CN111820032A

CN111820032A - Intelligent green building body

Info

Publication number: CN111820032A
Application number: CN202010728000.9A
Authority: CN
Inventors: 不公告发明人
Original assignee: Shandong Beckett Intelligent Technology Co ltd
Current assignee: Shandong Beckett Intelligent Technology Co ltd
Priority date: 2020-07-24
Filing date: 2020-07-24
Publication date: 2020-10-27

Abstract

The invention discloses an intelligent green building body which comprises a building body, wherein a window is arranged on the building body, the building body comprises a plant maintenance device and a trimming robot, the plant maintenance device comprises a fixed module, a fixed bottom plate, a baffle plate, a connecting mechanism, a control base, a control rod and a flowerpot, the fixed module is provided with a row of storage grooves, the fixed bottom plate swings in the storage grooves, the control base is respectively arranged on the fixed bottom plate, the baffle plate is arranged at the end part of the fixed base and swings on the fixed base, the connecting mechanism is arranged on the fixed base, the control rod slides in the fixed module, the control rod controls the connecting mechanism to swing, the flowerpot is arranged on the fixed bottom plate, the swing of the fixed base can be controlled through the sliding of the control rod, and further the swing of the flowerpot is controlled, thereby the flowerpot is barely leaked outside the wall body, and the purpose of beautifying the building body is achieved.

Description

Intelligent green building body

Technical Field

The invention relates to a green building, in particular to an intelligent green building body, and particularly relates to an automatic green building maintenance device capable of automatically maintaining green plants on the building body.

Background

Along with the development of urban construction, the development of green building has further been promoted in the development, green building and natural environment are affine, accomplish harmonious coexistence, the continuous development of people and building and environment, so green building is more and more welcomed, wherein in present green building, set up a large amount of green plants on the building body, the green plant that covers through the building body can prevent sun's insolation, great reduction the internal problem of building, and then reduce the frequency of use of air conditioner, it has the purpose of beautifying the building body to plant a large amount of green plants simultaneously in the outside of building body, though can reach the purpose of reducing the internal temperature of building through planting green plant at the building body outside, but still have following problem:

because the green plant need water, maintenance at the in-process of growing, need carry out timely change to withered green plant simultaneously, because the building body has certain height, consequently the maintenance has certain trouble, and under the condition of taking place the strong wind, because the effect of wind can lead to the fact certain destruction to the green plant on the building body simultaneously.

Therefore, there is a need to design an intelligent green building to solve the above problems.

Disclosure of Invention

Technical problem to be solved

The intelligent green building is not enough for the prior art, the intelligent green building is arranged in the building body through the fixing module, flowerpots are placed on the fixing module, the flowerpots can be supported and fixed through the fixing bottom plate, the flowerpot can be controlled by the control rod to slide up and down, the contraction and extension of the green plants can be controlled, the damage to the green plants under the strong wind condition is avoided, meanwhile, the green plants on the building body can be regularly trimmed and replaced through the trimming robot, and the trouble caused by manual trimming is avoided.

(II) technical scheme

The invention is realized by the following technical scheme:

an intelligent green building body comprises a building body, wherein a window is arranged on the building body, and the building body comprises a plant maintenance device and a trimming robot;

the plant maintenance device comprises a fixed module, a fixed bottom plate, a baffle plate, a connecting mechanism, a control base, a control rod and a flowerpot, wherein the fixed module is provided with a row of storage grooves, the fixed bottom plate swings in the storage grooves, the control base is respectively arranged on the fixed bottom plate, the baffle plate is arranged at the end part of the fixed base and swings on the fixed base, the connecting mechanism is arranged on the fixed base, the control rod slides in the fixed module, the connecting mechanism is connected on the control rod, the control rod controls the connecting mechanism to swing, the flowerpot is arranged on the fixed bottom plate, a locking block capable of sliding in a telescopic manner is arranged on the control base, the locking block extends into the flowerpot to slide in, a water seepage hole is arranged on the locking block, and a first water inlet hole is arranged on the control rod, the connecting mechanism is provided with a sliding locking shaft, the locking shaft is connected to the control rod, the connecting mechanism is also provided with a butting mechanism, the butting mechanism is provided with a clamping sliding block which can slide in a telescopic manner, the clamping sliding block is provided with a first water inlet hole, the second water inlet hole is correspondingly communicated with the first water inlet hole after the clamping sliding block is connected to the control rod in a sliding manner, and the second water inlet hole is correspondingly communicated with the water seepage hole;

the trimming robot comprises a sliding rail, a trimming machine body and a lifting machine body, wherein the lifting machine body slides on the sliding rail, the lifting machine body is connected to the trimming machine body and slides on the lifting machine body, and a swinging control shaft is arranged at the bottom of the trimming machine body;

the pruning machine body is also provided with a control rack bar;

the pruning machine body is provided with a machine body groove, and a clamping claw is arranged in the machine body groove;

the pruning machine body is provided with a support frame, a control end is arranged at the end part of the support frame, and a plurality of loosening claws which swing synchronously are arranged on the control end;

the fixed module is arranged in the building body, and the sliding track is arranged on the building body;

the fixed module sets up in the building, the slip track sets up on the building body, prune the organism and slide the back, the control shaft is connected the bottom of lock block, the control shaft control the upper and lower slip of lock block, the control ratch inserts in the PMKD, and control the swing of baffle, the baffle joint is in the organism recess, the joint claw joint is on the flowerpot, the claw that loosens the soil inserts the flowerpot internal swing.

Preferably, the fixed module is provided with a supporting slide hole for supporting the control rod to slide, the bottom of the supporting rod is rotatably connected with a pressing rod, and the fixed module is also provided with a pressing rod supporting shaft for supporting the pressing rod to swing.

Preferably, the control rod is provided with a locking hole correspondingly clamped with the locking shaft, a first electromagnet is arranged in the locking hole, a mechanism inner groove is formed in the connecting mechanism, the locking shaft is arranged in the mechanism inner groove in a T shape and slides, and a first spring for elastically pressing the locking shaft to slide is arranged in the mechanism inner groove;

the control sensor is provided with a water pipe joint, the water pipe joint is provided with a third water inlet hole correspondingly communicated with the first water inlet hole, the water pipe joint is provided with a second electromagnet, the butting mechanism is connected with the connecting mechanism through a third spring, the butting mechanism is provided with a mechanism sliding groove for supporting the sliding of the butting slider, the butting slider is provided with a magnet, the magnet is magnetically attracted and connected with the second electromagnet, the butting mechanism is provided with a fourth spring for supporting the sliding of the magnet, the butting mechanism is internally provided with a magnet sliding groove for supporting the sliding of the magnet, the second water inlet hole is correspondingly communicated with the third water inlet hole, the second electromagnet is correspondingly repelled with the magnet after being electrified, and the butting slider is provided with a second connecting water pipe correspondingly communicated with the second water inlet hole, the second connecting water pipe is correspondingly communicated with the water seepage hole through a first connecting water pipe.

Preferably, the bottom of the flowerpot is provided with a flowerpot bottom hole corresponding to the locking block, the control base is provided with a base sliding opening for supporting the sliding of the locking block, the two sides of the locking block are provided with jacking rods, an inner base groove for supporting the sliding of the jacking rods is arranged in the control base, and a second spring for elastically pressing the sliding of the jacking rods is arranged in the inner base groove.

Preferably, a first rotating shaft for supporting the fixed base plate to swing is arranged in the storage tank, a rotating control rotating shaft is arranged in the fixed base plate, a plurality of swing supports are arranged on the control rotating shaft, the baffle is fixedly connected to the swing supports, supporting chutes for supporting the swing supports to swing are arranged on the fixed base plate, fifth springs are respectively arranged at two ends of the control rotating shaft, a first gear is further arranged on the control rotating shaft, and the rotation of the first gear is controlled to rotate the control rotating shaft.

Preferably, the fixed bottom plate is provided with a bottom plate sliding hole corresponding to the first gear, and after the control toothed bar slides in the bottom plate sliding hole, the control toothed bar is provided with a toothed groove correspondingly engaged and connected with the first gear;

the bottom of locking piece is provided with a butt joint, be provided with a joint hole on the butt joint, the tip of control shaft 32 is provided with a control head, be provided with on the control head one with the corresponding third electro-magnet in joint hole, third electro-magnet circular telegram back magnetism is inhaled and is connected in the joint hole.

Preferably, the sliding rail is provided with a sliding chute, two sides of the sliding chute are respectively provided with a sliding slot, the elevator body is provided with a body side groove, two third supporting rotating shafts are arranged in the body side groove, the third supporting rotating shafts are respectively provided with a swinging locking shaft, the end parts of the locking shafts are respectively provided with a driving gear driven by a third motor, the driving gear is respectively in corresponding meshing connection with the sliding slot, two sides of the body side groove are respectively provided with a jacking spring for elastically pressing the locking shaft to slide, the elevator body is internally provided with a third threaded shaft capable of sliding in a telescopic manner, one end of the third threaded shaft is provided with a tensioning slide block, two ends of the tensioning slide block are respectively provided with a rotating supporting runner, and the locking shaft is respectively provided with a slide chute for supporting the sliding runner, the other end of the third threaded shaft is provided with a rotary supporting rotary head, and the supporting rotary head is provided with a threaded hole correspondingly meshed and connected with the third threaded shaft.

Preferably, a connecting frame is arranged on the elevator body, the connecting frame is arranged in an L shape, a square shaft is arranged on the connecting frame, a square sliding hole corresponding to the square shaft is arranged on the trimming body, a telescopic threaded shaft driven by a driving motor is arranged in the trimming body, and a threaded hole correspondingly meshed and connected with the telescopic threaded shaft is arranged on the square shaft;

the bottom of the trimming machine body is provided with a machine body bottom groove, a second supporting rotating shaft is arranged in the machine body bottom groove, the end portion of the control shaft rotates on the second supporting rotating shaft, a first rotating rod driven by a first motor is arranged in the trimming machine body, a second threaded hole is formed in the first rotating rod, a second threaded shaft correspondingly connected in a meshed mode is arranged in the second threaded hole, a first supporting rotating shaft is arranged on the control shaft, and the end portion of the second threaded shaft rotates on the first supporting rotating shaft.

Preferably, the bottom of the machine body groove is provided with a clamping groove connected with the baffle, a second rotating rod driven by a second motor is further arranged in the trimming machine body, the second rotating rod is provided with a third threaded hole, the clamping claw is provided with a third threaded shaft, the third threaded shaft is correspondingly meshed with the third threaded hole, the third threaded shaft is provided with a support shaft sliding on the trimming machine body, the third threaded shaft is provided with a third rotating rod driven by a third motor, the third rotating rod is provided with a fourth threaded hole, the fourth threaded hole is internally provided with a fourth threaded shaft correspondingly meshed and connected, two ends of the clamping claw are respectively provided with a swinging clamping head, the clamping heads are respectively provided with a connecting bracket, the connecting bracket is respectively provided with a rotating pulling rod, and the two pulling rods are rotatably connected to the end part of the fourth threaded shaft.

Preferably, be provided with a flexible gliding telescopic link on the control end, it presss from both sides tightly to be provided with two in the control end telescopic link pivoted first gear, be provided with on the telescopic link with the tooth's socket that the corresponding meshing of first gear is connected, the tip of telescopic link is provided with a connection base, the claw that loosens the soil is provided with a plurality ofly and sets up respectively connect on the base, the claw that loosens the soil is provided with the multistage respectively, loosens the soil the tip of claw through a hinge corresponding connection respectively adjacent two, loosens the soil and connects through a reset spring corresponding connection respectively between the claw adjacent two, be provided with an gasbag in the reset spring respectively, be provided with a connection trachea on the gasbag respectively.

(III) advantageous effects

The invention provides an intelligent green building body which has the following beneficial effects:

the building body is provided with a fixing module, the fixing module is provided with a row of storage tanks, the storage tanks are respectively internally provided with a swinging fixing bottom plate, the fixing bottom plates are respectively provided with a flowerpot, green plants are planted in the flowerpots, the swinging of the flowerpots can be further controlled through the swinging of the fixing bottom plates, so that the expansion and contraction of the flowerpots in the storage tanks can be controlled, the flowerpots are barely leaked outside the building body, the swinging of the fixing bottom plates can be further controlled through the up-and-down sliding of the control rods, the extension of the green plants can be controlled, and when strong winds occur, the green plants can be further prevented from being damaged by the strong winds after being contracted in the storage tanks;

set up the slip track on the building body, the lift organism slides on the slip track, it slides on the building body to drive the pruning organism through the lift organism, bottom trimming machine body is provided with the control shaft, the flexible slip of lock block can be controlled through the swing of control shaft, thereby control the fixed of flowerpot through the lock block, the flowerpot can further joint through the flexible slip of joint claw, thereby stimulate the slip of flowerpot, stimulate the flowerpot to the organism recess in, thereby can realize changing withered green plant, be provided with a bracing piece on trimming machine body, be provided with the wobbling claw that loosens the soil on the bracing piece, after inserting the flowerpot through the claw that loosens the soil, can loosen the soil in the flowerpot through the claw that loosens the soil, thereby reach the purpose of automatic maintenance, further avoid through the trouble that artifical maintenance caused.

Drawings

The invention is further described below with reference to the accompanying drawings.

FIG. 1 is a schematic view of the overall structure of an automatic maintenance device for green buildings according to an embodiment of the present invention.

Fig. 2 is a schematic view of a flowerpot resetting structure according to an embodiment of the invention.

Fig. 3 is a schematic view of an extending structure of the flowerpot according to the embodiment of the invention.

Fig. 4 is a side view of the overall structure of the plant maintenance device and the trimming robot according to the embodiment of the present invention.

Fig. 5 is a top view of the overall structure of the trimming robot according to the embodiment of the present invention.

FIG. 6 is a side view of the overall structure of the docking mechanism according to the embodiment of the present invention.

FIG. 7 is a side view of the overall structure of a control head and a docking head according to an embodiment of the present invention.

FIG. 8 is a side view of the overall structure of the mounting plate according to the embodiment of the present invention.

Fig. 9 is a schematic view of the overall structure of the ripping claw according to the embodiment of the present invention.

Fig. 10 is a side view of the overall structure of a ripping claw according to an embodiment of the invention.

Fig. 11 is a top view of the overall structure of the ripping claw according to the embodiment of the present invention.

In the figure: 1, building body;

2 fixing the module, 2001 supporting the slide hole;

21 a storage tank;

22 control rod, 2201 locking hole, 2202 first electromagnet;

23 fixing bottom plate, 2301 baffle, 2302 connecting mechanism, 2303 control base, 2304 first rotating shaft, 2305 first water inlet hole, 2306 mechanism internal groove, 2307 locking shaft, 2308 first spring, 2309 butt joint mechanism, 2310 water pipe joint, 2311 base sliding port, 2312 base internal groove, 2313 second spring, 2314 top pressure rod, 2315 water seepage hole, 2316 first connecting water pipe, 2317 butt joint, 2318 bottom plate sliding hole, 2319 first gear, 2320 third spring, 2321 second connecting water pipe, 2322 mechanism sliding groove, 2323 clamping sliding block, 2324 magnet, 2325 fourth spring, 2326 magnet sliding groove, 2327 second water inlet hole, 2328 third water inlet hole, 2329 clamping hole, 2330 second electromagnet, 2331 swinging bracket, 2332 fifth spring, 2333 supporting sliding groove, 2334 control rotating shaft and 2335 locking block;

24 flowerpot, 2401 flowerpot bottom hole;

25 press rod, 2501 press rod support shaft;

3 sliding track, 3001 slideway sliding groove and 3002 slideway tooth groove;

31 trimming the machine body, 3101 a machine body groove, 3102 a baffle clamping groove and 3103 a machine body bottom groove;

a control shaft 32, a first motor 3201, a first rotating rod 3202, a second threaded hole 3203, a second threaded shaft 3204, a first supporting rotating shaft 3205 and a second supporting rotating shaft 3206;

33 control head, 3301 third electromagnet;

34 a second motor, 3401 a second rotating rod, 3402 a second threaded hole, 3403 a third threaded shaft, 3404 a clamping claw, 3405 a supporting shaft, 3406 a clamping joint, 3407 a connecting bracket, 3408 a pulling rod, 3409 a fourth threaded shaft, 3410 a third motor, 3411 a third rotating rod and 3412 a fourth threaded hole;

35 a support rod;

the control end 36, the soil loosening claw 3601, the 3602 connecting base, the 3603 telescopic rod, the 3604 first gear, the 3605 hinge, the 3606 return spring, the 3607 air bag and the 3608 connecting air pipe;

37 control rack bar;

4, a lifter body, a 4001 body side groove, a 4002 third supporting rotating shaft, a 4003 jacking spring, a 4004 locking shaft, a 4005 third motor, a 4006 driving gear, a 4007 third threaded shaft, a 4008 supporting rotating head, a 4009 tensioning sliding block, a 4010 sliding block sliding groove and a 4011 supporting rotating wheel;

41 connecting frame, 4101 square shaft, 4102 telescopic screw shaft, 4103 driving motor and 4104 square sliding hole.

Detailed Description

As shown in fig. 1 to 11, an intelligent green building body comprises a building body 1, wherein a window is arranged on the building body 1, and the building body comprises a plant maintenance device and a trimming robot. Can carry out the maintenance to the plant on the building body through plant curing means, can carry out automatic pruning to the plant through pruning robot.

The plant maintenance device comprises a fixed module 2, a fixed bottom plate 23, a baffle plate 2301, a connecting mechanism 2302, control bases 2303, a control rod 22 and a flowerpot 24, wherein the fixed module 2 is provided with a row of storage grooves 21, the fixed bottom plate 23 swings in the storage grooves 21, the control bases 2303 are respectively arranged on the fixed bottom plate 23, the baffle plate 2301 is arranged at the end part of the fixed base 23 and swings on the fixed base 23, the connecting mechanism 2302 is arranged on the fixed base 23, the control rod 22 slides in the fixed module 2, the connecting mechanism 2302 is connected on the control rod 22, the control rod 22 controls the connecting mechanism 2302 to swing, the flowerpot 24 is arranged on the fixed bottom plate 23, a locking block 2335 capable of sliding in a telescopic manner is arranged on the control base 2303, and the locking block 2335 extends into the flowerpot 24 to slide, the locking block 2335 is provided with a water seepage hole 2315, the control rod 22 is provided with a first water inlet hole 2305, the connecting mechanism 23022 is provided with a sliding locking shaft 2307, the locking shaft 2307 is connected to the control rod 22, the connecting mechanism 2302 is further provided with a butting mechanism 2309, the butting mechanism 2309 is provided with a clamping slide block 2323 which can slide in a telescopic manner, the clamping slide block 2323 is provided with a first water inlet hole 2305, after the clamping slide block 2323 is connected to the control rod 22 in a sliding manner, the second water inlet hole 2327 is correspondingly communicated with the first water inlet hole 2305, and the second water inlet hole 2327 is correspondingly communicated with the water seepage hole 2315.

The fixing module 2 is arranged on a building body 1, a row of storage grooves 21 are arranged on the fixing module 2, the number of the storage grooves 21 is determined according to the design requirement, the height of the fixing module 2 corresponds to the height of the building body 1, the fixing bottom plate 23 is arranged in the storage grooves 21, the fixing bottom plate 23 swings in the storage grooves 21, the end part of the fixing bottom plate 23 is provided with a baffle plate 2301, the baffle plate 2301 can swing on the ancient bottom plate 23, the flowerpot 24 can be blocked through the baffle plate 2301, so that the flowerpot 24 is prevented from slipping off from the fixing bottom plate 23, the fixing base 23 is provided with a locking block 2335 capable of sliding in a telescopic way, the locking block 2335 can slide in the flowerpot 24 in a telescopic way, the flowerpot can be locked through the locking block 2335, so that the flowerpot is prevented from sliding randomly, a water seepage hole 2315 is arranged in the locking block 2335, and the water seepage hole 2315 is a through, the water can flow into the flowerpot after seeping through the seeping holes 2315, so that the plants in the flowerpot 24 can be watered, the plants can be further conveniently maintained, the connecting mechanism 2302 is provided with a sliding locking shaft 2307, the locking shaft 2307 can be clamped on the control rod 22 after sliding, the control rod 22 can slide to drive the locking shaft 2307 to slide, the connecting mechanism 2302 is driven to move, the swinging of the fixed bottom plate 23 is controlled, the swinging of the flowerpot 24 is further controlled, the bottom of the training mechanism 2302 is further provided with a butt-joint mechanism 2309, the butt-joint mechanism 2309 is provided with a clamping slide block 2323 which slides in a telescopic manner, the clamping slide block 2323 is provided with a first water inlet hole 2305, after the butt-joint mechanism 2309 is clamped on the control rod 22, the first water inlet hole 2305 is correspondingly communicated with the second water inlet hole 2327, be provided with a through-hole first inlet opening 2305 promptly on control lever 22, in water through in the first inlet opening 2305 can circulate second inlet opening 2327, in the infiltration hole 2315 is arrived in further circulation through second inlet opening 2327 to can carry flowerpot 24 with water through infiltration hole 2315 in, water the plant in the flowerpot, further avoid through the trouble that artifical maintenance caused, great improvement maintenance efficiency, reduce the maintenance cost.

The trimming robot comprises a sliding rail 3, a trimming machine body 31 and a lifter body 4, wherein the lifter body 4 slides on the sliding rail 3, the lifter body 4 is connected to the trimming machine body 31 and slides on the lifter body 4, and a swinging control shaft 32 is arranged at the bottom of the trimming machine body 31;

the trimming machine body 31 is also provided with a control rack bar 37;

the trimming machine body 31 is provided with a machine body groove 3101, and a clamping claw 3404 is arranged in the machine body groove 3101;

the fixed module 2 is arranged in the building body 1, and the sliding track 3 is arranged on the building body 3;

the trimming machine body 31 is provided with a support frame 35, a control end head 36 is arranged at the end part of the support frame 35, and a plurality of loosening claws 3601 which swing synchronously are arranged on the control end head 36;

the fixed module 2 is arranged in a building 1, the sliding track 3 is arranged on the building 3, after the trimming machine body 31 slides, the control shaft 32 is connected to the bottom of the locking block 2334, the control shaft 2334 controls the locking block 2334 to slide up and down, the control gear rod 37 is inserted into the fixed bottom plate 23 and controls the swinging of the baffle 2301, the baffle 2301 is clamped in the machine body groove 3101, the clamping claw 3404 is clamped on the flowerpot 24, and the loosening claw 3601 is inserted into the flowerpot 24 to swing.

The fixed modules 2 are arranged on a building body 1, the number of the fixed modules 2 is determined according to the design requirement, the sliding rails 3 are arranged on the building body 1, the elevator body 4 can slide up and down on the sliding rails 3, the elevator body 4 can drive the trimming machine body 31 to lift up and down, so that the flower pot 24 can be further operated through the trimming machine body 31 after the trimming machine body 31 is lifted to a specified height, the trimming machine body 31 can slide on the elevator body 4 in a telescopic way, so that the trimming machine body 31 is controlled to stretch out and draw back, a machine body groove 3101 is arranged on the trimming machine body 31, a clamping claw 3404 capable of sliding in a telescopic way is arranged in the machine body groove 3101, a control toothed bar 37 is also arranged on the trimming machine body 31, when the trimming machine body 31 slides in a telescopic way, the swinging of the baffle 2301 can be further controlled by the control toothed bar 37, when the baffle 2301 is stretched, can be convenient for pull out flowerpot 24, back on flowerpot 24 through further joint of joint claw 3401, can stimulate flowerpot 24 to organism recess 3101, thereby change flowerpot 24, can change withered plant, thereby can avoid the artifical trouble that causes of changing, the efficiency of great improvement change, still be provided with a support frame 35 on pruning organism 31, be provided with a plurality of synchronous swing's claw 3601 that loosens the soil on support frame 35, the in-process of maintenance of loosening the soil is carried out to the soil in the flowerpot 24 as needs, can insert flowerpot 24 with claw 3601 that loosens the soil, can further loosen the soil to soil through claw 3601 that loosens the soil, thereby realize carrying out the purpose of maintenance to flowerpot 24, great improvement the efficiency of 24 maintenance of flowerpot, avoid the trouble that artifical maintenance caused.

As shown in fig. 2 and 3, the fixed module 2 is provided with a supporting slide hole 2001 for supporting the control rod 22 to slide, the bottom of the supporting rod 22 is rotatably connected with a pressing rod 25, and the fixed module 2 is further provided with a pressing rod supporting shaft 2501 for supporting the pressing rod 25 to swing.

The control rod 22 is supported through the supporting sliding hole 2001, normal sliding operation of the control rod is guaranteed, the control rod 22 can be jacked to slide through the pressure rod 25, the fixed fixing bottom plate 23 is driven to swing, swinging of the flowerpot 24 is controlled, and green plants can be exposed out of the building body 1 to achieve the purpose of appreciation.

As shown in fig. 2, 3 and 6, the control rod 22 is provided with a locking hole 2201 correspondingly engaged with the locking shaft 2307, the locking hole 2201 is provided with a first electromagnet 2202 therein, the connecting mechanism 2302 is provided with a mechanism inner groove 2306 therein, the locking shaft 2307 is arranged in the mechanism inner groove 2306 in a T shape to slide, and the mechanism inner groove 2306 is provided with a first spring 2308 for elastically pressing the locking shaft 2307 to slide.

After the locking shaft 2307 is pressed by the first spring 2308 to slide, the locking shaft 2307 can be pressed into the locking hole 2201, so that the locking shaft 2307 can be driven to move through the up-and-down sliding of the control handle 22, the fixed bottom plate 23 is further driven to swing, a first electromagnet 2202 is arranged in the locking hole 2201, and can be repelled from the locking shaft 2307 after being electrified through the first electromagnet 2202, so that the locking shaft 2307 can be pushed to slide, the end part of the locking shaft 2307 is provided with a magnet, the locking shaft 2307 can be separated from the control rod 22 after being pushed to slide, so that the control rod 22 can be conveniently installed and maintained, and the control rod 22 is provided with multiple sections, so that the control rod 22 can be conveniently assembled.

The control rod 22 is provided with a water pipe connector 2310, the water pipe connector 2310 is provided with a third water inlet hole 2328 correspondingly communicated with the first water inlet hole 2305, the water pipe connector 2310 is provided with a second electromagnet 2330, the docking mechanism 2309 is connected to the connecting mechanism 2302 through a third spring 2320, the docking mechanism 2309 is provided with a mechanism chute 2322 supporting the clamping slider 2323 to slide, the clamping slider 2323 is provided with a magnet 2324, the magnet 2324 is magnetically connected to the second electromagnet 2330, the docking mechanism 2309 is provided with a fourth spring 2325 supporting the magnet 2324 to slide, the second water inlet hole 2327 is correspondingly communicated with the third water inlet hole 2328, the second electromagnet 2330 is correspondingly repelled from the magnet 2324 after being electrified, the clamping slider 2323 is provided with a second connecting water pipe 2321 correspondingly communicated with the second water inlet hole 2327, the second connection water pipe 2321 and the water seepage hole 2315 are correspondingly communicated through a first connection water pipe 2316.

The control rod 22 is provided with a water pipe connector 2310, the water pipe connector 2310 is provided with a third water inlet hole 2328, the third water inlet hole 2328 is correspondingly communicated with the first water inlet hole 2305, the water pipe connector 2310 is provided with a second electromagnet 2330, the docking mechanism 2309 is connected with the connecting mechanism 2302 through a third spring 2320, the docking mechanism 2309 can swing through the third spring 2320, the docking mechanism 2309 is provided with a sliding clamping slide block 2323, the clamping slide block 2323 is provided with a second water inlet hole 2327, the magnet 2324 can be magnetically connected with the second electromagnet 2330 correspondingly, so that the second water inlet hole 2327 and the third water inlet hole 2328 can be further correspondingly communicated, the clamping slide block 2323 is further provided with a second connecting water pipe 2321, the second connecting water pipe 2321 is connected with a first connecting water pipe 2316, and the first connecting water pipe 2316 is connected with the water seepage hole 2315, so that the plant can be further conveyed into the flowerpot 24, and the plant in the flowerpot 24 can be watered and maintained, and when the second electromagnet 2330 is energized, the plant can correspondingly repel the magnet 2324, so that the swinging of the docking mechanism 2309 is pushed, the clamping slide 2323 is separated from the water pipe connector 2310, and the installation and maintenance of the control rod 22 can be facilitated.

As shown in fig. 4 and 7, a bottom hole 2401 corresponding to the locking block 2335 is formed at the bottom of the flowerpot 24, a base sliding opening 2311 for supporting the locking block 2335 to slide is formed in the control base 2303, a pressing rod 2314 is arranged at two sides of the locking block 2335, a base inner groove 2312 for supporting the pressing rod 2314 to slide is formed in the control base 2303, and a second spring 2313 for pressing the pressing rod 2314 to slide is formed in the base inner groove 2312.

A flowerpot bottom hole 2401 is formed in the bottom of the flowerpot 24, the flowerpot bottom hole 2401 is a through hole, a sliding locking block 2335 is arranged on the control base 2303, a base sliding opening 2311 is formed in the control base 2303, the locking block 2335 can be supported through the base sliding opening 2311, so that the normal sliding of the flowerpot is guaranteed, the jacking rod 2314 is sprung through the second spring 2313, the locking block 2335 is jacked to slide, the locking block 2335 slides into the flowerpot 24 through the flowerpot bottom hole 2401, and the flowerpot 24 is locked through the locking block 2335 to prevent the flowerpot from sliding randomly.

As shown in fig. 4 and 7, a first rotating shaft 2304 for supporting the fixed bottom plate 23 to swing is disposed in the storing slot 21, a rotating control rotating shaft 2334 is disposed in the fixed bottom plate 23, a plurality of swing brackets 2331 are disposed on the control rotating shaft 2334, the baffle 2301 is fixedly connected to the swing brackets 2331, a support sliding slot 2333 for supporting the swing brackets 2331 to swing is disposed on the fixed bottom plate 23, a fifth spring 2332 is disposed at each of two ends of the control rotating shaft 2334, a first gear 2319 is further disposed on the control rotating shaft 2334, and rotation of the first gear 2319 controls rotation of the control rotating shaft 2334.

The rotation of the control rotating shaft 2334 can be driven by the rotation of the first gear 2319, so as to drive the swing of the swing bracket 2331, the baffle plate 2301 is connected to the swing bracket 2331, so as to control the swing of the swing bracket 2331 and further drive the swing of the baffle plate 2301, the control rotating shaft 2334 can be supported by the fifth spring 2332 to rotate, so that the control rotating shaft 2334 is reset, the support sliding groove 2333 is arranged on the fixed bottom plate 23, the swing bracket 2331 is supported by the support sliding groove 2333, the normal swing of the swing bracket 2331 can be ensured, and the control of the flowerpot 24 can be facilitated after the baffle plate 2301 is opened.

As shown in fig. 4 and 8, the fixed base plate 23 is provided with a base plate sliding hole 2318 corresponding to the first gear 2319, and after the control gear lever 37 slides in the base plate sliding hole 2318, the control gear lever 37 is provided with a tooth groove correspondingly engaged with the first gear 2319;

the bottom of the locking block 2335 is provided with a butt joint 2317, the butt joint 2317 is provided with a clamping hole 2329, the end of the control shaft 32 is provided with a control head 33, the control head 33 is provided with a third electromagnet 3301 corresponding to the clamping hole 2329, and the third electromagnet 3301 is magnetically attracted and connected in the clamping hole 2329 after being electrified.

When the trimmer body 31 slides to a designated height, the control rack bar 37 can be further inserted into the bottom plate slide hole 2318 through the telescopic sliding of the trimmer body 31, the control rack bar 37 is provided with a serrated tooth groove so as to be correspondingly meshed and connected with the first gear 2319, the rotation of the first gear 2319 can be further controlled, the rotation of the control rotating shaft 2334 can be further controlled, and the swinging of the baffle 2301 can be further controlled;

the bottom of the locking block 2335 is provided with a butt joint 2317, the butt joint 2317 is provided with a clamping hole 2329, the end of the control shaft 32 is provided with a control head 33, and the control head 33 can be magnetically connected with the butt joint 2317 correspondingly after being electrified by the third electromagnet 3301, so that the third electromagnet 3301 can be clamped in the clamping hole 2329, and the locking block 2335 can be controlled to slide telescopically by swinging the control shaft 32.

As shown in fig. 1 and 5, a sliding track 3001 is disposed on the sliding track 2, two sides of the sliding track 3001 are respectively provided with a sliding track spline 3002, the elevator body 4 is provided with a body side groove 4001, two third supporting rotating shafts 4002 are disposed in the body side groove 4001, the third supporting rotating shafts 4002 are respectively provided with a swinging locking shaft 4004, ends of the locking shaft 4004 are respectively provided with a driving gear 4006 driven by a third motor 4005, the driving gears 4006 are respectively engaged with the sliding track splines 3003, two sides of the body side groove 4001 are respectively provided with a pressing spring 4003 for pressing the locking shaft 4004 to slide, the elevator body 4 is provided with a third threaded shaft 4007 for telescopic sliding, one end of the third threaded shaft 4007 is provided with a tensioning slider 4009, two ends of the pressing slider 4009 are respectively provided with a rotating supporting rotating runner 4011, the locking shaft 4004 is respectively provided with a sliding block sliding groove 4010 for supporting the sliding of the rotating wheel 4011, the other end of the third threaded shaft 4007 is provided with a rotating supporting rotating head 4008, and the supporting rotating head 4008 is provided with a threaded hole correspondingly meshed and connected with the third threaded shaft 4007.

A rail sliding groove 3001 is arranged on the sliding rail 2, a slideway tooth socket 3002 is respectively arranged at two sides of the rail sliding groove 3001, a machine body side groove 4001 is arranged on the elevator machine body 4, a threaded hole which is correspondingly engaged and connected with the third threaded shaft 4007 is arranged on the supporting rotary head 4008, the third threaded shaft 4007 can be driven to telescopically slide by the rotation of the supporting rotary head 4008, a tensioning slide block 4009 is arranged at the end part of the third threaded shaft 4007, a rotary supporting rotary wheel 4011 is respectively arranged at two ends of the tensioning slide block 4009, a slide block sliding groove 4010 is respectively arranged on the locking shaft 4004, the supporting rotary wheels 4011 respectively rotate in the slide block sliding groove 4010, the sliding of the tensioning slide block 4009 can be pulled by the sliding of the third threaded shaft 4007, and the swinging of the locking shaft 4004 is pressed by the supporting rotary wheel 4011, so that the replacing gear 4006 can be pressed on the slideway tooth socket 3003, the third motor 4005 drives the driving gear 4006 to rotate, so as to drive the elevator body 4 to ascend and descend.

As shown in fig. 4 and 5, the elevator body 4 is provided with a connecting frame 41, the connecting frame 41 is provided in an L shape, the connecting frame 41 is provided with a square shaft 4101, the trimming body 31 is provided with a square sliding hole 4104 corresponding to the square shaft 4101, the trimming body 31 is provided with an expansion threaded shaft 4102 driven by a driving motor 4103, and the square shaft 4101 is provided with a threaded hole correspondingly engaged with the expansion threaded shaft 4102.

A connecting frame 41 is arranged on the lifting machine body 4, a square shaft 4101 is arranged on the connecting frame 41, a square sliding hole 4104 corresponding to the square shaft 4101 is arranged on the trimming machine body 31, the square shaft 4101 slides in the square sliding hole 4104, a telescopic threaded shaft 4102 driven by a driving motor 4103 is arranged on the trimming machine body 31, and a threaded hole correspondingly engaged and connected with the telescopic threaded shaft 4102 is arranged on the square shaft 4101, so that the sliding of the trimming machine body 31 can be further controlled through the rotation of the telescopic threaded shaft 4102, and the sliding of the trimming machine body 31 can be controlled.

The bottom of the trimming body 31 is provided with a body bottom groove 3103, a second supporting rotating shaft 3206 is arranged in the body bottom groove 3103, an end of the control shaft 32 rotates on the second supporting rotating shaft 3206, a first rotating rod 3202 driven by a first motor 3201 is arranged in the trimming body 31, a second threaded hole 3203 is arranged on the first rotating rod 3202, a second threaded shaft 3204 correspondingly engaged and connected is arranged in the second threaded hole 3203, a first supporting rotating shaft 3205 is arranged on the control shaft 32, and an end of the second threaded shaft 3204 rotates on the first supporting rotating shaft 3205.

A body bottom groove 3103 is formed at the bottom of the trimming body 31, the first rotating rod 3202 is driven to rotate by the rotation of the first motor 3201, a second threaded hole 3203 is formed on the first rotating rod 3202, a second threaded shaft 3204 in meshed connection is arranged in the second threaded hole 3203, a first supporting rotating shaft 3205 is arranged on the control rod 32, the end of the second threaded shaft 3204 rotates on the first supporting rotating shaft 3205, the control rod 32 is supported by the second supporting rotating shaft 3206, so that the normal swing of the control rod 32 is ensured, the swing of the control rod 32 can be further controlled by the lifting and lowering of the second threaded shaft 3204, and the locking block 2335 is further extended and retracted.

As shown in fig. 4 and 11, a bottom of the body groove 3101 is provided with a latching groove 3102 for the baffle, the trimming body 31 is further provided with a second rotating shaft 3401 driven by a second motor 34, the second rotating shaft 3401 is provided with a third threaded hole 3402, the latching claw 3404 is provided with a third threaded shaft 3403, the third threaded shaft 3403 is correspondingly engaged and connected with the third threaded hole 3402, the third threaded shaft 3403 is provided with a supporting shaft 3405 sliding on the trimming body 31, the third threaded shaft 3403 is provided with a third rotating rod 3411 driven by a third motor 3410, the third rotating rod 3411 is provided with a fourth threaded hole 3412, the fourth threaded hole 3412 is provided with a correspondingly engaged and connected fourth threaded shaft 3409, two ends of the latching claw 3404 are respectively provided with a swinging latching head 3406, the clamp connectors 3406 are respectively provided with a connecting bracket 3407, the connecting brackets 3407 are respectively provided with a rotating pulling rod 3408, and the two pulling rods 3408 are rotatably connected with the end part of the fourth threaded shaft 3409.

A baffle clamping groove 3102 is arranged at the bottom of the body groove 3101, the baffle 2301 is in swing clamping in the baffle clamping groove 3102, a second rotating rod 3401 driven by a second motor 34 is arranged in the trimming body 31 and is correspondingly engaged and connected with the third threaded shaft 3403 through a third threaded hole 3402 so as to push the clamping claw 3404 to telescopically slide, a supporting shaft 3405 is arranged on the clamping claw 3404 and can slide in a sliding hole arranged on the trimming body 31, the clamping claw 3404 is supported through the supporting shaft 3405 so as to prevent the clamping claw 3404 from rotating, the third rotating rod 3411 is driven to rotate through a third motor 3410, the telescopic sliding of the fourth threaded shaft 3409 is further pushed through the corresponding engaged and connected of the fourth threaded shaft 3409 and the fourth threaded hole 3412, and the connecting bracket 3407 can be further pushed through the pulling rod 3408, and then promote joint 3406's swing to can the joint on disc chuck 24 through joint 3406, thereby further control flowerpot 24, joint 3406 passes through hinged joint in the tip of joint claw 3404, thereby can be through further clamp flowerpot 24 of clamping claw 3404, be convenient for control flowerpot 24.

As shown in fig. 4, 9 and 10, a telescopic rod 3603 which slides telescopically is arranged on the control end 36, two first gears 3604 which clamp the telescopic rod 3603 to rotate are arranged in the control end 36, tooth grooves which are correspondingly engaged and connected with the first gears 3604 are arranged on the telescopic rod 3603, a connecting base 3602 is arranged at the end part of the telescopic rod 3603, a plurality of soil loosening claws 3601 are respectively arranged on the connecting base 3602, the soil loosening claws 3601 are respectively provided with a plurality of sections, the end parts of two adjacent soil loosening claws 3601 are respectively and correspondingly connected through a hinge 3605, two adjacent soil loosening claws 3601 are respectively and correspondingly connected through a return spring 3606, an air bag 3607 is respectively arranged in the return spring 3606, and a connecting air pipe 3608 is respectively arranged on the air bag 3607.

The telescopic rod 3603 is telescopically slid on the control end 36, the end part of the telescopic rod 3603 is provided with a connecting base 3602, a plurality of soil loosening claws 3601 are arranged and are respectively arranged on the connecting base 3602, two first gears 3604 which are clamped and rotated are arranged in the control end 36, the telescopic rod 3603 slides between the two first gears 3604, and sawtooth tooth sockets are arranged at two sides of the telescopic rod 3603, so that the up-and-down sliding of the telescopic rod 3603 can be controlled through the rotation of the first gears 3604, the up-and-down sliding of the soil loosening claws 3601 can be controlled, after the soil loosening claws 3601 are inserted into the flowerpot 24, the air bag 3607 can be inflated and expanded through the ventilation of the connecting air pipe 3608, the two soil loosening claws 3601 are pressed, the air bag 3607 is inflated and exhausted, and the two soil loosening claws 3601 intermittently swing through the elastic pressure of the return spring 3606, and the soil loosening operation in the flowerpot 24 is further performed, the object of automatic maintenance is achieved, the soil loosening claws 3601 are formed by multiple sections, and the two soil loosening claws 3601 are connected through a hinge, so that the soil loosening claws 3601 formed by connecting the multiple sections can swing.

The working principle of the invention is as follows:

the building body 1 is provided with a fixed module 2, the height of the fixed module 2 corresponds to that of the building body 1, the building body 1 is also provided with a sliding track 3, the sliding track 3 is arranged at one side of the fixed module 2, the sliding track 3 is provided with a sliding elevator body 4, and the sliding of the trimming machine body 3 can be driven by the sliding of the elevator body 4;

the fixing module 2 is provided with the parallel storage grooves 21, the storage grooves 21 are internally provided with a swinging fixing base 23 respectively, the fixing module 2 is internally provided with a sliding control rod 22, the height of the control rod 22 corresponds to the height of the fixing module 2, the fixing base 23 can be driven to swing through the sliding of the control rod 22, and the flowerpot 24 is arranged on the fixing base 23, so that the flowerpot 24 can be leaked outside the building body 1 in the swinging process of the fixing base 23, the attractive purpose is achieved, meanwhile, the flowerpot 24 can be stored after being contracted into the storage grooves 21, and the damage of strong wind to plants in the flowerpot is prevented;

the fixing base 23 is also provided with a control base 2303, the control base 2303 is provided with a sliding locking block 2335, the locking block 2335 is provided with a water seepage hole 2315, the top of the flowerpot 24 is provided with a flowerpot bottom hole 2401, and the locking block 2335 can be clamped in the flowerpot bottom hole 2401, so that the flowerpot 24 can be locked through the locking block 2335, the flowerpot 24 is prevented from sliding randomly, meanwhile, the plant in the flowerpot 24 can be irrigated after water seepage is carried out through the water seepage hole 2315, the purpose of plant maintenance is achieved, the trouble caused by manual plant maintenance is further avoided, the plant maintenance efficiency is greatly improved, and the cost is reduced;

a swinging control shaft 32 is arranged at the bottom of the trimming machine body 3, a control head 33 is arranged at the end of the control shaft 32, a butt joint 2317 is arranged on the locking block 2335, and the sliding of the locking block 2335 can be further controlled by the swinging of the control shaft 32 after the butt joint of the control head 33 and the butt joint 2317, so that the locking of the flowerpot 24 is controlled;

the pruning machine body 3 is provided with a control toothed bar 37, the control toothed bar 37 is provided with a serrated tooth socket, when the pruning machine body 3 slides, the control toothed bar 37 can be correspondingly meshed and connected with the first gear 2319 through the control toothed bar 37, so that the swinging of the baffle 2301 can be controlled, and after the baffle 2301 is opened, the flower disc 24 slides into the machine body groove 3101 through the baffle 2301, so that a withered flower pot 24 can be replaced;

a clamping claw 3404 capable of sliding in a telescopic manner is arranged in the machine body groove 3101, can be clamped on the flowerpot 24 through the telescopic sliding of the clamping claw 3404, further pulls the flowerpot 24 into the machine body groove 3101, two ends of the clamping claw 3404 are respectively provided with a swinging clamping head 3406, and can be clamped on the flowerpot 24 through the swinging of the clamping head 3406, so that the flowerpot 24 is controlled;

be provided with a bracing piece 35 on pruning organism 31, be provided with wobbling claw 3601 that loosens the soil at the tip of bracing piece 35, carry out the in-process of maintenance as needs to the soil in the flowerpot 24, insert in the flowerpot 24 after through claw 3404 that loosens the soil, can be convenient for loosen the soil in the flowerpot 24 to reach the purpose of maintenance, further avoid the trouble that artifical maintenance caused, great improvement the maintenance efficiency of plant, reduce the maintenance cost to building body 1.

The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be considered to be within the technical scope of the present invention, and the technical solutions and the inventive concepts thereof according to the present invention should be equivalent or changed within the scope of the present invention.

Claims

1. The utility model provides an intelligence green building body, is provided with window, its characterized in that including building body (1) on building body (1): comprises a plant maintenance device and a pruning robot;

the plant maintenance device comprises a fixed module (2), a fixed bottom plate (23), a baffle plate (2301), a connecting mechanism (2302), a control base (2303), a control rod (22) and a flowerpot (24), wherein the fixed module (2) is provided with a row of storage grooves (21), the fixed bottom plate (23) swings in the storage grooves (21), the control base (2303) is respectively arranged on the fixed bottom plate (23), the baffle plate (2301) is arranged at the end part of the fixed base (23) and swings on the fixed base (23), the connecting mechanism (2302) is arranged on the fixed base (23), the control rod (22) slides in the fixed module (2), the connecting mechanism (2302) is connected on the control rod (22), and the control rod (22) controls the connecting mechanism (2302) to swing, the flowerpot (24) is arranged on the fixed bottom plate (23), a telescopic sliding locking block (2335) is arranged on the control base (2303), the locking block (2335) extends into the flowerpot (24) to slide, a water seepage hole (2315) is arranged on the locking block (2335), a first water inlet hole (2305) is arranged on the control rod (22), a sliding locking shaft (2307) is arranged on the connecting mechanism (23022), the locking shaft (2307) is connected onto the control rod (22), a butt-joint mechanism (2309) is further arranged on the connecting mechanism (2302), a telescopic sliding clamping slide block (2323) is arranged on the butt-joint mechanism (2309), a first water inlet hole (2305) is arranged on the clamping slide block (2323), and after the clamping slide block (232) 3 is connected onto the control rod (22) in a sliding mode, the second water inlet hole (2327) is communicated with the first water inlet hole (2305) correspondingly, the second water inlet hole (2327) is correspondingly communicated with the water seepage hole (2315);

the trimming robot comprises a sliding rail (3), a trimming machine body (31) and a lifting machine body (4), wherein the lifting machine body (4) slides on the sliding rail (3), the lifting machine body (4) is connected to the trimming machine body (31) and slides on the lifting machine body (4), and a swinging control shaft (32) is arranged at the bottom of the trimming machine body (31);

the pruning machine body (31) is also provided with a control rack bar (37);

the pruning machine body (31) is provided with a machine body groove (3101), and a clamping claw (3404) is arranged in the machine body groove (3101);

the pruning machine body (31) is provided with a support frame (35), a control end head (36) is arranged at the end part of the support frame (35), and a plurality of soil loosening claws (3601) which swing synchronously are arranged on the control end head (36);

the fixed module 2 is arranged in a building body (1), and the sliding track (3) is arranged on the building body (3);

fixed module (2) sets up in building body (1), slip track (3) set up on building body (3), trim organism (31) slip back, control shaft (32) are connected the bottom of locking piece (2334), control shaft (2334) control the up-and-down slip of locking piece (2334), control ratch (37) insert in PMKD (23), and control the swing of baffle (2301), baffle (2301) joint is in organism recess (3101), joint claw (3404) joint is on flowerpot (24), break soil claw (3601) insert the flowerpot (24) in the swing.

2. The intelligent green building body of claim 1, wherein: the fixed module (2) is provided with a supporting sliding hole (2001) for supporting the control rod (22) to slide, the bottom of the supporting rod (22) is rotatably connected with a pressing rod (25), and a pressing rod supporting shaft (2501) for supporting the pressing rod (25) to swing is further arranged in the fixed module (2).

3. The intelligent green building body of claim 1, wherein: the control rod (22) is provided with a locking hole (2201) correspondingly clamped with the locking shaft (2307), a first electromagnet (2202) is arranged in the locking hole (2201), a mechanism inner groove (2306) is arranged in the connecting mechanism (2302), the locking shaft (2307) is arranged in the mechanism inner groove (2306) in a T shape to slide, and a first spring (2308) for elastically pressing the locking shaft (2307) to slide is arranged in the mechanism inner groove (2306);

a water pipe joint (2310) is arranged on the control sensor (22), a third water inlet hole (2328) correspondingly communicated with the first water inlet hole (2305) is arranged on the water pipe joint (2310), a second electromagnet (2330) is arranged on the water pipe joint (2310), the butt joint mechanism (2309) is connected to the connecting mechanism (2302) through a third spring (2320), a mechanism sliding groove (2322) supporting the clamping sliding block (2323) to slide is arranged on the butt joint mechanism (2309), a magnet (2324) is arranged on the clamping sliding block (2323), the magnet (2324) is connected to the second electromagnet (2330) in a magnetic absorption manner, a fourth spring (2325) supporting the magnet (2324) to slide is arranged on the butt joint mechanism (2309), and a magnet sliding groove (2326) supporting the magnet (2324) to slide is arranged in the butt joint mechanism (2309), the second water inlet hole (2327) is correspondingly communicated with the third water inlet hole (2328), the second electromagnet (2330) is correspondingly repelled with the magnet (2324) after being electrified, a second connecting water pipe (2321) correspondingly communicated with the second water inlet hole (2327) is arranged on the clamping sliding block (2323), and the second connecting water pipe (2321) is correspondingly communicated with the water seepage hole (2315) through a first connecting water pipe (2316).

4. The intelligent green building body of claim 1, wherein: the bottom of the flowerpot (24) is provided with a flowerpot bottom hole (2401) corresponding to the locking block (2335), the control base (2303) is provided with a base sliding opening (2311) supporting the locking block (2335) to slide, two sides of the locking block (2335) are provided with jacking rods (2314), the control base (2303) is internally provided with a base inner groove (2312) supporting the jacking rods (2314) to slide, and the base inner groove (2312) is internally provided with a second spring (2313) elastically pressing the jacking rods (2314) to slide.

5. The intelligent green building body of claim 1, wherein: the swing type storage tank is characterized in that a first rotating shaft (2304) supporting the fixed bottom plate (23) to swing is arranged in the storage tank (21), a rotating control rotating shaft (2334) is arranged in the fixed bottom plate (23), a plurality of swing supports (2331) are arranged on the control rotating shaft (2334), the baffle plate (2301) is fixedly connected to the swing supports (2331), supporting sliding grooves (2333) supporting the swing supports (2331) to swing are arranged on the fixed bottom plate (23), fifth springs (2332) are respectively arranged at two ends of the control rotating shaft (2334), a first gear (2319) is further arranged on the control rotating shaft (2334), and rotation of the first gear (2319) controls rotation of the control rotating shaft (2334).

6. The intelligent green building body of claim 5, wherein: a bottom plate sliding hole (2318) corresponding to the first gear (2319) is formed in the fixed bottom plate (23), after the control gear rod (37) slides in the bottom plate sliding hole (2318), a tooth groove which is correspondingly meshed and connected with the first gear (2319) is formed in the control gear rod (37);

the bottom of the locking block (2335) is provided with a butt joint (2317), the butt joint (2317) is provided with a clamping hole (2329), the end part of the control shaft (32) is provided with a control head (33), the control head (33) is provided with a third electromagnet (3301) corresponding to the clamping hole (2329), and the third electromagnet (3301) is connected in the clamping hole (2329) in a magnetic attraction mode after being electrified.

7. The intelligent green building body of claim 1, wherein: a slide way chute (3001) is arranged on the sliding track (2), a slide way tooth socket (3002) is respectively arranged on two sides of the slide way chute (3001), a machine body side groove (4001) is arranged on the elevator body (4), two third supporting rotating shafts (4002) are arranged in the machine body side groove (4001), a swinging locking shaft (4004) is respectively arranged on the third supporting rotating shafts (4002), a driving gear (4006) driven by a third motor (4005) is respectively arranged at the end part of the locking shaft (4004), the driving gear (4006) is respectively in corresponding meshing connection with the slide way tooth socket (4003), a jacking spring (4003) for elastically pressing the locking shaft (4004) to slide is respectively arranged on two sides of the machine body side groove (4001), and a third telescopic and sliding threaded shaft (4007) is arranged in the elevator body (4), the one end of third threaded shaft (4007) is provided with a taut slider (4009), the both ends that compress tightly slider (4009) are provided with a pivoted support runner (4011) respectively, be provided with the support on locking shaft (4004) respectively support the gliding slider spout (4010) of runner (4011), the other end of third threaded shaft (4007) is provided with a pivoted and supports and turns round (4008), support turn round (4008) on be provided with the corresponding screw hole that the meshing is connected of third threaded shaft (4007).

8. The intelligent green building body of claim 1, wherein: the lifting machine body (4) is provided with a connecting frame (41), the connecting frame (41) is arranged in an L shape, the connecting frame (41) is provided with a square shaft (4101), the trimming machine body (31) is provided with a square sliding hole (4104) corresponding to the square shaft (4101), the trimming machine body (31) is internally provided with a telescopic threaded shaft (4102) driven by a driving motor (4103), and the square shaft (4101) is provided with a threaded hole correspondingly engaged and connected with the telescopic threaded shaft (4102);

the bottom of the trimming machine body (31) is provided with a machine body bottom groove (3103), a second supporting rotating shaft (3206) is arranged in the machine body bottom groove (3103), the end part of the control shaft (32) rotates on the second supporting rotating shaft (3206), a first rotating rod (3202) driven by a first motor (3201) is arranged in the trimming machine body (31), a second threaded hole (3203) is arranged on the first rotating rod (3202), a second threaded shaft (3204) correspondingly connected in a meshed mode is arranged in the second threaded hole (3203), a first supporting rotating shaft (3205) is arranged on the control shaft (32), and the end part of the second threaded shaft (3204) rotates on the first supporting rotating shaft (3205).

9. The intelligent green building body of claim 1, wherein: the bottom of the machine body groove (3101) is provided with a clamping groove (3102) connected with the baffle, a second rotating rod (3401) driven by a second motor (34) is further arranged in the trimming machine body (31), a third threaded hole (3402) is arranged on the second rotating rod (3401), a third threaded shaft (3403) is arranged on the clamping claw (3404), the third threaded shaft (3403) is correspondingly engaged and connected with the third threaded hole (3402), a supporting shaft (3405) sliding on the trimming machine body (31) is arranged on the second threaded shaft (3403), a third rotating rod (3411) driven by a third motor (3410) is arranged on the third threaded shaft (3403), a fourth threaded hole (3412) is arranged in the fourth threaded hole (3412), and a fourth threaded shaft (3409) correspondingly engaged and connected is arranged in the fourth threaded hole (3412), the clamping jaw is characterized in that two ends of the clamping jaw (3404) are respectively provided with a swinging clamping joint (3406), the clamping joint (3406) is respectively provided with a connecting support (3407), the connecting support (3407) is respectively provided with a rotating pulling rod (3408), and the two pulling rods (3408) are rotatably connected with the end part of the fourth threaded shaft (3409).

10. The intelligent green building body of claim 1, wherein: a telescopic rod (3603) which can stretch and slide is arranged on the control end head (36), two first gears (3604) for clamping the telescopic rod (3603) to rotate are arranged in the control end head (36), tooth grooves which are correspondingly engaged and connected with the first gears (3604) are arranged on the telescopic rod (3603), the end part of the telescopic rod (3603) is provided with a connecting base (3602), the soil loosening claws (3601) are provided with a plurality of sections and are respectively arranged on the connecting base (3602), the soil loosening claws (3601) are respectively provided with a plurality of sections, the ends of two adjacent scarification claws (3601) are correspondingly connected through a hinge (3605) respectively, two adjacent scarification claws (3601) are correspondingly connected through a return spring (3606) respectively, an air bag (3607) is arranged in each return spring (3606), and a connecting air pipe (3608) is arranged on each air bag (3607).