CN112889531B - Landscape building gadget for displaying time in garden environment - Google Patents

Abstract

The invention discloses a landscape building commodity for displaying time in a garden environment, which comprises an irrigation system, a dial plate and a support structure, wherein flower areas for representing time are distributed in front of the dial plate, a circle of annular track is fixed around the periphery of the dial plate, the irrigation system comprises watering trolleys moving along the annular track, a watering structure, a hose and a hose track arranged at the front side of the annular track, the watering trolleys correspond to the flower areas except the bottommost side one by one, a plurality of pipeline grooves corresponding to the hose are arranged in the hose track in parallel, each watering trolley is connected to a respective independent water supply tank through a corresponding hose, and the bottommost side of the annular track is provided with a parking area for parking the watering trolleys in a non-irrigation state. The invention solves the technical problems that the vertical flower clock is difficult to set up an irrigation system for independently irrigating each flower area, the later maintenance of the irrigation system is complicated, and the danger in the maintenance process is high.

Description

A sketch of landscape architecture for displaying time in garden environment

technical field

The invention belongs to the technical field of garden landscapes, and relates to a landscape architectural sketch for displaying time in a garden environment.

Background technique

In some parks, squares and other places, large-scale landscape flower clocks are used. On the clock-shaped landscape facilities with flowers, pointers and other components are used to indicate the flowers in different positions according to the timer to display the time, which can display time and beautify the landscape. Effect.

Present landscape flower clocks usually have the ordinary flower clocks arranged along the ground flower bed facilities and the upright flower clocks set upright by the clock-like bracket structure. The setting method of the former is simple, but the position is low, so only people who are close can see it, the display distance is not enough, and the clock face is basically displayed at an angle, and the display effect is poor. Although the structure of the upright flower clock is slightly complicated, the display effect is good. Some ordinary flower clocks use different types of flowers to display different time zones, and the time scale is distinguished by the difference in the shape and color of the flowers, which is not only convenient for people to distinguish the time marks, but also has a unique display effect and is more beautiful.

However, using different types of flowers to display different time zones is less used in vertical flower clocks. This is because different types of flowers have different requirements for water and nutrients during planting, so if you want to water different types of flowers, you must Multiple pipelines and sprinklers for different flowers are set, so the pipeline structure of the watering system is relatively complicated, and sprinklers corresponding to flower areas are required one-to-one. However, the support structure of the vertical flower clock is relatively high, and the flowers are distributed in multiple areas along the ring. If a general support structure is used to install a complex irrigation system, on the one hand, the taller support structure will have a larger load due to more pipelines. It is easy to be damaged and collapsed, causing a great safety risk; on the other hand, maintaining complex pipelines and multiple sprinklers at a higher position is also more complicated and dangerous for maintenance personnel.

Contents of the invention

The object of the present invention is to provide a landscape architectural piece for displaying time in a garden environment, so as to solve the difficulty in setting up an irrigation system for independently watering each flower area on a flower clock with a high erect height in the prior art, and the irrigation system The later maintenance is complicated and the maintenance process is more dangerous technical problems.

The landscape architectural piece for displaying time in a garden environment includes an irrigation system, a dial and a supporting structure, and the flower areas representing the time are distributed on the front of the dial near the outside according to the position of the hour scale. In each flower area The types of flowers are different, a circle of circular track is fixed around the periphery of the dial, and the watering system includes a watering trolley that moves along the circular track and is located inside the circular track, and a sprinkler that is detachably installed on the watering trolley. Structure, hose and the hose track arranged on the front side of the ring track, the sprinkler trolley corresponds to the flower area other than the lowermost side one by one, and the hose track is provided with a number of hoses in parallel. Corresponding to the pipe groove, each sprinkler trolley is connected to its own independent water supply tank through a corresponding hose, and the bottom side of the circular track is provided with a parking area for the sprinkler trolley to park in the non-watering state.

Preferably, the pipe groove includes a pipe receiving chamber located in the hose track and a middle opening with a width smaller than the pipe receiving chamber, the width of the middle opening is larger than the diameter of the hose, and the inside of the pipe groove is uniform A roller structure is arranged to facilitate the sliding of the hose in the pipe groove, and the roller structure is also used to block the hose and prevent it from falling out of the pipe groove.

Preferably, the roller structure includes a symmetrically installed roller assembly, the roller assembly includes a telescopic rod and a roller, the fixing parts of the telescopic rod are installed on both sides of the top of the pipe accommodation chamber, and the telescopic The sliding part of the rod protrudes toward the middle of the pipe groove, one end of the sliding part is inserted into the fixing part and is connected to the fixing part through a spring, and the other end is inserted into the roller and connected to the roller in rotation, The distance between the paired rollers is smaller than the diameter of the hose.

Preferably, a slide plate is slidably connected to the pipe groove, and a hard pipe extending downward into the pipe accommodation chamber is fixed at the bottom of the slide plate, and the distance from the lower end of the hard pipe to the bottom of the pipe groove is greater than the The diameter of the hose, the internal diameter of the hard tube is larger than the hose, the top surface of the sliding plate is fixed with a rigid connecting pipe, and the flexible pipe communicates with the sprinkler structure on the sprinkler trolley through the rigid connecting pipe.

Preferably, the cross-section of the sliding plate is an "I"-shaped structure, and the two sides of the middle opening are slidingly fitted with the arc-shaped grooves on both sides of the sliding plate, and the arc-shaped grooves are in contact with the arc-shaped grooves of the middle opening. The sides are connected by sliding balls.

Preferably, the hose includes hose one arranged in the pipe groove, the hose one protrudes from the lowermost side of the hose track and is wound on the reel, and the side of the rotating roller is provided with The hose interface is used to connect the inlet of the hose 1, and the end surface of the rotating roller of the hose reel is connected to the hose 2 through a rotary joint, and the hose 2 is connected to the water supply tank.

Preferably, the sprinkler trolley includes a car body, a rotating motor, a mounting frame, and a running mechanism. The running mechanism is provided with a traveling motor located in the car body and a toothed traveling wheel connected to the traveling motor. The circular track There is a circle of annular tooth plate along its inner bottom, the toothed traveling wheel is kept in mesh with the annular tooth plate, the installation frame is installed on the top of the vehicle body, and the installation frame is rotatably connected with a cylindrical sprinkler box , the sprinkling box is connected to the hose, the sprinkling box is cylindrical and its center line coincides with the axial direction of its own rotation, the rotating motor is installed on the mounting frame to drive the sprinkling box to rotate, the sprinkling box The upward side of the box is provided with a sprinkling interface connected to the sprinkling structure.

Preferably, the dial is also provided with a circular guide rail located inside the circular track, the protruding part of the circular guide rail is an anti-off structure with an L-shaped cross section, and the protruding end of the anti-off structure faces the The ring-shaped tooth plate, the sprinkler is provided with an anti-off wheel frame extending toward the annular guide rail, and the anti-off wheel frame extends into the anti-off structure and is installed with an upward abutment to the anti-off structure anti-off wheels.

Preferably, the higher the flower area corresponding to the sprinkler trolley is, the outer the parking area is and the corresponding hose is arranged in the pipe groove farther from the dial.

Preferably, the irrigation system further includes a fixed sprinkling structure, the fixed sprinkling structure includes a fixed pipeline detachably connected to the water supply tank and a fixed sprinkler head, the fixed sprinkler head is arranged above the flower area at the six o'clock position, The upper end of the fixed pipeline communicates with the fixed sprinkler head and the lower end communicates with the water supply tank. The sprinkler trolleys are eleven and correspond to flower areas except for the six o’clock positions. There are six pipeline grooves. There are a pair of sliding plates and a corresponding pair of hoses on the five pipe grooves. Each pair of sliding plates moves to the left and right sides with the corresponding sprinkler trolley, and the remaining pipe groove is equipped with a sliding plate and a corresponding one. hose.

Technical effects of the present invention: 1. The device arranges an annular track in the same direction as the arrangement direction of the flower area around the flower clock, and allows the rail car with the spraying structure to move to the corresponding flower area along the annular track. One-to-one correspondence with other flower areas. The sprinkler structure can be moved to the top of the corresponding flower area for independent watering by moving the sprinkler trolley. The rail car is usually located in the parking area on the lowermost side of the flower clock. The sprinkler structure is only installed when it is in use, and the hose is usually rolled up in the roll. In this way, the components of the spraying system are located on the lowermost side of the flower clock close to the ground when not in use, which is convenient for maintenance and replacement. Usually, the spraying structure will not be exposed on the flower clock, which also improves the aesthetic effect of the flower clock.

2. There are several hose tracks behind the circular track. Each spraying structure is connected to the corresponding water supply tank through a hose moving along the hose track. The hose is wound on the reel located under the flower clock. The hose track There are several conduit grooves for holding and guiding the hoses. Therefore, when in use, the hoses will not intertwine and interfere with each other during the movement. In addition, a roller structure that reduces friction when the hoses slide is set to block the hoses and prevent them from falling out of the pipe groove, so the hoses slide Regularity, less friction and longer service life, can improve the service life of the irrigation system in this scheme.

Description of drawings

Fig. 1 is a schematic structural view of the present invention in a pouring state.

Fig. 2 is a schematic structural diagram of the parking area of the present invention in a non-irrigating state.

Fig. 3 is a top view of a partial area of the parking area in the structure shown in Fig. 2 .

Fig. 4 is a partial structural schematic diagram of the area near the watering trolley in the structure shown in Fig. 1, in which the sprinkling structure and the hose are omitted.

FIG. 5 is a structural schematic diagram of the structure shown in FIG. 4 under another viewing angle.

Fig. 6 is a cross-sectional view of the duct groove in the structure shown in Fig. 1 at a position without a sliding plate.

Fig. 7 is a cross-sectional view of the pipe groove in the structure shown in Fig. 1 at the position with the sliding plate.

The marks in the accompanying drawings are: 1, dial, 2, support structure, 3, irrigation system, 31, sprinkler trolley, 311, car body, 312, toothed walking wheel, 313, rotating motor, 314, mounting frame, 315, Sprinkler box, 316, anti-off wheel frame, 317, anti-off wheel, 32, flexible pipe one, 33, flexible pipe two, 34, water supply tank, 35, roll pipe coil, 36, sliding plate, 37, rigid connecting pipe, 38, hard pipe, 39, fixed sprinkler structure, 4, flower area, 5, ring track, 51, ring tooth plate, 6, parking area, 7, hose track, 71, pipe groove, 711, pipe accommodation chamber, 712, opening in the middle, 72, roller structure, 721, roller, 722, sliding part, 723, fixing part, 724, spring, 8, ring guide rail, 81, anti-off structure.

Detailed ways

The specific embodiments of the present invention will be further described in detail by describing the embodiments below with reference to the accompanying drawings, so as to help those skilled in the art have a more complete, accurate and in-depth understanding of the inventive concepts and technical solutions of the present invention.

As shown in Fig. 1-7, the present invention provides a kind of landscape architectural sketch for displaying time in garden environment, comprises watering system 3, dial 1 and supporting structure 2, and the flower area 4 that represents time is distributed in the position of hourly scale The front of the dial 1 is close to the outer position, and the types of flowers in each flower area 4 are different. A circle of ring-shaped tracks 5 is fixed around the side of the dial 1. The watering system 3 includes moving along the ring-shaped track 5 and located at The sprinkler trolley 31 on the inner side of the annular track 5, the sprinkler structure detachably mounted on the sprinkler trolley 31, the hose and the hose track 7 arranged on the front side of the annular track 5, the sprinkler trolley 31 and the bottom There is a one-to-one correspondence with the flower areas 4 other than the side, and a number of pipe grooves 71 corresponding to the hoses are arranged in parallel in the hose track 7, and each sprinkler trolley 31 is connected to an independent water supply through a corresponding hose. Box 34, the lowermost side of the circular track 5 is provided with a parking area 6 for the sprinkler trolley 31 to park in the non-irrigating state.

The pipe groove 71 includes a pipe receiving cavity 711 located in the hose track 7 and a middle opening 712 whose width is smaller than the pipe receiving chamber 711. The width of the middle opening 712 is larger than the diameter of the hose. Roller structures 72 are evenly arranged in the groove 71 to facilitate the sliding of the hose in the pipeline groove 71 , and the roller structures 72 are also used to block the hose and prevent it from falling out of the pipeline groove 71 .

The roller structure 72 includes a symmetrically installed roller assembly, the roller assembly includes a telescopic rod and a roller 721, and the fixing part 723 of the telescopic rod is installed on both sides of the top of the pipe accommodating chamber 711, the The sliding part 722 of the telescopic rod protrudes towards the middle of the pipe groove 71, one end of the sliding part 722 is inserted into the fixing part 723 and connected with the fixing part 723 by a spring 724, and the other end is inserted into the roller 721 and It is rotatably connected with the rollers 721, and the distance between the paired rollers 721 is smaller than the diameter of the hose.

A sliding plate 36 is slidably connected to the pipe groove 71, and a hard pipe 38 extending downward into the pipe accommodating cavity 711 is fixed at the bottom of the slide plate 36. The lower end of the hard pipe 38 is connected to the bottom of the pipe groove 71. The distance is greater than the diameter of the flexible pipe, the internal diameter of the hard pipe 38 is greater than that of the flexible pipe, and the top surface of the sliding plate 36 is fixed with a rigid connecting pipe 37, and the flexible pipe is connected to the sprinkler trolley through the rigid connecting pipe 37. The sprinkling structure on the 31 is connected.

The cross-section of the sliding plate 36 is an "I"-shaped structure, and the two sides of the middle opening 712 are slidingly matched with the arc-shaped grooves on both sides of the sliding plate 36, and the arc-shaped grooves are in contact with the middle opening 712. The sides are connected by sliding balls.

The hose includes a hose one 32 arranged in the pipe groove 71, and the hose one 32 protrudes from the lowermost side of the hose track 7 and is wound on the reel 35. A hose interface is provided for connecting the inlet of the first hose 32, and one end surface of the rotating roller of the reel 35 is connected to the second hose 33 through a rotary joint, and the second hose 33 is connected to the water supply tank 34 .

The sprinkler trolley 31 includes a car body 311, a rotating motor 313, a mounting frame 314 and a traveling mechanism, and the traveling mechanism is provided with a traveling motor positioned in the car body 311 and a toothed traveling wheel 312 connected with the traveling motor transmission, The annular track 5 is provided with a circle of annular tooth plates 51 along its inner bottom, the toothed traveling wheels 312 are kept engaged with the annular tooth plates 51, the mounting frame 314 is installed on the top of the car body 311, and the The installation frame 314 is rotatably connected with a cylindrical sprinkling box 315, the sprinkling box 315 communicates with the hose, the sprinkling box 315 is cylindrical and its center line coincides with the axial direction of its own rotation, and the rotating motor 313 is installed on The installation frame 314 drives the sprinkling box 315 to rotate, and the upward side of the sprinkling box 315 is provided with a sprinkling interface connected to the sprinkling structure.

The dial 1 is also provided with an annular guide rail 8 positioned at the inner side of the annular rail 5, the protruding part of the annular guide rail 8 is an anti-off structure 81 whose cross section is L-shaped, and the protruding part of the anti-off structure 81 end towards the annular tooth plate 51, and the sprinkler trolley 31 is provided with an anti-off wheel frame 316 protruding toward the annular guide rail 8, and the anti-off wheel frame 316 extends into the anti-off structure 81 and is installed with a The anti-off wheel 317 abuts against the anti-off structure 81 .

The higher the flower area 4 corresponding to the sprinkler trolley 31 is, the more outside the parking area 6 is and the corresponding hose is set in the pipe groove 71 farther away from the dial 1 .

The watering system 3 also includes a fixed sprinkling structure 39, the fixed sprinkling structure 39 includes a fixed pipeline and a fixed sprinkler head detachably connected to the water supply tank 34, and the fixed sprinkler head is arranged in the flower area 4 at the six o'clock position. Above, the upper end of the fixed pipeline communicates with the fixed sprinkler head and the lower end communicates with the water supply tank 34, and the sprinkler trolleys 31 have eleven and correspond to the flower area 4 except the six o’clock position respectively. There are six grooves 71, and five pipeline grooves 71 are provided with a pair of sliding plates 36 and a corresponding pair of hoses. Each pair of sliding plates 36 moves towards the left and right sides respectively with the corresponding sprinkler trolley 31, leaving one pipeline The slot 71 is provided with a sliding plate 36 and a corresponding hose.

The sprinkling structure includes a rigid sprinkling pipe corresponding to the sprinkling position above each flower area 4 and a sprinkling head connected to the end of the rigid sprinkling pipe. Depending on the location, the water inlet end of the rigid sprinkling pipe is plugged into the sprinkling interface.

When the present invention is watering, first install the corresponding sprinkler structure according to the position of the flower region 4 corresponding to the sprinkler trolley 31, so that when the sprinkler trolley 31 reaches the position corresponding to the flower region 4, the sprinkler head of the sprinkler structure can be located in the flower region 4 in order to sprinkle water. Afterwards, the maintenance personnel starts to control each sprinkler trolley 31 to move upward along the circular track 5, and the sprinkler trolley 31 moves from outside to inside to the position corresponding to each flower area 4 from top to bottom. During the moving process, the meshing of the toothed traveling wheel 312 with the annular tooth plate 51 can prevent the sprinkler trolley 31 from sliding along the circular track 5 and can control the position of the sprinkler trolley 31 relatively accurately. The wheels 317 and the rigid connecting pipe 37 connected to the sliding plate 36 can effectively limit the radial position of the sprinkler trolley 31 relative to the annular guide rail 8 to prevent it from falling. The structure of the present invention allows the sliding plate 36 and the hose corresponding to each flower area 4 to slide along the corresponding pipe groove 71, thereby effectively realizing the independent watering of each flower area 4. After adopting this scheme, there is no need to set up when building a flower clock Complex pipelines and corresponding supporting structures 2 simplify the complexity of construction and subsequent maintenance of pipelines.

The movement of the sprinkler trolley 31 is to drive the sliding plate 36 to slide along the pipe groove 71 through the rigid connecting pipe 37, and the reel 35 rotates and releases the hose when the sprinkler trolley 31 moves, and the hose in the pipe groove 71 slides forward along with the hard pipe 38 , when the hard tube 38 at the bottom of the sliding plate 36 slides through, the extrusion roller 721 shrinks to both sides, thereby allowing the sliding plate 36 to pass, and the connection between the sliding plate 36 and the hard tube 38 to the hose and the rigid connecting pipe 37 is also realized. effective protection. When the hose slides, the distance between the paired rollers 721 in the roller structure 72 is smaller than the diameter of the hose, so as to prevent the hose from detaching from the middle opening 712 and have a guiding effect on the sliding of the hose; the rollers 721 rotate as the hose slides Thereby, the friction between the hose and the middle opening 712 of the pipe groove 71 is reduced, the service life of the hose is greatly improved, and the maintenance cost of the watering system 3 is reduced. After the watering is completed, control the sprinkler trolley 31 to move to the parking area 6 sequentially from bottom to top, and drive the reel 35 to rotate the retractable hose, and finally retract all the sprinkler trolleys 31 and hoses to the position before watering.

In the present invention, under the non-watering state, the sprinkler trolleys 31 are all parked in the parking area 6, and the coil coil 35 winds the redundant part of the hose one 32 on its own roll, and the sprinkler structure is disassembled and preserved. All component structures in the watering system 3 are all located near the ground like this, and maintenance is very convenient, if the hose, sprinkler structure and the water supply tank 34 that is provided with water pump break down, they can be repaired and replaced at any time, which overcomes the need for the watering system 3 in the prior art The use of higher brackets leads to the inconvenience and high risk of maintenance and replacement of high-level components. In addition, since the sprinkling structure can be disassembled in the non-irrigating state, and there is no easily exposed bracket structure, the watering system 3 of the present invention will not affect the appearance of the flower clock and improve the aesthetics of the flower clock.

The present invention has been exemplarily described above in conjunction with the accompanying drawings. Obviously, the specific implementation of the present invention is not limited by the above methods, as long as various insubstantial improvements are made by adopting the inventive concepts and technical solutions of the present invention, or without improvement Directly applying the concept and technical solutions of the present invention to other occasions falls within the protection scope of the present invention.

Claims (8)

1. The utility model provides a view building smallclothes for garden environment shows time, includes irrigation system (3), dial plate (1) and bearing structure (2), its characterized in that: flower areas (4) representing time are distributed at positions close to the outer side in front of the dial plate (1) according to the positions of hour scales, flowers in each flower area (4) are different in type, a ring of annular track (5) is fixed on the periphery of the dial plate (1) in a surrounding mode, the irrigation system (3) comprises a sprinkling trolley (31) which moves along the annular track (5) and is located on the inner side of the annular track (5), a sprinkling structure which is detachably installed on the sprinkling trolley (31), a hose and a hose track (7) which is arranged on the front side of the annular track (5), the sprinkling trolley (31) corresponds to the flower areas (4) except the lowermost side one by one, a plurality of pipeline grooves (71) corresponding to the hose are arranged in the hose track (7) in parallel, each sprinkling trolley (31) is connected to a respective independent water supply tank (34) through the corresponding hose, and a parking area (6) for the sprinkling trolley (31) in a non-irrigation state is arranged on the lowermost side of the annular track (5);

the pipeline groove (71) comprises a pipeline accommodating cavity (711) positioned in the hose track (7) and a middle opening (712) with the width smaller than that of the pipeline accommodating cavity (711), the width of the middle opening (712) is larger than the diameter of the hose, roller structures (72) which are convenient for the hose to slide in the pipeline groove (71) are uniformly distributed in the pipeline groove (71), and the roller structures (72) are also used for blocking the hose to prevent the hose from falling out of the pipeline groove (71);

the pipeline groove (71) is connected with a sliding plate (36) in a sliding mode, a hard pipe (38) extending into the pipeline accommodating cavity (711) downwards is fixed at the bottom of the sliding plate (36), the distance from the lower end of the hard pipe (38) to the bottom of the pipeline groove (71) is larger than the diameter of the hose, the inner diameter of the hard pipe (38) is larger than the diameter of the hose, a rigid connecting pipe (37) is fixed on the top surface of the sliding plate (36), and the hose is communicated with a sprinkling structure on the sprinkling trolley (31) through the rigid connecting pipe (37).

2. The landscape architecture gadget for displaying time in a landscape environment according to claim 1, wherein: the roller structure (72) comprises symmetrically-mounted roller assemblies, each roller assembly comprises a telescopic rod and rollers (721), fixing parts (723) of the telescopic rods are mounted on two sides of the top of the pipeline accommodating cavity (711), sliding parts (722) of the telescopic rods extend towards the middle of the pipeline groove (71), one ends of the sliding parts (722) are inserted into the fixing parts (723) and connected with the fixing parts (723) through springs (724), the other ends of the sliding parts are inserted into the rollers (721) and rotatably connected with the rollers (721), and the distance between the pairs of rollers (721) is smaller than the diameter of the hose.

3. A landscape architecture gadget for displaying time in a landscape environment according to claim 2, characterized in that: the cross section of the sliding plate (36) is of an I-shaped structure, two sides of the middle opening (712) are in sliding fit with arc-shaped grooves on two sides of the sliding plate (36), and the arc-shaped grooves are in sliding connection with the side edges of the middle opening (712) through balls.

4. A landscape architecture gadget for displaying time in a landscape environment according to any of claims 1-3, characterized in that: the hose is including locating hose one (32) in pipe groove (71), hose one (32) are followed hose track (7) bottommost stretches out to be twined on hose reel (35), hose reel (35) change roller one end terminal surface and pass through rotary joint and connect hose two (33), it is equipped with the hose interface and is used for connecting to change the roller side the import of hose one (32), hose two (33) are connected to water supply tank (34).

5. The landscape architectural widget for displaying time in a landscape environment according to claim 1, wherein: watering dolly (31) include automobile body (311), rotate motor (313), mounting bracket (314) and running gear, running gear be equipped with be located automobile body (311) the walking motor and with the toothed walking wheel (312) that the walking motor transmission is connected, circular track (5) are equipped with round annular toothed plate (51) along its interior bottom, toothed walking wheel (312) with annular toothed plate (51) keep engaging, mounting bracket (314) are installed automobile body (311) top, mounting bracket (314) rotate and are connected with columniform watering case (315), watering case (315) intercommunication the hose, watering case (315) are cylindrical and central line and self pivoted axial coincidence, it installs to rotate motor (313) drive on mounting bracket (314) watering case (315) rotates, water case (315) side up is equipped with the connection watering structure's watering interface.

6. A landscape architecture gadget for displaying time in a landscape environment according to claim 5, wherein: still be equipped with on dial plate (1) and be located annular rail (5) inboard ring rail (8), the projecting part of ring rail (8) is anti-disengaging structure (81) of cross section for L shape, the end orientation that stretches out of anti-disengaging structure (81) annular toothed plate (51), watering dolly (31) are equipped with the court anti-disengaging wheel carrier (316) that annular rail (8) stretch out, anti-disengaging wheel carrier (316) stretch into anti-disengaging structure (81) and install butt up and receive anti-disengaging wheel (317) of anti-disengaging structure (81).

7. The landscape architectural widget for displaying time in a landscape environment according to claim 1, wherein: the higher the flower area (4) corresponding to the watering cart (31), the more the parking area (6) is, the more the hose corresponding to the parking area is arranged in the pipeline groove (71) which is farther from the dial plate (1).

8. A landscape architecture gadget for displaying time in a landscape environment according to claim 5, wherein: the watering system (3) further comprises a fixed watering structure (39), the fixed watering structure (39) comprises a fixed pipeline and a fixed watering head which are detachably connected to the water supply tank (34), the fixed watering head is arranged above the flower area (4) at six positions, the upper end of the fixed pipeline is communicated with the fixed watering head, the lower end of the fixed pipeline is communicated with the water supply tank (34), eleven watering trolleys (31) respectively correspond to the flower areas (4) except the six positions, the pipeline grooves (71) are six, a pair of sliding plates (36) are arranged on five pipeline grooves (71) and are provided with a pair of corresponding hoses, each pair of sliding plates (36) move towards the left side and the right side along with the corresponding watering trolley (31), and the remaining pipeline groove (71) is provided with one sliding plate (36) and one corresponding hose.

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