CN115281050A

CN115281050A - Application method of garden maintenance management

Info

Publication number: CN115281050A
Application number: CN202211001577.5A
Authority: CN
Inventors: 冯建波
Original assignee: Shanghai Fenglu Landscape Construction Co ltd
Current assignee: Shanghai Fenglu Landscape Construction Co ltd
Priority date: 2022-08-19
Filing date: 2022-08-19
Publication date: 2022-11-04

Abstract

The application relates to the field of garden maintenance, in particular to an application method of garden maintenance management, which comprises the following steps: fertilizing, namely fertilizing by applying a base fertilizer mode before sowing and then topdressing according to the growth requirement of plants; managing soil, and intertilling according to seasonal conditions and actual planting states; use gardens curing means to protect and irrigate landscape in the daily maintenance. This application has the effect that improves afforestation landscape protection.

Description

Application method of garden maintenance management

Technical Field

The application relates to the field of garden maintenance, in particular to an application method of garden maintenance management.

Background

The garden refers to a natural environment and a recreation region which are cultured specifically, and the garden is called a garden by applying engineering technology and artistic means in a certain region and creating an aesthetic natural environment and a recreation region through the ways of transforming terrain, planting trees, flowers and plants, building buildings, arranging garden roads and the like.

At present, the greening wall is the most important in community streets, and when the greening wall in the street or garden design of other potted plants is maintained, a user needs to maintain the greening wall or the garden design of other potted plants in different time intervals.

Disclosure of Invention

In order to improve the protection of greening gardens, the application provides an application method of garden maintenance management.

The application method of garden maintenance management adopts the following technical scheme.

An application method of garden maintenance management comprises the following steps:

fertilizing, namely fertilizing by applying a base fertilizer mode before sowing and then topdressing according to the growth requirement of plants;

managing soil, and cultivating according to seasonal conditions and actual planting states;

use gardens curing means to protect and irrigate landscape in the daily maintenance.

Through adopting above-mentioned technical scheme, a gardens curing means of accessible maintains the plant, has protected afforestation wall or view cultivated in a pot, has improved the guard action to afforestation.

Optionally, gardens maintenance device is including setting up in ground and being used for enclosing the fender mechanism and connecting in the irrigation mechanism who encloses the fender mechanism around the plant, irrigation mechanism is including connecting in the water supply subassembly on stratum and connecting in the irrigation subassembly that encloses the fender mechanism, water supply subassembly and irrigation subassembly are pegged graft and are communicate.

Through adopting above-mentioned technical scheme, visual weather condition encloses the fender to the plant, if when weather condition is the strong wind day, the accessible encloses fender mechanism and encloses the fender with the plant, reduce the possibility that powerful air current destroys the plant, simultaneously when the plant need water, can use to enclose fender mechanism and shelter from the back with the plant, water the plant through irrigation mechanism, after irrigating, can slide enclosing fender mechanism, the plant can be shown and supply people to visit in the outside of enclosing fender mechanism, the view of having realized enclosing the fender to afforestation wall or potted plant, protect afforestation wall or potted plant view, the guard action to afforestation has been improved.

Optionally, enclose fender mechanism including set up in the slide rail group on ground and sliding connection in the enclosure baffle of slide rail group, slide rail group is including fixed connection in the first slide rail frame on ground and inlay the second slide rail of locating ground, the enclosure baffle is located between first slide rail frame and the second slide rail, and the quantity of enclosure baffle is a plurality of, and enclosure baffle sliding connection is between first slide rail frame and second slide rail, and the enclosure baffle is circular motion between first slide rail frame and second slide rail.

Through adopting above-mentioned technical scheme, the apron passes through sport ball sliding connection between the slide rail group for the apron can slide between the slide rail group, realizes sheltering from or opening greening wall or plant cultivated in a pot, realizes carrying out real-time protection to greening wall or plant cultivated in a pot.

Optionally, the number of the second slide rails is at least two, the second slide rails are both circular rails, the second slide rails are concentric circular slide rails, the first slide rail frame comprises a support frame fixedly connected to the ground and a third slide rail fixedly connected to the top of the support frame, the number of the third slide rails is at least two, the shapes of the second slide rails and the third slide rails are the same, the third slide rails are located right above the second slide rails, and the second slide rails and the third slide rails are directly opposite to each other; enclose fender mechanism still includes roll connection in the sports ball of enclosing the baffle, and the sports ball part roll connection is in enclosing the baffle, and the other part roll connection of sports ball is inside second slide rail or the third slide rail, and the quantity of sports ball is the twice of enclosing the baffle at least, encloses the baffle and passes through sports ball sliding connection in second slide rail and third slide rail, and the top and the bottom of enclosing the baffle all are provided with at least one sports ball.

Through adopting above-mentioned technical scheme, second slide rail and third slide rail carry on spacingly to enclosing the baffle simultaneously for enclosing the motion of baffle more stable, realized enclosing the baffle simultaneously and enclosed the purpose that the fender encloses the plant, protect the plant.

Optionally, the water supply assembly includes the header tank and communicates in the water service pipe of header tank, and the one end that the water service pipe kept away from the header tank is quick water intaking valve, and quick water intaking valve is connected in ground, and the watering subassembly communicates in the quick water intaking valve of water service pipe.

Through adopting above-mentioned technical scheme, after watering subassembly intake end inserts quick water intaking valve, the water of header tank gets into watering subassembly and waters the plant, realizes the purpose of watering.

Optionally, the watering subassembly includes sliding connection in the pegging graft pipe of enclosure, communicates in the watering pipe of pegging graft pipe and connects in the shower nozzle of watering pipe, and the pegging graft pipe is along vertical direction sliding connection in enclosure, and the tip of pegging graft pipe is pegged graft in the quick water intaking valve of water service pipe, and the watering union coupling is in enclosure, and the watering pipe is the stretch hose, and the one end of watering pipe is connected in the pegging graft pipe, and the other end of watering pipe is connected in the shower nozzle, and the shower nozzle is located the surface upper portion of enclosure towards the plant.

By adopting the technical scheme, the end part of the inserting pipe is inserted into the quick water taking valve of the water service pipe, water is supplied to the inside of the irrigation assembly, green plants can be irrigated, and the purpose of irrigation is achieved.

Optionally, a fixing groove is formed in the surface of one side, facing the plant, of the enclosing baffle, and the inserting pipe is connected to the inside of the fixing groove in a sliding and clamping mode.

Through adopting above-mentioned technical scheme, when the pipe joint of pegging graft when the fixed slot is inside, the pipe of pegging graft does not communicate with the quick water intaking valve, can adjust the position of fence this moment, exposes green in masses' visual field, when the pipe of pegging graft is located the top of quick water intaking valve and when the direction that is close to ground slides, peg graft pipe and quick water intaking valve intercommunication, can irrigate green planting this moment, realize the watering purpose.

Optionally, the irrigation mechanism further comprises a distance adjusting assembly, the bottom of the distance adjusting assembly is hinged to the surrounding baffle plate, the irrigation pipe is connected to the surrounding baffle plate through the distance adjusting assembly, the spray head is connected to the top of the distance adjusting assembly, which faces the top of one side surface of the plant, and the top of the distance adjusting assembly moves towards the direction close to or away from the plant.

Through adopting above-mentioned technical scheme for the shower nozzle can be to the direction motion of being close to green planting, makes the watering more accurate.

Optionally, the roll adjustment subassembly is including articulating in the roll adjustment board of apron and connecting in the receipts of roll adjustment board and restrainting the rope, the bottom of roll adjustment board articulates in the apron, and the top joint of roll adjustment board is in the apron, and the one end fixed connection of the rope of receiving restraints in the apron, and the other end fixed connection of the rope of receiving restraints is in the roll adjustment board, and the rope of receiving restraints is located between apron and the roll adjustment board.

Through adopting above-mentioned technical scheme, realize the shower nozzle can be to the purpose of being close to the direction motion of green planting for the watering is more accurate.

Optionally, the enclosure baffle is provided with the joint groove towards one side surface of plant, and the roll adjustment board is located the inside in joint groove, and the bottom of roll adjustment board articulates in the inner wall in joint groove, and the top of roll adjustment board is provided with the joint board, and the joint board has elasticity, and joint board and roll adjustment board inlay and locate the inside in joint groove.

Through adopting above-mentioned technical scheme, when joint board and joint groove cell wall contact, realize the joint to roll adjustment board, when joint board and joint groove break away from the contact, roll adjustment is accomplished to the roll adjustment board.

In summary, the present application includes at least one of the following beneficial technical effects:

1. the enclosure mechanism is arranged, so that the enclosure of green plants is realized, and the protection of the green plants is improved;

2. this application is irrigated the convenient irrigation that the mechanism realized green planting through setting up.

Drawings

Fig. 1 is a schematic structural diagram of a garden maintenance device in the embodiment of the application.

Fig. 2 is a schematic view of the structure with three fenders removed.

Figure 3 is a schematic view of the structure intended to emphasize the connection of the apron and the irrigation mechanism.

Description of reference numerals: 1. a fence mechanism; 11. a slide rail set; 111. a first rail frame; 1111. a support frame; 1112. a third slide rail; 112. a second slide rail; 12. a surrounding baffle plate; 121. fixing grooves; 122. a clamping groove; 13. a sport ball; 2. an irrigation mechanism; 21. a water supply assembly; 211. a water collection tank; 212. a water pipe; 22. a watering assembly; 221. inserting a tube; 222. irrigating a pipe; 223. a spray head; 23. a distance adjusting component; 231. adjusting the distance plate; 2311. a clamping and connecting plate; 232. and (5) a rope is collected.

Detailed Description

The present application is described in further detail below with reference to figures 1-3.

the first step is fertilization, which is determined according to different plant species, growth conditions, soil conditions and weather conditions, the base fertilizer is generally applied once or twice, and the topdressing is generally more practical for lawn and ground cover plants in spring and autumn or early winter and is applied by combining irrigation. The fertilization mode comprises the following steps of applying a base fertilizer: before sowing or planting, a large amount of fertilizer is ploughed and bought into the ground, and generally organic fertilizer is taken as the main material. Topdressing: supplementing the demand according to the growing season and the growth speed of the garden plants. Seed fertilizer: the fertilizer applied at the time of sowing and planting is called seed fertilizer. The seed fertilizer is fine and fine, and is fully decomposed, and the nutrient content is complete, such as decomposed compost, compound fertilizer and the like.

Then, daily soil management is carried out, and intertillage is generally carried out before the midsummer and in the late autumn and early winter, but is not suitable to be carried out when the soil is too wet. The depth is generally between 3 and 10 centimeters, the root system is deep, the intertillage is deep, the root system is shallow, and the intertillage is shallow; it should be shallow near the root and deep far from the root; herbaceous flowers, shallow intertillage and deep cultivation of woody flowers; the shrubs and vines are slightly shallow, and the arbors can be deep.

When weeding, except artificial weeding and chemical weeding, the chemical weeding is carried out as far as possible, and weather with clear and windless weather and higher temperature is preferably selected for the chemical weeding, so that the pesticide effect can be improved, the weeding effect can be enhanced, and the pesticide can be prevented from falling on branches and leaves of trees to cause pesticide damage. The chemical test should be performed before large-area chemical weeding.

And then soil improvement can be continuously carried out, wherein deep ploughing and curing soil are mostly adopted for soil improvement, and organic fertilizer, hilling, soil dressing, sand doping and the like are additionally applied. The method for applying the organic fertilizer in combination with the deep ploughing of the soil is the best method for improving the structure and the physical and chemical properties of the soil, promoting the formation of a granular structure and improving the soil fertility. The deep ploughing time is generally in late autumn and early winter, and the mode can be divided into full deep ploughing and local deep ploughing, and the local deep ploughing is most widely applied.

And finally, shaping and pruning the garden plants, wherein the pruning technology comprises pinching, tip twisting, pruning, vine pressing, stretching, supporting, bud removing and the like besides pruning. The pruning period is generally divided into growing period pruning and resting period pruning. The pruning of most trees is in a dormant period, and the pruning in a growing period is mainly in special pruning of plastic plants, post-flowering pruning of flowers and shrubs, post-disaster pruning and the like. The trimming mode generally comprises short section, light shearing, middle shearing, heavy short shearing, extreme heavy shearing, thinning, pinching and the like.

Finally, in the daily irrigation work, when irrigation is carried out, irrigation is carried out by adopting a garden maintenance device, and referring to fig. 1-3, the garden maintenance device comprises a surrounding and blocking mechanism 1 arranged on the ground and used for surrounding plants and an irrigation mechanism 2 connected to the surrounding and blocking mechanism 1, the irrigation mechanism 2 comprises a water supply component 21 connected to the ground and an irrigation component 22 connected to the surrounding and blocking mechanism 1, the water supply component 21 and the irrigation component 22 are connected in an inserted mode, the surrounding and blocking mechanism 1 is connected to the ground in a sliding mode, the plants can be blocked in the visible weather condition, if the weather condition is strong weather, the plants can be surrounded and blocked by the surrounding and blocking mechanism 1, the possibility that the plants are damaged by strong air flow is reduced, meanwhile, when the plants need to be irrigated, after the plants are shielded by the surrounding and blocking mechanism 1, the plants are irrigated by the irrigation mechanism 2, after the irrigation is finished, the surrounding and blocking mechanism 1 can slide, the plants can be displayed outside the surrounding and blocking mechanism 1 for people to visit, so that the greening wall or the potted plant landscape can be protected, and greening effect on the greening of the greening landscape can be improved.

Referring to fig. 1 to 3, the enclosure mechanism 1 includes a slide rail group 11 disposed on the ground, an enclosure 12 slidably connected to the slide rail group 11, and a sport ball 13 rotatably connected to the enclosure 12, the slide rail group 11 includes a first slide rail frame 111 fixedly connected to the ground and a second slide rail 112 embedded in the ground, the number of the second slide rail 112 is at least two, in this embodiment, the number of the second slide rail 112 is two, the two second slide rails 112 are circular rails, the second slide rail 112 is a concentric circular slide rail, the enclosure 12 is an arc plate slidably connected inside the second rail, an irrigation end of the irrigation mechanism 2 is connected to the enclosure 12, the sport ball 13 is simultaneously rotatably connected to the enclosure 12, the enclosure 12 is slidably connected between the slide rail group 11 through the sport ball 13, so that the enclosure 12 can slide between the slide rail group 11, so as to shield or open a green wall or a plant pot plant, and realize real-time protection of the green wall or the pot plant. The central point that afforestation wall or green plant cultivated in a pot are located second slide rail 112 in this application embodiment puts for irrigate the end of mechanism 2 and the distance of plant is relatively even on every apron 12, and is relatively even when making the rivers of irrigating spray, improves the accuracy of irrigating, reduces some probability that water spray can not reach on the plant, reduces the possibility of water waste.

Further, the first sliding rail frame 111 includes a supporting frame 1111 fixedly connected to the ground and a third sliding rail 1112 fixedly connected to the top of the supporting frame 1111, the number of the third sliding rail 1112 is at least two, in this embodiment of the present invention, the number of the second sliding rail 112 is two, the shapes of the second sliding rail 112 and the third sliding rail 1112 are the same, the third sliding rail 1112 is located right above the second sliding rail 112, and the second sliding rail 112 and the third sliding rail 1112 are directly opposite to each other; the top surface of enclosure board 12 is through sport ball 13 sliding connection in third slide rail 1112 equally, and third slide rail 1112 is firm through support frame 1111 and ground, and second slide rail 112 and third slide rail 1112 carry on spacingly to enclosure board 12 simultaneously for the motion of enclosure board 12 is more stable, has realized enclosure board 12 simultaneously and has enclosed the purpose that keeps off with the plant, protects the plant.

Referring to fig. 1 to 3, the number of the enclosure 12 is plural, the number of the enclosure 12 in the embodiment of the present invention is eight, the eight enclosures 12 are all slidably connected between the second sliding rail 112 and the third sliding rail 1112, the number of the sport balls 13 is at least twice that of the enclosure 12, the number of the sport balls 13 in the embodiment of the present invention is twice that of the enclosure 12, one sport ball 13 is connected to both the top surface of the enclosure 12 and the bottom surface of the enclosure 12 in a rolling manner, and a part of the sphere of the sport ball 13 is located outside the surface of the enclosure 12, and another sphere part of the sport ball 13 is connected to the inside of the second sliding rail 112 or the inside of the third sliding rail 1112 in a rolling manner, when the user pushes the enclosure 12, the sliding connection between the enclosure 12 and the second sliding rail 112 is realized, and the sliding connection between the enclosure 12 and the third sliding rail 1112 is realized.

Further, one of the fenders 12 is slidably connected between the second slide rail 112 located at the inner ring and the third slide rail 1112 located at the inner ring, and the other fenders 12 are slidably connected between the second slide rail 112 located at the outer ring and the third slide rail 1112 located at the outer ring, when the moving ball 13 is located at the center of the top surface of the fenders 12 and at the center of the bottom surface of the fenders 12, the fenders 12 are slidably connected to the second slide rail 112 located at the outer ring and the third slide rail 1112 located at the outer ring, when the moving ball 13 deviates from the center of the top surface of the fenders 12 and deviates from the center of the bottom surface of the fenders 12, the fenders 12 are slidably connected to the second slide rail 112 located at the inner ring and the third slide rail 1112 located at the outer ring, and when the user needs to show a plant in front of the audience, the fenders 12 are first rotated around the ball 13, and all the fenders 12 can be rotated between the second slide rail 112 and the third slide rail 1112, and then all the fenders 12 are rotated to reduce the area of the plant under observation.

Referring to fig. 1 to 3, the water supply assembly 21 includes a water collection tank 211 and a water pipe 212 connected to the water collection tank 211, one end of the water pipe 212 far away from the water collection tank 211 is a quick water intake valve, the number of the water pipe 212 is equal to the number of the surrounding baffles 12, the quick water intake valve is connected to the ground, the interval between the quick water intake valves is the width of one surrounding baffle 12, the port of the quick water intake valve is located inside the second slide rail 112, and the port of the quick water intake valve is exposed on the surface of the second slide rail 112, the water collection tank 211 is connected to an external water supply place, and when the water intake end of the irrigation assembly 22 is inserted into the quick water intake valve, water in the water collection tank 211 enters the irrigation assembly 22 and irrigates the plant, thereby achieving the purpose of irrigation.

Referring to fig. 1 to 3, the irrigation assembly 22 includes an insertion tube 221 slidably connected to the enclosure 12, an irrigation tube 222 connected to the insertion tube 221, and a nozzle 223 connected to the irrigation tube 222, the insertion tube 221 is slidably connected to the enclosure 12 in a vertical direction, an end of the insertion tube 221 is inserted into the quick water intake valve of the water pipe 212, a fixing groove 121 is formed in a surface of one side of the enclosure 12 facing the plant, the fixing groove 121 is a T-shaped groove, the insertion tube 221 is provided with a locking handle which can be locked inside the fixing groove 121, the insertion tube 221 can be locked inside the fixing groove 121 in a direction perpendicular to the ground, when the insertion tube 221 is locked inside the fixing groove 121, the insertion tube 221 is not connected to the quick water intake valve, at this time, the position of the enclosure 12 can be adjusted, the green plant is exposed to the public view, and when the insertion tube 221 is located above the quick water intake valve and slides in a direction close to the ground, the insertion tube 221 is connected to the quick water intake valve, and irrigation purpose can be achieved. The irrigation pipe 222 is connected to the enclosure 12, one end of the irrigation pipe 222 is connected to the insertion pipe 221, the other end of the irrigation pipe 222 is connected to the spray head 223, the irrigation pipe 222 is a flexible hose and provides a movement space for the movement of the insertion pipe 221, the spray head 223 is located on the upper portion of the surface of the enclosure 12 facing the plants, and when water flows through the insertion pipe 221 and the irrigation pipe 222 and enters the spray head 223, the water is sprayed to the green plants, so that the purpose of irrigation is achieved.

Referring to fig. 1-3, the irrigation mechanism 2 further includes a distance adjusting assembly 23, the distance adjusting assembly 23 includes a distance adjusting plate 231 hinged to the surrounding baffle 12 and a bundling rope 232 connected to the distance adjusting plate 231, a clamping groove 122 is formed in a surface of the surrounding baffle 12 facing a plant, the distance adjusting plate 231 is located inside the clamping groove 122, a bottom of the distance adjusting plate 231 is hinged to an inner wall of the clamping groove 122, a clamping plate 2311 is arranged at a top of the distance adjusting plate 231, the clamping plate 2311 has elasticity, the clamping plate 2311 and the distance adjusting plate 231 are embedded inside the clamping groove 122, the clamping plate 2311 is clamped to the distance adjusting plate 231 when contacting with a groove wall of the clamping groove 122, and when the clamping plate 2311 is separated from the clamping groove 122, the distance adjusting plate 231 completes distance adjustment. Watering pipe 222 is through wearing to locate the inside of roll adjustment board 231, and the one end of watering pipe 222 stretches out from the top of roll adjustment board 231, shower nozzle 223 is connected in the top of roll adjustment board 231, and shower nozzle 223 and watering pipe 222's tip intercommunication, shower nozzle 223 is towards plant one side, the one end fixed connection of bundling rope 232 is in the tank bottom of joint groove 122, the other end fixed connection of bundling rope 232 is in roll adjustment board 231, bundling rope 232 is located between apron 12 and roll adjustment board 231, make bundling rope 232 carry out spacingly to roll adjustment board 231, prevent that roll adjustment board 231 from rotating excessively, make watering position take place great skew.

The above embodiments are preferred embodiments of the present application, and the protection scope of the present application is not limited by the above embodiments, so: equivalent changes in structure, shape and principle of the present application shall be covered by the protection scope of the present application.

Claims

1. An application method of garden maintenance management is characterized in that: the method comprises the following steps: fertilizing, namely fertilizing by applying a base fertilizer mode before sowing and then topdressing according to the growth requirement of plants; managing soil, and cultivating according to seasonal conditions and actual planting states; use gardens curing means to protect and irrigate landscape in the daily maintenance.

2. The application method of garden maintenance management according to claim 1, wherein the application method comprises the following steps: gardens maintenance device is including setting up in ground and being used for enclosing fender mechanism (1) and connecting in the irrigation mechanism (2) that enclose fender mechanism (1) around the plant, irrigation mechanism (2) are including connecting in water supply assembly (21) on stratum and connecting in watering subassembly (22) that enclose fender mechanism (1), water supply assembly (21) and watering subassembly (22) are pegged graft and are communicate.

3. The application method of garden maintenance management according to claim 2, characterized in that: enclose fender mechanism (1) including setting up in slide rail group (11) on ground and sliding connection in enclosing baffle (12) of slide rail group (11), slide rail group (11) are including fixed connection in first slide rail frame (111) on ground and inlay second slide rail (112) of locating on ground, enclose baffle (12) and be located between first slide rail frame (111) and second slide rail (112), and the quantity of enclosing baffle (12) is a plurality of, encloses baffle (12) sliding connection between first slide rail frame (111) and second slide rail (112), encloses baffle (12) and is circular motion between first slide rail frame (111) and second slide rail (112).

4. The application method of garden maintenance management according to claim 3, wherein the application method comprises the following steps: the number of the second slide rails (112) is at least two, the second slide rails (112) are all circular rails, the second slide rails (112) are concentric circular slide rails, the first slide rail frame (111) comprises a support frame (1111) fixedly connected to the ground and a third slide rail (1112) fixedly connected to the top of the support frame (1111), the number of the third slide rails (1112) is at least two, the second slide rails (112) and the third slide rails (1112) are identical in shape, the third slide rails (1112) are located right above the second slide rails (112), and the second slide rails (112) and the third slide rails (1112) are opposite to each other one by one; enclose fender mechanism (1) and still include roll connection in motion ball (13) of enclosing baffle (12), motion ball (13) part roll connection in enclosing baffle (12), the other part roll connection of motion ball (13) is inside in second slide rail (112) or inside third slide rail (1112), the quantity of motion ball (13) is the twice of enclosing baffle (12) at least, enclose baffle (12) through motion ball (13) sliding connection in second slide rail (112) and third slide rail (1112), the top and the bottom of enclosing baffle (12) all are provided with at least one motion ball (13).

5. The application method of garden maintenance management according to claim 4, wherein the application method comprises the following steps: the water supply assembly (21) comprises a water collecting tank (211) and a water service pipe (212) communicated with the water collecting tank (211), one end, far away from the water collecting tank (211), of the water service pipe (212) is a quick water taking valve, the quick water taking valve is connected to the ground, and the irrigation assembly (22) is communicated with the quick water taking valve of the water service pipe (212).

6. The application method of garden maintenance management according to claim 5, wherein the application method comprises the following steps: watering subassembly (22) including sliding connection in pegging graft pipe (221) of fence (12), communicate in watering pipe (222) of pegging graft pipe (221) and connect shower nozzle (223) in watering pipe (222), pegging graft pipe (221) along vertical direction sliding connection in fence (12), the tip of pegging graft pipe (221) is pegged graft in the quick water intaking valve of water service pipe (212), watering pipe (222) are connected in fence (12), watering pipe (222) are flexible hose, the one end of watering pipe (222) is connected in pegging graft pipe (221), the other end of watering pipe (222) is connected in shower nozzle (223), shower nozzle (223) are located fence (12) towards the surperficial upper portion of plant.

7. The application method of park maintenance management as claimed in claim 5, wherein: the surface of one side of the enclosing baffle plate (12) facing the plant is provided with a fixing groove (121), and the inserting pipe (221) is connected in the fixing groove (121) in a sliding and clamping manner.

8. The application method of garden maintenance management according to claim 6, wherein the application method comprises the following steps: irrigation mechanism (2) still include roll adjustment subassembly (23), the bottom of roll adjustment subassembly (23) articulates in apron (12), and watering pipe (222) are connected in apron (12) through roll adjustment subassembly (23), and shower nozzle (223) are connected in roll adjustment subassembly (23) towards the top of plant side surface, and the top of roll adjustment subassembly (23) is to the direction motion of being close to or keeping away from the plant.

9. The application method of park maintenance management as claimed in claim 8, wherein: roll adjustment subassembly (23) including articulate in roll adjustment board (231) of apron board (12) and connect in the receipts of roll adjustment board (231) and restraint rope (232), the bottom of roll adjustment board (231) articulates in apron board (12), the top joint of roll adjustment board (231) in apron board (12), the one end fixed connection of the rope of binding (232) in apron board (12), the other end fixed connection of the rope of binding (232) in roll adjustment board (231), the rope of binding (232) is located between apron board (12) and roll adjustment board (231).

10. The application method of garden maintenance management according to claim 9, wherein: fencing board (12) are provided with joint groove (122) towards one side surface of plant, and roll adjustment board (231) are located the inside in joint groove (122), and the bottom of roll adjustment board (231) articulates in the inner wall in joint groove (122), and the top of roll adjustment board (231) is provided with joint board (2311), and the joint board has elasticity, and joint board (2311) and roll adjustment board (231) inlay the inside of locating joint groove (122).