CN209171106U - A kind of water-saving intelligent control system device in urban green space - Google Patents

Abstract

The utility model relates to a kind of water-saving intelligent control system devices in urban green space, the utility model utilizes the kickboard being slidably arranged in water tank, unilateral bearing is driven using kickboard, so that the first driving lever closes water inlet control switch, the water level in water tank is allowed at this time rises to extreme position, control switch is closed, simultaneously, a fluid level tube is connected under water tank, in water level decreasing to extreme position, drive piston rod movement so that the second driving lever opens water inlet control switch, water tank is filled the water, simultaneously, humidity measurement instrument in soil can feed back to electromagnetism thrift lock by controller, control electromagnetism thrift lock becomes smaller the water flow of water outlet, the rainwater filled can be flowed out water tank by the gate out switch driving device on water tank, this utility model intelligence degree is high, structure is simple, it is easy to operate, make full use of rainwater with Underground water, which combines, irrigates, and recycles water resource, has largely saved water resource, practical.

Description

A kind of water-saving intelligent control system device in urban green space

Technical field

The utility model belongs to a kind of water-saving intelligence control system of technical field more particularly to urban green space of intelligent water-saving Device.

Background technique

In recent decades, the stressful situation of water resource is still aggravating, have become world many countries government matter as a fire singeing one's eyebrows it Anxious, China is even more to stand in the breach.With economic rapid development, northern territory agriculture, woods, in terms of water consumption Lasting to increase, the contradiction of supply and demand for the water resource is more prominent, and water conservation becomes modern agricultural to reduce production cost, improve yield The trend of industry scientific and technological revolution.The relatively weak reality of water-saving irrigation technique becomes the bottleneck of the trend at present, is modernizing In city, greenery patches is essential and most widely used landscape, while being also irrigation water rich and influential family, is had huge water-saving latent Power.

The water-saving device of green land irrigation keeps soil conservation wet, will not be because of arid caused by plant hydropenia, and regardless of in office Under what weather conditions, it can achieve the purpose that irrigation, save water consumption, in the prior art, urban green space to a greater extent Water-saving device is seldom irrigated using rainwater, and in the CN205063014U patent of the prior art, provides a kind of utilization The equipment that rainwater carries out urban green space irrigation, but this equipment cannot carry out intelligent monitoring to the water level of the rainwater in water tank, from And achieve the purpose that intelligent control, and in this device, if rainwater storage not can be carried out intelligence when full and discharge water, and in irrigation, If it not can be carried out intelligent supply when water deficiency in water tank, meanwhile, in irrigation, soil moisture monitoring cannot be carried out at any time To being fed back, therefore, we urgently a kind of water-saving intelligent control system device in urban green space to solve problem above.

Utility model content

In view of the above problems, in order to solve the problems in the existing technology, we provide a kind of urban green space is water-saving Intelligent control system device solves and not can be carried out Intelligent water level monitoring in the prior art to achieve the purpose that supply, solves simultaneously The problem of having reached feedback cannot be monitored to soil moisture by having determined.

The scheme that the utility model is taken are as follows: a kind of water-saving intelligent control system device in urban green space, including water tank, it is special Sign is, a water tank with strainer is connected above the water tank, connects a get water bucket above the water tank with strainer, the water tank connects respectively Be connected to a water inlet pipe and two groups of outlet pipes, be connected with water inlet solenoid valve and inlet switch on the water inlet pipe in turn, it is described into The other end of water pipe connects water source, is connected with water outlet solenoid valve and electromagnetism thrift lock on one of outlet pipe in turn, and go out The other end of water pipe connects watering device, is connected with gate out switch on another outlet pipe, slides along the vertical direction in the water tank It is connected with a kickboard, the lower end of the kickboard vertically connects one first rack gear, and the first rack gear engagement one is rotatably connected on water First gear in case, the percutaneous V belt translation in the top of the first gear are connected with second tooth being rotatably connected in water tank Wheel, the second gear engagement one slide laterally the second rack gear for being connected to water tank upper surface, and second rack gear engages one turn The third gear being connected to outside water tank is moved, is longitudinally rotated below the third gear and connects one first driving lever, described first group Bar coaxial sleeve consolidates a unilateral bearing, and percutaneous band is sequentially connected between the unilateral bearing and third gear, and described first group Bar is coaxially arranged with the second driving lever being rotatably connected on outside water tank, low water level driving of second driving lever through being connected in water tank Device is driven, and is met the first driving lever and the second driving lever and is cooperated respectively with inlet switch, and driving inlet switch starts or closes, The lower end of the water tank with strainer is connected with two groups of driving kickboard first springs of vertical motion；

The upper end of the water tank connects a gate out switch driving device, meets gate out switch driving device driving gate out switch Open or close, further include the humidity measurement instrument being arranged in soil, humidity measurement instrument connects a controller, and controller with into Mouth of a river solenoid valve, water outlet solenoid valve and the electrical connection of electromagnetism thrift lock.

Preferably, the low water level driving device includes being connected with water tank bottom and being connected to the liquid level outside water tank vertically Tin, one piston of connection is slid vertically in the fluid level tube, one sliding of piston upper end connection wears the work of fluid level tube upper surface Stopper rod, the piston rod upper end connect a vertically arranged third rack gear, are arranged with outside the piston rod and are connected to piston and liquid Second spring between the cylinder of position, the third rack gear engagement one are rotatably connected on the 4th gear outside water tank, the 4th gear For ratchet, the 4th gear and the second driving lever are coaxially connected.

Preferably, rotating switch is set on the inlet switch, the upper and lower sides of the rotating switch be provided be connected into Third spring on mouth switch, first driving lever and second driving lever cooperate with rotating switch respectively, meet driving and rotate Switch is so that inlet switch opens or closes.

Preferably, the gate out switch driving device includes one being rotatably connected on the drive being arranged on water tank upper surface and laterally Movable plate, the driving plate, which meets to be driven by kickboard, to be rotated, and one end that the driving plate is placed in outside water tank slides laterally company It connects a telescopic rod and does not depart from, the other end of the telescopic rod hinged one slides vertically the vertical bar being connected to outside water tank, described perpendicular The lower end of bar connects one the 4th rack gear, and the 4th rack gear engagement one is rotatably connected on the 5th gear outside water tank, and the described 5th A gear coaxially connected first bevel gear connects a second bevel gear on the gate out switch, and meeting second bevel gear can drive Gate out switch opens or closes, and the first bevel gear and second bevel gear engagement, the driving plate are placed in one in water tank The 4th spring for being connected to water tank with strainer lower end is provided with above end.

Preferably, the water in the water inlet pipe, which meets, successively passes through water inlet solenoid valve and inlet switch, the outlet pipe In water meet successively pass through water outlet solenoid valve and electromagnetism thrift lock.

The advantages of the utility model: the utility model is driven single using the kickboard being slidably arranged in water tank using kickboard To bearing, so that the first driving lever closes water inlet control switch, the water level in water tank is allowed at this time and rises to extreme position Place, control switch is closed, meanwhile, it is connected to a fluid level tube under water tank, in water level decreasing to extreme position, drives piston rod It is mobile water tank to be filled the water so that the second driving lever opens water inlet control switch, meanwhile, the Humidity Detection in soil Instrument can feed back to electromagnetism thrift lock by controller, and control electromagnetism thrift lock becomes smaller the water flow of water outlet, the outlet on water tank The rainwater filled can be flowed out water tank by driving mechanism for switch, this utility model intelligence degree is high, and structure is simple, easy to operate, It makes full use of rainwater to irrigate in conjunction with underground water, recycles water resource, largely saved water resource, it is practical.

Detailed description of the invention

Fig. 1 is the three-dimensional angle of field one of the utility model.

Fig. 2 is the main view angle of field two of the utility model.

Fig. 3 is the main view of the utility model.

Fig. 4 is the schematic perspective view that the utility model removes water tank with strainer and get water bucket.

Fig. 5 is the structural schematic diagram of kickboard in the utility model.

Fig. 6 is the cross section view for falling water tank with strainer and get water bucket in the utility model.

Fig. 7 is fluid level tube and its cross section view of coupling part in the utility model.

Fig. 8 is the structural schematic diagram of the 4th gear in the utility model.

Fig. 9 is the structural schematic diagram of unilateral bearing in the utility model.

Appended drawing reference: 1, water tank；2, water tank with strainer；3, get water bucket；4, water inlet pipe；5, outlet pipe；6, water inlet electromagnetism Valve；7, inlet switch；8, water inlet solenoid valve；9, electromagnetism thrift lock；10, gate out switch；11, kickboard；12, the first rack gear； 13, first gear；14, second gear；15, the second rack gear；16, third gear；17, the first driving lever；18, unilateral bearing；19, Second driving lever；20, the first spring；21, fluid level tube；22, piston；23, piston rod；24, third rack gear；25, second spring；26, 4th gear；27, rotating switch；28, third spring；29, driving plate；30, telescopic rod；31, vertical bar；32, the 4th rack gear；33, 5th gear；34, first bevel gear；35, second bevel gear；36, the 4th spring.

Specific embodiment

Specific embodiment of the present utility model is described in further detail below in conjunction with attached drawing.

Embodiment one, in conjunction with attached drawing 1-9, a kind of water-saving intelligent control system device in urban green space, including water tank 1, water tank 1 Upper end opening, which is characterized in that connect a water tank with strainer 2, the upper end opening of water tank with strainer 2 above the water tank 1, and filtering The bottom surface of water tank 2 is provided with filter hole, for filtering the sundries or float to the sundries in water tank with strainer 2 that rainwater is mingled with, prevents It blocks water pipe, connects a get water bucket 3 above the water tank with strainer 2, get water bucket 3 in horn-like, can be wider mobile phone For rainwater to water tank with strainer 2, the water tank 1 is connected separately with a water inlet pipe 4 and two groups of outlet pipes 5, and water inlet pipe 4 is mounted on left side, Two groups of outlet pipes 5 are mounted on right side, and the height of water inlet pipe 4 is higher than the height of outlet pipe 5, is sequentially connected on the water inlet pipe 4 There are water inlet solenoid valve 6 and inlet switch 7, when water inlet solenoid valve 6 and inlet switch 7 work at the same time, water inlet pipe 4 just can be into Water, but it is noted that the other end of the water inlet pipe 4 connects water source, this water source is generally certainly in urban green space is irrigated Come water source, there is certain hydraulic pressure, be connected with water outlet solenoid valve 8 and electromagnetism thrift lock 9 in turn on one of outlet pipe 5, Water outlet solenoid valve 8 is closed, then this outlet pipe 5 would not be discharged, and the other end of outlet pipe 5 connects watering device, watering dress Set the rotary nozzle that can make fountain, watering pours water pipe can also be made, be herein the prior art, which is not described herein again, it is another go out Gate out switch 10 is connected on water pipe 5, gate out switch 10 herein is preferably the switch of screw-on, and the water tank 1 is interior along vertical Direction slidably connects a kickboard 11, and the requirement for kickboard 11 is big as far as possible, and lighter weight, understands when water tank 1 fills the water, Kickboard 11 is risen, 1 inner bottom surface of water tank vertically connects a guide rod, and it is outer and therewith that 11 lower end of kickboard connection one is sleeved on guide rod The depending post being slidably matched, so that kickboard 11 can only be vertically movable along guide rod, the lower end of the kickboard 11 vertically connects one One rack gear 12, the first rack gear 12 are vertically connected on the depending post of 11 lower end of kickboard, and one rotation of the engagement of the first rack gear 12 connects The first gear 13 in water tank 1 is connect, the top position of water tank 1 is arranged in the position of third gear 16, and kickboard 11 will expire simultaneously Foot can drive the first rack gear 12 driving first gear 13 to rotate, the top of the first gear 13 is percutaneous under the action of buoyancy V belt translation is connected with a second gear 14 being rotatably connected in water tank 1, and the radius of second gear 14 is less than first gear 13, this The first rack gear 12 of sample at this time would not engage during vertically movable with second gear 14, first gear 13 and the second tooth Percutaneous band is driven between the shaft of wheel 14, and the engagement of second gear 14 one, which slides laterally, is connected to 1 upper surface of water tank The position of second rack gear 15, the second rack gear 15 is on the upper surface of water tank 1, and T shape is laterally provided on the upper surface of water tank 1 Sliding slot, the second rack gear 15 slides laterally cooperation in the sliding slot of T shape, so that the second rack gear 15 only laterally moves, described second The engagement of rack gear 15 one is rotatably connected on the third gear 16 outside water tank 1, and third gear 16 is rotatably connected on water tank 1 by bearing block Outside, the teeth of the second rack gear 15 downward, so the lower section of the second rack gear 15 is arranged in third gear 16, the third gear 16 Lower section longitudinally rotates one first driving lever 17 of connection, and 17 coaxial sleeve of the first driving lever consolidates a unilateral bearing 18, the unilateral bearing Percutaneous band is sequentially connected between 18 and third gear 16, and third gear 16 carries out transmission company to unilateral bearing 18 by belt It connects, the shaft of third gear 16 is arranged with belt pulley, while same outside the unilateral bearing 18 being fixed in the shaft of the first driving lever 17 Sample covers intrinsic belt pulley, is arranged with belt between two groups of belt pulleys, and third gear 16 only transmits one to the first driving lever 17 at this time Power input on direction, first driving lever are coaxially arranged with the second driving lever 19 being rotatably connected on outside water tank 1, and described second Low water level driving device of the driving lever 19 through being connected in water tank 1 is driven, and the first driving lever 17 and the second driving lever 19 difference are met Cooperating with inlet switch 7, driving inlet switch 7 starts or closes, and the first driving lever 17 and the second driving lever 19 are driven respectively, so that Driving switch is turned on or off, and this trigger device has very much, we will be described in detail in the following embodiments, institute The lower end for stating water tank with strainer 2 is connected with two groups of driving kickboards, 11 the first spring of vertical motion 20, since kickboard 11 is relatively light, works as water level When decline, it is difficult to overcome the frictional force in gear and rack gear engagement process by the gravity of itself, realizes itself under water level Drop, is added the first spring 20 of a lightweight at this time, and the first spring 20 is given 11 1 motive forces of kickboard, disengaged it from and the first tooth The engagement of wheel 13, with water level decreasing, the spring energy of the first spring 20 is detached from kickboard 11, and it is larger not need elastic force, to protect Card is when water level rises, and when the first spring 20 is compressed, kickboard 11 is always on the water surface；

The upper end of the water tank 1 connects 10 driving device of a gate out switch, meets 10 driving device of gate out switch and drives out Mouth switch 10 opens or closes, and the position of 10 driving device of gate out switch setting is in the top of first gear 13, but different sides, Because when water tank 1 is by injection rainwater, it can make kickboard 11 that first gear 13 be driven to rotate first, due at this point, water inlet pipe 4 The state that water inlet solenoid valve 6 is closed, kickboard 11 are continued to move up not after driving first gear 13 to rotate, can just be triggered at this time 10 driving device of gate out switch drives effluent switch to open, at this point, the rainwater that spill-over in water tank 1 goes out is discharged through gate out switch 10 Outside water tank 1, the installation site of 10 driving device of gate out switch herein is in the top of first gear 13, so it is just for rain The case where water is filled, further includes the humidity measurement instrument being arranged in soil, and humidity measurement instrument connects a controller, and controller with Water inlet solenoid valve 6, water outlet solenoid valve 8 and electromagnetism thrift lock 9 are electrically connected, and soil moisture detector is detecting urban green space After unexpected humidity reaches certain standard in irrigation, unexpected humidity measurement instrument is carried out water-saving by controller control electromagnetism thrift lock 9 Work, so that the water flow of unit time outflow becomes smaller, once the humidity that reaches capacity, promotes humidity measurement instrument will be by controller control Water outlet solenoid valve 8 and water inlet solenoid valve 6 processed simultaneously close off, and stop pouring work, achieve the purpose that water-saving, pay special attention to It is that we can install water pump between water outlet solenoid valve 8 and electromagnetism thrift lock 9, the water for guaranteeing outlet pipe 5 and irrigating Pressure.

Embodiment two, on the basis of example 1, in conjunction with attached drawing 1-9, the low water level driving device includes and water tank 1 Bottom is connected and is connected to the fluid level tube 21 outside water tank 1 vertically, and the bottom of fluid level tube 21 is connected with water tank 1, the liquid level One piston 22 of connection is slid vertically in cylinder 21, piston 22 can use rubber material system, but the frictional force between piston 22 and barrel Should not be too large, 22 upper end of piston connection, one sliding wears the piston rod 23 of 21 upper surface of fluid level tube, similarly piston rod 23 with Friction between fluid level tube 21 should not be too large, and 23 upper end of piston rod connects a vertically arranged third rack gear 24, the work The second spring 25 being connected between piston 22 and fluid level tube 21, one rotation of the engagement of third rack gear 24 are arranged with outside stopper rod 23 The 4th gear 26 being connected to outside water tank 1, the 4th gear 26 is ratchet, on the 4th transmitting single direction of gear 26 Power input, the 4th gear 26 and the second driving lever 19 are coaxially connected, and in high water level, hydraulic pressure above pushes away piston rod 23 It is dynamic, so that it is compressed second spring 25, third rack gear 24 will not drive the shaft of the second driving lever 19 to be rotated at this time, work as water level It is lower, under hydraulic pressure becomes, at this point, second spring 25 restores elastic force, driving third rack gear 24 drives the 4th gear 26 to be rotated, drives Dynamic that the second driving lever 19 is driven to be rotated, the rotation of the second driving lever 19 is so that import barrier switch opening, will infuse in water tank 1 Water realizes the effect of intelligent recognition low water level, the automatic effect for carrying out moisturizing.

In conjunction with attached drawing 1-9, rotating switch is arranged on the inlet switch 7 on the basis of example 1 in embodiment three 27, the upper and lower sides of the rotating switch 27 are provided with the third spring 28 being connected on inlet switch 7, third spring 28 not with turn Dynamic switch 27 is connected, and as shown in the picture, first driving lever and second driving lever 19 cooperate with rotating switch 27 respectively, full Foot driving rotating switch 27 opens or closes inlet switch 7, and the first driving lever is stirred 27 turns of rotating switch after driving rotation Dynamic to carry out closing work, rotating switch 27 compresses third spring 28, first when turning to fastly with the disengaging of the first driving lever After driving lever and rotating switch 27 are detached from, switch is closed at this time, and for rotating switch 27 under the action of third spring 28, reversion one is small Section distance, in order to cooperation rotation is reversely carried out therewith convenient for the second driving lever 19, similarly, the second driving lever 19 and rotating switch Cooperation between 27 is also the same reason.

Example IV, on the basis of example 1, in conjunction with attached drawing 1-9,10 driving device of gate out switch includes one It is rotatably connected on the driving plate 29 being arranged on 1 upper surface of water tank and laterally, the distance that driving plate 29 extends in water tank 1 is longer, institute It states driving plate 29 and meets and can be rotated by the driving of kickboard 11, kickboard 11 can drive driving plate 29 to rotate when moving up, The initial position of driving plate 29 is in the state tilted down, and one end that the driving plate 29 is placed in outside water tank 1 slides laterally company It connecing a telescopic rod 30 and not departing from, the other end hinged one of the telescopic rod 30 slides vertically the vertical bar 31 being connected to outside water tank 1, The rotation meeting of driving plate 29 so that vertical bar 31 moves down, vertical bar 31 slide vertically be connected to outside water tank 1 be fixedly connected it is vertical In sliding slot, the lower end of the vertical bar 31 connects one the 4th rack gear 32, and the 4th rack gear 32 engagement one is rotatably connected on outside water tank 1 The 5th gear 33, the downward movement of vertical bar 31 will drive the 5th gear 33 and rotated, and the 5th gear 33 is coaxially connected One first bevel gear 34 connects a second bevel gear 35 on the gate out switch 10, and outlet can be driven by meeting second bevel gear 35 Switch 10 opens or closes, and second bevel gear 35 is mounted on the upper end of revolving gate out switch 10, the first bevel gear 34 and second bevel gear 35 engage, the moving downward of vertical bar 31 can drive second bevel gear 35 to open, the water meeting that spill-over at this time goes out It is flowed out through outlet, is provided with above one end that the driving plate 29 is placed in water tank 1 and is connected to the 4th of 2 lower end of water tank with strainer Spring 36, for the 4th spring 36 in water level decreasing, driving driving plate 29 rotates backward closing effluent switch.

Embodiment five, on the basis of example 1, in conjunction with attached drawing 1-9, the water satisfaction in the water inlet pipe 4 is successively passed through Water inlet solenoid valve 6 and inlet switch 7, the water of water inlet pipe 4 first flows through water inlet solenoid valve 6, then using inlet switch 7, the water in the outlet pipe 5, which meets, successively passes through water outlet solenoid valve 8 and electromagnetism thrift lock 9, and the water of outlet pipe 5 is through water outlet Using electromagnetism thrift lock 9 after solenoid valve 8.

When the utility model is used, the present apparatus can be with mobile phone rainwater into water tank 1, when reaching capacity position, kickboard 11 the 4th springs 36 of compression, so that driving plate 29 is rotated, the rotation of driving plate 29 drives vertical bar 31 to move down, vertical bar 31 The transmission through the 5th gear 33 and bevel gear set is moved down, so that gate out switch 10 is opened, so that extra rainwater is from water outlet Pipe 5 is discharged, and water tank 1 plays the role of storing rainwater at this time, when needing to irrigate urban green space, opens the present apparatus, this When soil moisture detector and water inlet solenoid valve 6, water outlet solenoid valve 8 work, water inlet solenoid valve 6 and water outlet solenoid valve 8 open, the rainwater being stored in water tank 1 is irrigated first, rainwater through one of outlet through water outlet solenoid valve 8, Water pump and electromagnetism thrift lock 9 flow to watering device, and with the rainwater water level decreasing in water tank 1, second spring 25 restores bullet Power, driving third rack gear 24 move down, third rack gear 24 drive the 4th gear 26 unidirectionally rotated, the 4th gear 26 together with The rotation of second driving lever 19, driving rotating switch 27 is opened when turning to certain position, at this point, water inlet pipe 4 fills the water water tank 1 Operation, as water inlet pipe 4 fills the water water tank 1, water level is increased at this time, and second spring 25 is compressed, and third rack gear 24 is upward It is mobile, since the 4th gear 26 is ratchet, so the second driving lever 19 will not be rotated by driving, when water level rises to certain height When spending, kickboard 11 drives the first rack gear 12 that first gear 13 is driven to rotate, and first gear 13 is through second gear 14 and the second rack gear 15 driving third gears 16 rotate, and the rotation of third gear 16 drives unilateral bearing 18 to be rotated through belt, and first group at this time Bar is rotated by driving, closes rotating switch 27 until water level rises to the first driving lever, and water inlet pipe 4 stops to water tank at this time 1 is filled the water, and is moved in circles, and the humidity measurement instrument in soil can in real time be monitored soil moisture, then passes through controller The stream size for controlling electromagnetism thrift lock 9, after soil moisture reaches capacity numerical value, controller controls water inlet solenoid valve 6, water outlet Mouth solenoid valve 8 is closed, and the present apparatus stops working, and waits use next time.

The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all in essence of the invention Within mind and principle, any modification, equivalent replacement, improvement and so on be should all be included in the protection scope of the present invention.

Claims (5)

1. a kind of water-saving intelligent control system device in urban green space, including water tank (1), which is characterized in that above the water tank (1) It connects a water tank with strainer (2), connects a get water bucket (3) above the water tank with strainer (2), the water tank (1) is connected separately with one Water inlet pipe (4) and two groups of outlet pipes (5) are connected with water inlet solenoid valve (6) and inlet switch in turn on the water inlet pipe (4) (7), the other end of the water inlet pipe (4) connects water source, is connected with water outlet solenoid valve in turn on one of outlet pipe (5) (8) and electromagnetism thrift lock (9), and the other end of outlet pipe (5) connects watering device, is connected with outlet on another outlet pipe (5) It switchs (10), is slidably connected along the vertical direction a kickboard (11) in the water tank (1), the lower end of the kickboard (11) vertically connects One first rack gear (12) is connect, the first rack gear (12) engagement one is rotatably connected on the first gear (13) in water tank (1), described The percutaneous V belt translation in top of first gear (13) is connected with a second gear (14) being rotatably connected in water tank (1), and described Two gears (14) engagement one slides laterally the second rack gear (15) for being connected to water tank (1) upper surface, and second rack gear (15) is nibbled Unification is rotatably connected on the third gear (16) of water tank (1) outside, and connection one the is longitudinally rotated below the third gear (16) One driving lever (17), the first driving lever (17) coaxial sleeve consolidate a unilateral bearing (18), the unilateral bearing (18) and third gear (16) percutaneous band is sequentially connected between, and first driving lever (17) is coaxially arranged be rotatably connected on water tank (1) outside Two driving levers (19), the low water level driving device that second driving lever (19) is connected in water tank (1) are driven, and meet first Driving lever (17) and the second driving lever (19) cooperate with inlet switch (7) respectively, and driving inlet switch (7) starts or closes, the mistake The lower end of water filtering tank (2) is connected with two groups of driving kickboard (11) first springs of vertical motion (20)；

The upper end of the water tank (1) connects a gate out switch driving device, meets gate out switch (10) driving device driving outlet Switch (10) opens or closes, and further includes the humidity measurement instrument being arranged in soil, humidity measurement instrument connects a controller, and controls Device processed is electrically connected with water inlet solenoid valve (6), water outlet solenoid valve (8) and electromagnetism thrift lock (9).

2. the water-saving intelligent control system device in a kind of urban green space according to claim 1, which is characterized in that the low water Position driving device includes being connected and being connected to vertically the fluid level tube (21) of water tank (1) outside, the fluid level tube with water tank (1) bottom (21) connection one piston (22) is slid vertically in, one sliding of piston (22) upper end connection wears fluid level tube (21) upper surface Piston rod (23), piston rod (23) upper end connect a vertically arranged third rack gear (24), piston rod (23) housing Equipped with the second spring (25) being connected between piston (22) and fluid level tube (21), one rotation of third rack gear (24) engagement connects The 4th gear (26) outside in water tank (1) is connect, the 4th gear (26) is ratchet, the 4th gear (26) and second Driving lever (19) is coaxially connected.

3. the water-saving intelligent control system device in a kind of urban green space according to claim 1, which is characterized in that the import It switchs and rotating switch (27) is set on (7), the upper and lower sides of the rotating switch (27), which are provided with, to be connected on inlet switch (7) Third spring (28), first driving lever (17) and second driving lever (19) cooperate with rotating switch (27) respectively, meet and drive Dynamic rotating switch (27) open or close inlet switch (7).

4. the water-saving intelligent control system device in a kind of urban green space according to claim 1, which is characterized in that the outlet Switch (10) driving device is rotatably connected on the driving plate (29) being arranged on water tank (1) upper surface and laterally, the drive including one Movable plate (29), which meets to be driven by kickboard (11), to be rotated, and it is laterally sliding that the driving plate (29) is placed in the one end of water tank (1) outside Dynamic to connect a telescopic rod (30) and do not depart from, the other end hinged one of the telescopic rod (30), which slides vertically, is connected to water tank (1) Outer vertical bar (31), the lower end of the vertical bar (31) connect one the 4th rack gear (32), one rotation of the 4th rack gear (32) engagement Be connected to the 5th gear (33) of water tank (1) outside, the coaxially connected first bevel gear (34) of the 5th gear (33), it is described go out Mouthful switch (10) on connect a second bevel gear (35), meet second bevel gear (35) can drive gate out switch (10) unlatching or It closes, the first bevel gear (34) and second bevel gear (35) engagement, the driving plate (29) are placed in one end in water tank (1) Top be provided with the 4th spring (36) for being connected to water tank with strainer (2) lower end.

5. the water-saving intelligent control system device in a kind of urban green space according to claim 1, which is characterized in that the water inlet Manage the water in (4) and meet and successively pass through water inlet solenoid valve (6) and inlet switch (7), the water satisfaction in the outlet pipe (5) according to It is secondary to pass through water outlet solenoid valve (8) and electromagnetism thrift lock (9).