is fixedly connected with the ecological hand washing pipeline; the hydraulic lifting laminated hose is fixedly arranged on the hydraulic lifting base; the hydraulic lifting plunger is fixedly arranged on the hydraulic lifting laminated hose, and meanwhile, the hydraulic lifting plunger is also slidably arranged on the hydraulic lifting master cylinder.
Further, the ecological filter component comprises a first ecological filter shell, a first ecological filter element, an ecological filter coaming, a second ecological filter element and a second ecological filter shell; the first ecological filtering shell is fixedly arranged on the hydraulic lifting base, and is fixedly connected with the ecological hand basin; the first ecological filter element is fixedly arranged on the ecological filter coaming; the ecological filtering coaming is fixedly arranged on the second ecological filtering shell; the second ecological filter core is fixedly arranged on the ecological filter coaming and the second ecological filter shell; the second ecological filter housing is slidably mounted on the first ecological filter housing.
Further, the hand washing switch assembly comprises a hand washing spray nozzle, a hand washing switch pipeline, a hand washing switch valve, a hand washing switch slide tube and a hand washing switch guide rod; the hand washing spray head is fixedly arranged on the hand washing switch pipeline; a semicircular baffle is arranged in the hand washing switch pipeline; the hand washing switch valve is hinged on the hand washing switch pipeline, and one end of the hand washing switch valve is provided with a three-quarter round baffle; the hand washing switch slide pipe is fixedly arranged on the hand washing switch pipeline, and meanwhile, the hand washing switch Guan Huaguan is also arranged on the external thread ecological elbow in a sliding manner; the hand washing switch guide rod is fixedly arranged on the hand washing switch pipeline, and meanwhile, the hand washing switch Guan Daogan is also slidably arranged on the external thread ecological elbow.
Further, the spliced enclosure expansion device comprises an enclosure expansion upper beam, a first enclosure expansion sliding block, a second enclosure expansion sliding block, an enclosure expansion screw rod, a third enclosure expansion sliding block, an enclosure expansion connecting rod, a fourth enclosure expansion sliding block and an enclosure support assembly; the enclosure expansion upper beam is fixedly arranged on the ecological lifting shell through bolts, and is fixedly connected with the other enclosure expansion upper beam through bolts, so as to be used for expanding the length of the enclosure expansion upper beam; the first enclosure expansion sliding block is slidably arranged on the enclosure expansion upper cross beam; the second enclosure expansion sliding block is slidably arranged on the enclosure expansion upper cross beam; the external threads on the enclosure expansion screw rod and the internal threads on the first enclosure expansion sliding block form a thread pair, and the external threads on the enclosure expansion screw rod and the internal threads on the second enclosure expansion sliding block form a thread pair; the third wall expansion sliding block is hinged to the wall expansion screw rod, and meanwhile, the third wall expansion sliding block is also slidably arranged on the wall expansion upper cross beam; the two ends of the enclosure expansion connecting rod are respectively and slidably arranged on the fourth enclosure expansion sliding block and the third enclosure expansion sliding block; the fourth enclosing wall expansion sliding block is arranged on the enclosing wall expansion upper cross beam in a sliding way; the enclosure supporting component is fixedly arranged on the fourth enclosure expansion sliding block.
Further, the enclosure support assembly comprises an enclosure support column, an enclosure support locking hole and an enclosure support locking magnet; the enclosure support column is fixedly arranged on the fourth enclosure expansion slide block; the enclosing wall supporting locking hole is fixedly arranged on the enclosing wall supporting column; the enclosure support locking magnet is fixedly installed on the enclosure support locking hole.
Further, the greening enclosing wall pouring device comprises a magnetic attraction locking assembly, a first greening enclosing wall connecting rod, a greening enclosing wall telescopic wall, a greening enclosing wall crank disc, a second greening enclosing wall connecting rod, a greening enclosing wall rotary disc, a greening enclosing wall fixed wall, a greening enclosing wall flowerpot and a greening enclosing wall pouring pipeline; the magnetic attraction locking component is fixedly arranged on the greening enclosing wall expansion wall; the greening enclosing wall telescopic wall is slidably arranged on the greening enclosing wall fixed wall; two ends of the first greening enclosing wall connecting rod are respectively hinged on the greening enclosing wall telescopic wall and the greening enclosing wall crank disc; the greening enclosing wall turntable is fixedly arranged on the greening enclosing wall crank disc; two ends of the second greening enclosing wall connecting rod are respectively hinged on the greening enclosing wall turntable; the greening enclosing wall flowerpot is fixedly arranged on the greening enclosing wall fixing wall through bolts; the greening wall pouring pipeline is fixedly arranged on the greening wall fixing wall, and is fixedly connected with the water supply pipeline of the lower cross beam; the greening enclosing wall fixed wall is slidably mounted on a lower cross beam support frame of the enclosing wall lower cross beam expanding device.
Further, the magnetic locking assembly comprises a magnetic locking base, a magnetic locking sliding block and a magnetic locking magnet; the magnetic attraction locking base is fixedly arranged on the greening enclosing wall expansion wall; the magnetic locking sliding block is slidably arranged on the magnetic locking base; the magnetic attraction locking magnet is fixedly arranged on the magnetic attraction locking sliding block.
Further, the enclosure lower beam expanding device comprises a water collecting pipeline connected in parallel, a lower beam water supply pipeline, a lower beam support sliding rod and a lower beam support frame; the parallel water collecting pipeline is fixedly arranged on a first ecological filter shell of the ecological filter component; two ends of the lower beam water supply pipeline are respectively and fixedly arranged on the parallel water collecting pipeline and the greening enclosing wall pouring pipeline, and meanwhile, the lower beam water supply pipeline is made of elastic materials; the lower beam support slide bar is slidably arranged on the lower beam support frame, and meanwhile, the lower beam support slide bar is also slidably connected with the enclosure support column; the lower beam support frame is fixedly arranged on the hydraulic lifting base through bolts, meanwhile, a water pipe is arranged in the lower beam support frame, and the water pipe in the lower beam support frame is fixedly connected with the hydraulic lifting base.
Compared with the prior art, the invention has the beneficial effects that: (1) The three-dimensional ecological supporting device drives the hand washing switch assembly to rotate outwards through the ecological lifting shell, meanwhile, the ecological filtering assembly filters waste water and then waters for green plants to realize the water recycling and tourist hand washing functions, and the ecological lifting shell is driven to descend through the hydraulic lifting supporting assembly to expose the reflecting strip warning plate so as to realize the night warning function. (2) Assembled enclosure expansion device, through the mutual concatenation of enclosure extension entablature and the slip regulation of adjustment first enclosure extension slider and fourth enclosure extension slider, realize enclosure length extension function. (3) The greening enclosing wall pouring device realizes the free expansion function of the greening enclosing wall pouring device by adjusting the extension and the retraction of the greening enclosing wall and the quantity of greening enclosing wall flowerpots.
Drawings
Fig. 1 is a schematic diagram of a general assembly structure of an operating state according to an embodiment of the present invention.
Fig. 2 is a schematic structural view of the three-dimensional ecological supporting device.
Fig. 3 is a schematic structural diagram of the three-dimensional ecological supporting device.
Fig. 4 is a schematic structural view of the hydraulic lifting support assembly according to the present invention.
Fig. 5 is a schematic structural diagram of a hydraulic lifting support assembly according to the present invention.
Fig. 6 is a schematic structural view of the ecological filter assembly of the present invention.
Fig. 7 is a schematic view of a hand washing switch assembly according to the present invention.
Fig. 8 is a schematic structural diagram of the assembled enclosure expansion device of the invention.
FIG. 9 is a schematic view of the enclosure support assembly of the present invention.
Fig. 10 is a schematic structural view of the greening enclosing wall pouring device according to the first embodiment of the present invention.
Fig. 11 is a schematic diagram of a structure of the greening enclosing wall pouring device.
Fig. 12 is a schematic structural view of the magnetic latching assembly of the present invention.
FIG. 13 is a schematic structural view of the enclosure lower beam expansion device of the present invention.
In the figure: 1-a three-dimensional ecological supporting device; 2-assembling type enclosing wall expanding device; 3-greening enclosing wall pouring device; 4-a lower cross beam expanding device of the enclosing wall; 101-hydraulically lifting the support assembly; 102-an ecological support housing; 103-a reflective strip warning board; 104-an ecological hand basin; 105-an ecological filter assembly; 106-ecologically lifting the shell; 107-warning support frames; 108-an ecological hand washing pipeline; 109-ecological lifting balls; 110-an external thread ecological elbow; 111-a hand wash switch assembly; 112-a first ecological pushrod; 113-a second ecological pushrod; 10101-hydraulically lifting the base; 10102-hydraulically lifting alternate pipes; 10103-hydraulically lifting the cover plate; 10104-ecological hand washing pump; 10105-hydraulically lifting the laminated hose; 10106-hydraulically lifting the master cylinder; 10107-hydraulically lifting the plunger; 10108-hydraulic lifting auxiliary cylinder; 10501-a first physiological filter housing; 10502-a first ecological filter cartridge; 10503-ecological filtering coaming; 10504-a second ecological filter element; 10505-a second ecological filter housing; 11101-hand shower; 11102-hand wash switch pipe; 11103 hand-washing switch valve; 11104 hand washing switch slide tube; 11105 hand washing switch guide bar; 201-enclosing wall expansion upper cross beam; 202-a first enclosure expansion slide; 203-a second enclosure expansion slide; 204-an enclosure expansion screw; 205-a third wall expansion slide block; 206-enclosing wall expansion link; 207-fourth wall expansion slide blocks; 208-enclosure support assembly; 20801-perimeter wall support columns; 20802-enclosing wall supporting locking holes; 20803-enclosing wall supporting locking magnet; 301-a magnetic latching assembly; 302-a first greening enclosing wall connecting rod; 303-greening enclosing wall expansion wall; 304-greening enclosing wall crank disc; 305-a second greening enclosing wall connecting rod; 306-greening enclosing wall turntable; 307-greening enclosing wall fixed wall; 308-greening enclosing wall flowerpot; 309-greening enclosing wall pouring pipeline; 30101-magnetic latching base; 30102-magnetic lock slide; 30103-magnetically latching the magnet; 401-parallel water collecting pipelines; 402-a lower beam water supply pipe; 403-lower beam supporting slide bar; 404-lower beam support frame.
Detailed Description
The technical scheme of the invention is further described below by the specific embodiments with reference to the accompanying drawings.
Wherein the drawings are for illustrative purposes only and are shown in schematic, non-physical, and not intended to be limiting of the present patent; for the purpose of better illustrating embodiments of the invention, certain elements of the drawings may be omitted, enlarged or reduced and do not represent the size of the actual product; it will be appreciated by those skilled in the art that certain well-known structures in the drawings and descriptions thereof may be omitted.
Fig. 1 to 13 are preferred embodiments of the present invention.
As shown in fig. 1, the assembled enclosure expansion device 2 is fixedly installed on the three-dimensional ecological supporting device 1 through bolts, meanwhile, the assembled enclosure expansion device 2 is fixedly connected with another assembled enclosure expansion device 2 through bolts, the assembled enclosure expansion device 2 realizes the enclosure length expansion function through mutual splicing of the enclosure expansion upper beams 201, and the function of adjusting the installation quantity and the installation interval of the greening enclosure pouring device 3 is realized through adjusting the sliding adjustment of the first enclosure expansion sliding blocks 202 and the fourth enclosure expansion sliding blocks 207; the greening enclosing wall pouring device 3 is magnetically mounted on the assembled enclosing wall expansion device 2, meanwhile, the greening enclosing wall pouring device 3 is also slidably mounted on the enclosing wall lower beam expansion device 4, and the greening enclosing wall pouring device 3 realizes the free expansion function of the greening enclosing wall pouring device 3 by adjusting the extension and contraction of the greening enclosing wall expansion wall 303 and the number of the greening enclosing wall flowerpots 308; the enclosure bottom end rail extension device 4 is fixedly arranged on the three-dimensional ecological supporting device 1 through bolts, meanwhile, the enclosure bottom end rail extension device 4 is in sliding connection with the assembled enclosure extension device 2, the enclosure bottom end rail extension device 4 is connected with the greening enclosure pouring device 3 through a bottom end rail water supply pipeline 402 to realize a watering function of green plants, the lower end rail support slide rod 403 horizontally slides on the bottom end rail support frame 404 and vertically slides relative to the assembled enclosure extension device 2 to realize an extension auxiliary function, the three-dimensional ecological supporting device 1 drives the hand washing switch assembly 111 to rotate outwards through the ecological lifting shell 106, meanwhile, the ecological filtering assembly 105 filters waste water and then waters the green plants to realize the cyclic utilization of water and the hand washing function of tourists, and the ecological lifting shell 106 is driven to descend through the hydraulic lifting supporting assembly 101 to expose the reflecting strip warning plate 103 to realize a night warning function.
As shown in fig. 2 and 3, in the three-dimensional ecological supporting apparatus 1, an ecological supporting housing 102 is fixedly installed on a hydraulic lifting supporting assembly 101; the reflecting strip warning plate 103 is fixedly arranged on the warning support frame 107, and meanwhile, the reflecting strip warning plate 103 is also slidably arranged on the ecological lifting shell 106; the ecological basin 104 is fixedly arranged on the ecological filter component 105; the ecological filter assembly 105 is fixedly arranged on the hydraulic lifting support assembly 101; the ecological lifting housing 106 is fixedly mounted on the ecological support housing 102; the warning support frame 107 is fixedly arranged on the hydraulic lifting support assembly 101, and meanwhile, the warning support frame 107 is slidably arranged on the ecological support shell 102; the ecological hand washing pipeline 108 is fixedly arranged on the hydraulic lifting support assembly 101, and meanwhile, the ecological hand washing pipeline 108 is slidably arranged on the ecological support shell 102; ecological lifting balls 109 are fixedly mounted on ecological lifting housing 106; the external thread ecological elbow 110 is hinged on the ecological hand washing pipeline 108, and meanwhile, the external thread on the external thread ecological elbow 110 and the internal thread on the ecological lifting ball 109 form a thread pair; the hand washing switch assembly 111 is slidably mounted on the externally threaded ecological elbow 110; the first ecological push rod 112 is hinged on the ecological lifting ball 109; the second ecological push rod 113 is slidably mounted on the first ecological push rod 112, while the second ecological push rod 113 is also slidably mounted on the hand washing switch assembly 111.
As shown in fig. 4 and 5, in the hydraulic lift support assembly 101, a hydraulic lift cover plate 10103 is fixedly installed on a hydraulic lift master cylinder 10106 and a hydraulic lift slave cylinder 10108; the hydraulic lifting master cylinder 10106 is fixedly arranged on the hydraulic lifting base 10101; the hydraulic lifting base 10101 is fixedly arranged on the hydraulic lifting base 10101; the hydraulic lifting base 10101 is fixedly connected with the ecological filter component 105; two ends of the hydraulic lifting alternate pipeline 10102 are respectively and fixedly arranged on the hydraulic lifting auxiliary cylinder 10108; the ecological hand washing water pump 10104 is fixedly arranged on the hydraulic lifting auxiliary vat 10108, and meanwhile, the ecological hand washing water pump 10104 is fixedly connected with the ecological hand washing pipeline 108; the hydraulic lifting laminated hose 10105 is fixedly arranged on the hydraulic lifting base 10101; the hydraulic lifting ram 10107 is fixedly mounted on the hydraulic lifting laminate hose 10105, while the hydraulic lifting ram 10107 is also slidingly mounted on the hydraulic lifting master cylinder 10106.
As shown in fig. 6, in the ecological filter unit 105, the first ecological filter housing 10501 is fixedly mounted on the hydraulic lifting base 10101, and the first ecological filter housing 10501 is fixedly connected with the ecological basin 104; the first ecological filter element 10502 is fixedly arranged on the ecological filter coaming 10503; the ecological filtering coaming 10503 is fixedly arranged on the second ecological filtering shell 10505; the second ecological filter element 10504 is fixedly arranged on the ecological filter coaming 10503 and the second ecological filter shell 10505; the second ecological filter housing 10505 is slidably mounted on the first ecological filter housing 10501.
In hand switch assembly 111, as shown in fig. 7, hand shower 11101 is fixedly mounted to hand switch conduit 11102; a semicircular baffle is arranged in the hand washing switch pipeline 11102; the hand washing switch valve 11103 is hinged on the hand washing switch pipeline 11102, and one end of the hand washing switch valve 11103 is provided with a three-quarter circular baffle; hand washing switch slide 11104 is fixedly mounted on hand washing switch pipe 11102, while hand washing switch slide 11104 is also slidably mounted on externally threaded ecological elbow 110; hand switch guide 11105 is fixedly mounted to hand switch conduit 11102, while hand switch guide 11105 is also slidably mounted to externally threaded ecological elbow 110.
As shown in fig. 8, in the assembled enclosure expansion device 2, an enclosure expansion upper beam 201 is fixedly mounted on a ecological lifting shell 106 through bolts, and at the same time, the enclosure expansion upper beam 201 is fixedly connected with another enclosure expansion upper beam 201 through bolts, so as to expand the length of the enclosure expansion upper beam 201; the first enclosure expansion slider 202 is slidably mounted on the enclosure expansion upper beam 201; the second enclosure expansion slider 203 is slidably mounted on the enclosure expansion upper beam 201; the external threads on the enclosure expansion screw 204 and the internal threads on the first enclosure expansion slide block 202 form a thread pair, and the external threads on the enclosure expansion screw 204 and the internal threads on the second enclosure expansion slide block 203 form a thread pair; the third wall expansion sliding block 205 is hinged on the wall expansion screw 204, and meanwhile, the third wall expansion sliding block 205 is also slidably arranged on the wall expansion upper beam 201; both ends of the enclosure expansion link 206 are slidably mounted on the fourth enclosure expansion slider 207 and the third enclosure expansion slider 205, respectively; a fourth enclosure expansion slider 207 is slidably mounted on the enclosure expansion upper beam 201; the enclosure support assembly 208 is fixedly mounted on the fourth enclosure expansion slide 207.
As shown in fig. 9, in the enclosure support assembly 208, the enclosure support columns 20801 are fixedly mounted on the fourth enclosure expansion slide 207; the wall supporting locking holes 20802 are fixedly arranged on the wall supporting columns 20801; the fence support locking magnet 20803 is fixedly mounted to the fence support locking hole 20802.
As shown in fig. 10 and 11, in the greening enclosing wall pouring device 3, a magnetic attraction locking assembly 301 is fixedly arranged on a greening enclosing wall expansion wall 303; the greening enclosing wall telescopic wall 303 is slidably arranged on the greening enclosing wall fixed wall 307; two ends of the first greening enclosing wall connecting rod 302 are respectively hinged on a greening enclosing wall telescopic wall 303 and a greening enclosing wall crank disk 304; the greening enclosing wall rotary table 306 is fixedly arranged on the greening enclosing wall crank plate 304; two ends of the second greening enclosing wall connecting rod 305 are respectively hinged on the greening enclosing wall turntable 306; the greening enclosing wall flowerpot 308 is fixedly arranged on the greening enclosing wall fixed wall 307 through bolts; the greening enclosing wall pouring pipeline 309 is fixedly arranged on the greening enclosing wall fixed wall 307, and meanwhile, the greening enclosing wall pouring pipeline 309 is fixedly connected with the lower beam water supply pipeline 402; the greening enclosing wall fixed wall 307 is slidably mounted on the lower cross beam support frame 404 of the enclosing wall lower cross beam expanding device 4.
As shown in fig. 12, in the magnetic latching assembly 301, a magnetic latching base 30101 is fixedly mounted on a greening enclosing wall expansion wall 303; the magnetic locking slide block 30102 is slidably mounted on the magnetic locking base 30101; the magnetic lock magnet 30103 is fixedly mounted on the magnetic lock slider 30102.
As shown in fig. 13, in the under-enclosure beam expander 4, the parallel water collection piping 401 is fixedly mounted to the first physiological filter housing 10501 of the physiological filter assembly 105; two ends of the lower beam water supply pipeline 402 are respectively fixedly arranged on the parallel water collecting pipeline 401 and the greening enclosing wall pouring pipeline 309, and meanwhile, the lower beam water supply pipeline 402 is made of elastic materials; the lower beam support slide bar 403 is slidably mounted on the lower beam support frame 404, and meanwhile, the lower beam support slide bar 403 is also slidably connected with the enclosure support column 20801; the lower cross beam support frame 404 is fixedly arranged on the hydraulic lifting base 10101 through bolts, meanwhile, a water pipe is arranged in the lower cross beam support frame 404, and the water pipe in the lower cross beam support frame 404 is fixedly connected with the hydraulic lifting base 10101.
The working principle of the invention is as follows: fig. 1 shows a use mode and a corresponding scene of the invention, the landscape architecture wall expansion and the gesture control of the working process are determined by a three-dimensional ecological supporting device 1, a spliced enclosing wall expansion device 2 and a greening enclosing wall pouring device 3, the gesture of the spliced enclosing wall expansion device 2 is determined by the three-dimensional ecological supporting device 1, and the three-dimensional ecological supporting device 1 is the core of the landscape architecture wall expansion and the working process.
Taking the first embodiment as an example, the hydraulic lifting supporting component 101 on the three-dimensional ecological supporting device 1 is filled with water to drive the ecological supporting shell 102 and the ecological lifting shell 106 to rise, the ecological lifting shell 106 wraps the reflecting strip warning plate 103, meanwhile, the ecological lifting ball 109 on the ecological lifting shell 106 drives the external thread ecological elbow 110 and the hand washing switch component 111 to rotate outwards to the position right above the ecological hand washing pipeline 108, so that the requirement of a tourist on hand washing is met, after the waste water after hand washing is purified by the ecological filtering component 105, the waste water enters the enclosure lower beam expansion device 4, and then enters the greening enclosure watering pipeline 309 of the greening enclosure watering device 3 through the enclosure lower beam expansion device 4, so that the greening enclosure flowerpot 308 is sprayed and watered, and the water saving and circulating function is realized; when the hydraulic lifting supporting component 101 on the three-dimensional ecological supporting device 1 empties water, the ecological supporting shell 102 and the ecological lifting shell 106 are driven to descend, and the ecological lifting shell 106 exposes the reflecting strip warning plate 103 to realize a night warning function; the method comprises the steps of installing the enclosure expansion upper cross beam 201 on the assembled enclosure expansion device 2 on the three-dimensional ecological supporting device 1, installing the enclosure expansion upper cross beam 201 on the other assembled enclosure expansion device 2 on the previous enclosure expansion upper cross beam 201, installing the corresponding number of first enclosure expansion sliding blocks 202 and second enclosure expansion sliding blocks 203 according to actual demands, adjusting the distance between the first enclosure expansion sliding blocks 202, and adjusting the distance between the fourth enclosure expansion sliding blocks 207 through the enclosure expansion screw 204, so as to limit the installation quantity and the installation width of the greening enclosure pouring device 3, properly adjusting the greening enclosure expansion walls 303 on the greening enclosure pouring device 3 according to the adjustment of the assembled enclosure expansion device 2, then locking the enclosure expansion walls 301 and the enclosure support assemblies 208 through magnetic attraction, and installing the enclosure support assemblies 208 on the fourth enclosure expansion sliding blocks 207, thereby realizing the self-defined installation function of the greening pouring device 3 and the assembled enclosure expansion device 2, wherein one greening enclosure 3 can be installed on the flowerpot at most, and the greening enclosure can be detached 308 according to the actual conditions of the lower greening enclosure pouring device 308.
Specifically, as shown in fig. 2, 3, 4, 5, 6 and 7, during the daytime, the hydraulic lifting base 10101 in the hydraulic lifting support assembly 101 is filled with tap water, the tap water enters the hydraulic lifting laminated hose 10105 and the hydraulic lifting auxiliary cylinder 10108 through the hydraulic lifting base 10101, the hydraulic lifting laminated hose 10105 is lifted upwards after being filled with water, the hydraulic lifting plunger 10107 is driven to slide upwards on the hydraulic lifting main cylinder 10106, the hydraulic lifting plunger 10107 drives the ecological support shell 102 and the ecological lifting shell 106 to lift upwards, the reflective strip warning plate 103 is fixed on the hydraulic lifting cover plate 10103 through the warning support frame 107, the ecological lifting shell 106 wraps and covers the reflective strip warning plate 103, meanwhile the ecological lifting shell 106 also drives the ecological lifting ball 109 to lift upwards, the ecological lifting ball 109 drives an external thread ecological elbow 110 hinged on the ecological hand washing pipeline 108 to rotate, the external thread ecological elbow 110 drives the hand washing switch assembly 111 to rotate outwards, meanwhile, the first ecological push rod 112 rotates on the ecological lifting ball 109, the second ecological push rod 113 rotates on the hand washing switch assembly 111 and slides upwards, the first ecological push rod 112 and the second ecological push rod 113 slide relatively, the hand washing switch slide tube 11104 and the hand washing switch guide rod 11105 on the hand washing switch assembly 111 slide relatively on the external thread ecological elbow 110, so that when the hand washing switch assembly 111 rotates outwards, the hand washing switch assembly extends a certain distance to reach the position right above the ecological hand washing basin 104, tap water of the lifting laminated hose and the hydraulic lifting base 10101 is emptied in the dark day, the lifting laminated hose loses hydraulic retraction, the ecological lifting shell 106 descends, the reflecting strip warning plate 103 is exposed, meanwhile, the hand washing switch assembly 111 rotates reversely and inwards to retract so as to realize the conversion function between the night warning mode and the daytime ecological view mode; when a tourist needs to wash hands, the hand washing switch valve 11103 is manually rotated, so that the hand washing switch valve 11103 and the hand washing switch pipeline 11102 are in an open state, the ecological hand washing pump 10104 sucks water in the hydraulic lifting auxiliary vat 10108, the water flows out of the ecological hand washing pipeline 108, the external thread ecological elbow 110, the hand washing switch sliding pipe 11104 and the hand washing switch pipeline 11102, then flows into the ecological hand washing basin 104 from the hand washing spray nozzle 11101, and then the waste water flows into the ecological filtering assembly 105, and firstly enters the first ecological filtering core 10502 through the first ecological filtering shell 10501 and the second ecological filtering shell 10505 for filtering, then enters the second ecological filtering core 10504 through the ecological filtering surrounding plate 10503, and finally enters the lower cross beam expanding device 4 of the surrounding wall for realizing the functions of washing the tourist and the waste water treatment and recycling; the hydraulic lift alternate conduit 10102 is used to balance the water volume of the two hydraulic lift sub-cylinders 10108.
As shown in fig. 8 and 9, the wall expansion upper beam 201 on the split type wall expansion device 2 is installed on the stereoscopic ecological supporting device 1, and meanwhile, the wall expansion upper beam 201 on the other split type wall expansion device 2 is installed on the previous wall expansion upper beam 201, so that the split type wall expansion device 2 is spliced and the length expansion function is realized; according to the actual situation, first enclosure expansion sliding blocks 202 are firstly arranged on an enclosure expansion upper beam 201, the large quantity and the distance between the first enclosure expansion sliding blocks 202 are adjusted, then corresponding second enclosure expansion sliding blocks 203 and first enclosure expansion sliding blocks 202 are connected through external threads on enclosure expansion screw rods 204, at the moment, both the second enclosure expansion sliding blocks 203 and third enclosure expansion sliding blocks 205 are slidably arranged on the enclosure expansion upper beam 201, then the enclosure expansion screw rods 204 are manually rotated to enable the enclosure expansion screw rods 204 to be screwed in or screwed out on the second enclosure expansion sliding blocks 203 and the first enclosure expansion sliding blocks, the enclosure expansion screw rods 204 drive the third enclosure expansion sliding blocks 205 to slide upwards or downwards on the enclosure expansion upper beam 201, the third enclosure expansion sliding blocks 205 drive the fourth enclosure expansion sliding blocks 207 to horizontally slide on the enclosure expansion upper beam 201 through enclosure expansion connecting rods 206, the distance between the fourth enclosure expansion sliding blocks 207 is adjusted, the distance between supporting components 208 is changed, and accordingly the installation width and installation quantity adjusting function of the greening enclosure pouring device 3 is achieved; the fence support locking holes 20802 on the fence support columns 20801 are used for insertion of the magnetic lock assembly 301; the enclosure supporting locking magnet 20803 is used for adsorbing and fixing the magnetic attraction locking assembly 301.
As shown in fig. 10, 11 and 12, the greening enclosing wall turntable 306 in the middle is manually rotated, the greening enclosing wall turntable 306 in the middle drives the greening enclosing wall turntable 306 on the upper side and the lower side to synchronously rotate through the second greening enclosing wall connecting rod 305, the greening enclosing wall turntable 306 drives the greening enclosing wall crank disk 304 to rotate, and the greening enclosing wall crank disk 304 drives the greening enclosing wall telescopic wall 303 to stretch out and draw back on the greening enclosing wall fixed wall 307 through the first greening enclosing wall connecting rod 302, so that the width adjusting function of the greening enclosing wall sprinkling device 3 is realized; after the magnetic attraction locking base 30101 on the magnetic attraction locking assembly 301 enters the enclosure supporting locking hole 20802, the enclosure supporting locking magnet 20803 can attract the magnetic attraction locking magnet 30103 to drive the magnetic attraction locking slide block 30102 to slide outwards, so that the magnetic attraction locking slide block is clamped into the enclosure supporting locking hole 20802 to realize a magnetic attraction fixing function; after the greening enclosing wall fixed wall 307 is slidably installed on the enclosing wall lower beam expanding device 4, the greening enclosing wall pouring pipeline 309 is communicated with the lower beam water supply pipeline 402, so that spraying irrigation of the greening enclosing wall flowerpot 308 is realized.
As shown in fig. 13, after the wastewater filtered by the ecological filtering component 105 is collected by the parallel water collecting pipeline 401, the wastewater flows into the lower beam water supply pipeline 402, then the purified water flows into the greening enclosing wall sprinkling pipeline 309 by the lower beam water supply pipeline 402, so that the water is recycled, meanwhile, the lower beam supporting slide bar 403 horizontally slides in the lower beam supporting frame 404, and meanwhile, when the ecological lifting shell 106 is lifted, the ecological lifting shell 106 drives the enclosing wall supporting column 20801 and the lower beam supporting slide bar 403 to slide relatively, so that an expanding auxiliary function is realized; the water pipes in the lower cross beam support frame 404 are used for communicating water flow between the two three-dimensional ecological supporting devices 1.
The present invention is not limited to the above-described embodiments, and various modifications are possible within the scope of the present invention without inventive labor, as those skilled in the art will recognize from the above-described concepts.
Claims (8)
1. The utility model provides a prefabricated landscape wall, includes three-dimensional ecological strutting arrangement (1), pin-connected panel enclosure extension device (2), afforestation enclosure waters drenches device (3), enclosure bottom end rail extension device (4), its characterized in that: the assembled enclosure expansion device (2) is fixedly arranged on the three-dimensional ecological supporting device (1) through bolts, meanwhile, the assembled enclosure expansion device (2) is fixedly connected with the other assembled enclosure expansion device (2) through bolts, the assembled enclosure expansion device (2) realizes the enclosure length expansion function through mutual splicing of an enclosure expansion upper beam (201), and the adjustment function of the installation quantity and the installation interval of the greening enclosure pouring device (3) is realized through the sliding adjustment of a first enclosure expansion sliding block (202) and a fourth enclosure expansion sliding block (207); the greening enclosing wall pouring device (3) is magnetically mounted on the assembled enclosing wall expansion device (2), meanwhile, the greening enclosing wall pouring device (3) is also slidably mounted on the enclosing wall lower beam expansion device (4), and the greening enclosing wall pouring device (3) realizes the free expansion function of the greening enclosing wall pouring device (3) by adjusting the expansion and contraction of the greening enclosing wall expansion walls (303) and the quantity of greening enclosing wall flowerpots (308); the wall lower beam expansion device (4) is fixedly arranged on the three-dimensional ecological supporting device (1) through bolts, meanwhile, the wall lower beam expansion device (4) is also in sliding connection with the spliced wall expansion device (2), the wall lower beam expansion device (4) is connected with the greening wall sprinkling device (3) through a lower beam water supply pipeline (402) to realize a green plant watering function, the lower beam supporting slide rod (403) horizontally slides on the lower beam supporting frame (404) and vertically slides relative to the spliced wall expansion device (2) to realize an expansion auxiliary function, the three-dimensional ecological supporting device (1) drives the ecological lifting shell (106) to drive the switch assembly (111) to rotate outwards, meanwhile, the ecological filtering assembly (105) filters waste water to realize a green plant watering function, the recycling of water and a tourist washing function are realized through the hydraulic lifting supporting assembly (101) to drive the ecological lifting shell (106) to descend, and the reflective strip warning plate (103) is exposed to realize a night hand washing function; the assembled enclosure expansion device (2) further comprises an enclosure expansion upper beam (201), a first enclosure expansion sliding block (202), a second enclosure expansion sliding block (203), an enclosure expansion screw (204), a third enclosure expansion sliding block (205), an enclosure expansion connecting rod (206), a fourth enclosure expansion sliding block (207) and an enclosure support assembly (208); the enclosure expansion upper beam (201) is fixedly arranged on the ecological lifting shell (106) through bolts, and meanwhile, the enclosure expansion upper beam (201) is fixedly connected with another enclosure expansion upper beam (201) through bolts and is used for expanding the length of the enclosure expansion upper beam (201); the first enclosure expansion sliding block (202) is slidably arranged on the enclosure expansion upper beam (201); the second enclosing wall expansion sliding block (203) is slidably arranged on the enclosing wall expansion upper beam (201); the external threads on the enclosure expansion screw rod (204) and the internal threads on the first enclosure expansion sliding block (202) form a thread pair, and the external threads on the enclosure expansion screw rod (204) and the internal threads on the second enclosure expansion sliding block (203) form a thread pair; the third wall expansion sliding block (205) is hinged to the wall expansion screw rod (204), and meanwhile, the third wall expansion sliding block (205) is also slidably installed on the wall expansion upper beam (201); two ends of the enclosing wall expansion connecting rod (206) are respectively and slidably arranged on the fourth enclosing wall expansion sliding block (207) and the third enclosing wall expansion sliding block (205); the fourth enclosing wall expansion sliding block (207) is slidably arranged on the enclosing wall expansion upper beam (201); the enclosing wall supporting component (208) is fixedly arranged on the fourth enclosing wall expansion sliding block (207); the enclosure lower beam expanding device (4) further comprises a water collecting pipeline (401), a lower beam water supply pipeline (402), a lower beam support slide bar (403) and a lower beam support frame (404) which are connected in parallel; the parallel water collecting pipeline (401) is fixedly arranged on a first ecological filtering shell (10501) of the ecological filtering component (105); two ends of the lower beam water supply pipeline (402) are respectively and fixedly arranged on the parallel water collecting pipeline (401) and the greening enclosing wall pouring pipeline (309), and meanwhile, the lower beam water supply pipeline (402) is made of elastic materials; the lower beam support slide bar (403) is slidably arranged on the lower beam support frame (404), and meanwhile, the lower beam support slide bar (403) is also slidably connected with the enclosing wall support column (20801); the lower beam support frame (404) is fixedly arranged on the hydraulic lifting base (10101) through bolts, meanwhile, a water pipe is arranged in the lower beam support frame (404), and the water pipe in the lower beam support frame (404) is fixedly connected with the hydraulic lifting base (10101).
2. A prefabricated landscape wall according to claim 1, wherein: the three-dimensional ecological supporting device (1) comprises a hydraulic lifting supporting component (101), an ecological supporting shell (102), a reflecting strip warning plate (103), an ecological hand basin (104), an ecological filtering component (105), an ecological lifting shell (106), a warning support frame (107), an ecological hand washing pipeline (108), an ecological lifting ball (109), an external thread ecological bent pipe (110), a hand washing switch component (111), a first ecological push rod (112) and a second ecological push rod (113); the ecological support shell (102) is fixedly arranged on the hydraulic lifting support assembly (101); the reflective strip warning plate (103) is fixedly arranged on the warning support frame (107), and meanwhile, the reflective strip warning plate (103) is also slidably arranged on the ecological lifting shell (106); the ecological hand basin (104) is fixedly arranged on the ecological filtering component (105); the ecological filtering component (105) is fixedly arranged on the hydraulic lifting supporting component (101); the ecological lifting shell (106) is fixedly arranged on the ecological supporting shell (102); the warning support frame (107) is fixedly arranged on the hydraulic lifting support assembly (101), and meanwhile, the warning support frame (107) is slidably arranged on the ecological support shell (102); the ecological hand washing pipeline (108) is fixedly arranged on the hydraulic lifting support assembly (101), and meanwhile, the ecological hand washing pipeline (108) is slidably arranged on the ecological support shell (102); the ecological lifting ball (109) is fixedly arranged on the ecological lifting shell (106); the external thread ecological elbow (110) is hinged on the ecological hand washing pipeline (108), and meanwhile, the external thread on the external thread ecological elbow (110) and the internal thread on the ecological lifting ball (109) form a thread pair; the hand washing switch assembly (111) is slidably arranged on the external thread ecological elbow pipe (110); the first ecological push rod (112) is hinged on the ecological lifting ball (109); the second ecological push rod (113) is slidably mounted on the first ecological push rod (112), and meanwhile the second ecological push rod (113) is also slidably mounted on the hand washing switch assembly (111).
3. A prefabricated landscape wall according to claim 2, wherein: the hydraulic lifting support assembly (101) comprises a hydraulic lifting base (10101), hydraulic lifting alternate pipelines (10102), a hydraulic lifting cover plate (10103), an ecological hand washing pump (10104), a hydraulic lifting laminated hose (10105), a hydraulic lifting master cylinder (10106), a hydraulic lifting plunger (10107) and a hydraulic lifting auxiliary cylinder (10108); the hydraulic lifting cover plate (10103) is fixedly arranged on the hydraulic lifting main cylinder (10106) and the hydraulic lifting auxiliary cylinder (10108); the hydraulic lifting master cylinder (10106) is fixedly arranged on the hydraulic lifting base (10101); the hydraulic lifting base (10101) is fixedly arranged on the hydraulic lifting base (10101); the hydraulic lifting base (10101) is fixedly connected with the ecological filtering component (105); two ends of the hydraulic lifting alternative pipeline (10102) are respectively and fixedly arranged on the hydraulic lifting auxiliary cylinder (10108); the ecological hand washing water pump (10104) is fixedly arranged on the hydraulic lifting auxiliary cylinder (10108), and meanwhile, the ecological hand washing water pump (10104) is fixedly connected with the ecological hand washing pipeline (108); the hydraulic lifting laminated hose (10105) is fixedly arranged on the hydraulic lifting base (10101); the hydraulic lifting plunger (10107) is fixedly arranged on the hydraulic lifting laminated hose (10105), and meanwhile, the hydraulic lifting plunger (10107) is also slidably arranged on the hydraulic lifting master cylinder (10106).
4. A prefabricated landscape wall according to claim 3, wherein: the ecological filter component (105) comprises a first ecological filter shell (10501), a first ecological filter core (10502), an ecological filter coaming (10503), a second ecological filter core (10504) and a second ecological filter shell (10505); the first ecological filtering shell (10501) is fixedly arranged on the hydraulic lifting base (10101), and meanwhile, the first ecological filtering shell (10501) is fixedly connected with the ecological hand basin (104); the first ecological filter element (10502) is fixedly arranged on the ecological filter coaming (10503); the ecological filtering coaming (10503) is fixedly arranged on the second ecological filtering shell (10505); the second ecological filter element (10504) is fixedly arranged on the ecological filter coaming (10503) and the second ecological filter shell (10505); the second ecological filter housing (10505) is slidably mounted on the first ecological filter housing (10501).
5. A prefabricated landscape wall according to claim 4, wherein: the hand washing switch assembly (111) comprises a hand washing spray head (11101), a hand washing switch pipeline (11102), a hand washing switch valve (11103), a hand washing switch slide tube (11104) and a hand washing switch guide rod (11105); the hand washing nozzle (11101) is fixedly arranged on the hand washing switch pipeline (11102); a semicircular baffle is arranged in the hand washing switch pipeline (11102); the hand washing switch valve (11103) is hinged to the hand washing switch pipeline (11102), and a three-quarter circular baffle is arranged at one end of the hand washing switch valve (11103); the hand washing switch slide tube (11104) is fixedly arranged on the hand washing switch pipeline (11102), and meanwhile, the hand washing switch slide tube (11104) is also slidably arranged on the external thread ecological elbow (110); the hand washing switch guide rod (11105) is fixedly arranged on the hand washing switch pipeline (11102), and meanwhile, the hand washing switch guide rod (11105) is also slidably arranged on the external thread ecological elbow pipe (110).
6. A prefabricated landscape wall according to claim 5, wherein: the enclosure support assembly (208) comprises an enclosure support column (20801), an enclosure support locking hole (20802) and an enclosure support locking magnet (20803); the enclosing wall support column (20801) is fixedly arranged on the fourth enclosing wall expansion sliding block (207); the enclosing wall supporting locking hole (20802) is fixedly arranged on the enclosing wall supporting column (20801); the fence support locking magnet (20803) is fixedly mounted on the fence support locking hole (20802).
7. A prefabricated landscape wall according to claim 6, wherein: the greening enclosing wall pouring device (3) comprises a magnetic attraction locking assembly (301), a first greening enclosing wall connecting rod (302), a greening enclosing wall telescopic wall (303), a greening enclosing wall crank disc (304), a second greening enclosing wall connecting rod (305), a greening enclosing wall rotating disc (306), a greening enclosing wall fixing wall (307), a greening enclosing wall flowerpot (308) and a greening enclosing wall pouring pipeline (309); the magnetic attraction locking assembly (301) is fixedly arranged on the greening enclosing wall expansion wall (303); the greening enclosing wall telescopic wall (303) is slidably arranged on the greening enclosing wall fixed wall (307); two ends of the first greening enclosing wall connecting rod (302) are respectively hinged on the greening enclosing wall telescopic wall (303) and the greening enclosing wall crank disc (304); the greening enclosing wall rotary table (306) is fixedly arranged on the greening enclosing wall crank table (304); two ends of the second greening enclosing wall connecting rod (305) are respectively hinged on the greening enclosing wall turntable (306); the greening enclosing wall flowerpot (308) is fixedly arranged on the greening enclosing wall fixed wall (307) through bolts; the greening enclosing wall pouring pipeline (309) is fixedly arranged on the greening enclosing wall fixed wall (307), and meanwhile, the greening enclosing wall pouring pipeline (309) is fixedly connected with the lower beam water supply pipeline (402); the greening enclosing wall fixed wall (307) is slidably arranged on a lower cross beam supporting frame (404) of the enclosing wall lower cross beam expanding device (4).
8. A prefabricated garden landscape wall according to claim 7, wherein: the magnetic locking assembly (301) comprises a magnetic locking base (30101), a magnetic locking slide block (30102) and a magnetic locking magnet (30103); the magnetic locking base (30101) is fixedly arranged on the greening enclosing wall expansion wall (303); the magnetic locking slide block (30102) is slidably arranged on the magnetic locking base (30101); the magnetic locking magnet (30103) is fixedly arranged on the magnetic locking slide block (30102).
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| CN220451575U (en) * | 2023-07-18 | 2024-02-06 | 湖北步阳建筑有限公司 | Extensible municipal construction warning fence |
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| US7108249B2 (en) * | 2004-02-27 | 2006-09-19 | Bechtel Friend K | T-post extender and high fence support |
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|---|---|---|---|---|
| JP2007297878A (en) * | 2006-05-02 | 2007-11-15 | Asahi Chubu Shizai Kk | Alc self-supporting wall |
| KR100948424B1 (en) * | 2009-09-23 | 2010-03-19 | (주)디엔비건축사사무소 | Preservation wall structure |
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