CN208807166U - A kind of intelligence flower stand - Google Patents

Abstract

A kind of intelligence flower stand, including frame body, water pump, water tank, the water pump water inlet is connected to water tank, the first flowerpot is placed in the first transverse strands, the second flowerpot is placed in the second transverse strands, places third flowerpot on pedestal, further includes that can extend to inside the first flowerpot carry out the first drop arrow of trickle irrigation to the first flowerpot, can extend to and carry out the second drop arrow of trickle irrigation inside the second flowerpot to the second flowerpot and can extend to the third for carrying out trickle irrigation to third flowerpot inside third flowerpot to drip arrow；The first drop arrow, the second drop arrow and third drop arrow carry out trickle irrigation under the regulation of intelligent controlling device, and the intelligent controlling device is connect with power supply unit.This programme can be reduced the waste of water resource and be efficiently utilized moisture, help plant quickly absorb moisture, can intellectual monitoring moisture humidity, automatic flower watering, increase the convenience of user.

Description

A kind of intelligence flower stand

Technical field

The utility model relates to a kind of intelligent flower watering equipment, refer in particular to intelligent flower stand.

Background technique

Since work, housework are busy, people usually ignore the treatment to plant, especially when travelling, going on business, nothing Method waters a plant.Also part personage supports the common sense of plant due to lacking, it is difficult to flower be allowed to keep suitable humidity or be difficult to The water that control is watered flowers.After the antecedent soil moisture of plant root, it is in hydrophobic state on the outside of soil, plant is poured at this time It fills, moisture is difficult to be absorbed.The low and inconvenient for use problem of the utilization rate of generally existing water in the prior art；

Controller, which refers to, to be changed the wiring of main circuit or control circuit according to predetermined order and changes resistance value in circuit Starting, speed regulation, braking and reversely main for controlling motor enable device.By program counter, command register, Instruction decoding Device, clock generator and operation controller composition, it is to issue to order " policy-making body ", that is, completes to coordinate and commander entirely counts The operation of calculation machine system；

Soil humidity sensor is mainly used to measure soil relative water content, does soil moisture content monitoring and agricultural irrigation and woods Industry protection.Soil humidity sensor uses FDR frequency domain reflection principle, and FDR frequency domain reflectometer is a kind of for measuring soil moisture Instrument, it using electromagnetic pulse principle, according to electromagnetic wave, frequencies of propagation measures the apparent dielectric constant of soil in the medium, To obtain soil relative water content, FDR have handy and safe, quick and precisely, fixed point is continuous, automation, wide-range, demarcates less The advantages that.

Chinese patent literature discloses a kind of multichannel automatic flower-watering device (206851614 U of application publication number CN), A kind of multichannel automatic flower-watering device, including water supply device and control device are disclosed, the water supply device includes flower stand and placement Water tank on flower stand top, the flower stand include Water pipe bracket and the bottom plate that is mounted on Water pipe bracket, the control device packet Include the controller for being placed on flower stand middle layer, the solenoid valve and soil humidity sensor being connected respectively with controller by conducting wire. The utility model can be arranged different humidity ranges by operating controller, realize multichannel according to the aqueous difference of happiness of flowers Automatic watering function, water tank are placed on top, are supplied water using gravity, have saved water pump cost, and the utility model structure is simple, cost Cheap, in addition bottom is equipped with universal wheel, facilitates the movement of flower stand, facilitates users to a greater extent.

Although the patent discloses a kind of multichannel automatic flower-watering device, but the device announced is not announced and is able to achieve throttling simultaneously Carry out the device of intelligent drip-irrigation；

And Chinese patent literature discloses a kind of intelligent flower watering system (application publication number CN109220741A), disclosure A kind of intelligent flower watering system, belongs to intelligent flower watering field, including multiple flowerpots, further includes flower-watering system and intelligent control system System, the bottom of multiple flowerpots is provided with the draining storehouse communicated with the flowerpot drainage hole；Flower-watering system includes being fixed on flowerpot The link block of inside top, the flow pipe for being connected to link block side, is mounted on connection at the sprinkler pipe being mounted at the top of link block The watering tube and water tank of block bottom, water tank are connected with the flow pipe, which is sensed in flowerpot by humidity sensor Soil wetness conditions, when humidity drops in set interval, humidity sensor sends the signal to controller, controller control electricity Magnet valve is opened, and the water in water tank is flowed into flowerpot by flow pipe, is watered flowers according to humidity condition to automatically control, and is provided for flower Preferably maintenance, part water can be spilt down, can sweep away the dust on potted flower branches and leaves, no by sprinkler pipe from colored top It is only more beautiful to also help colored photosynthesis；

Chinese patent literature discloses a kind of Intelligent flower watering device (application publication number CN207322233U) comprising flower Basin, flowerpot inner wall upper end is equipped with the first humidity sensor, inner wall lower end is equipped with the second humidity sensor, the first humidity is passed Sensor, the second humidity sensor are connect with intelligent controller respectively；The water receiver is internally provided with water pump, water pump and intelligence Controller connection, water-supply-pipe are connect with water pump；The water-supply-pipe water outlet is provided with several branching hoses, the branching hose It is located inside flowerpot；It is additionally provided with sparge pipe on the water-supply-pipe, electric control valve is equipped between the sparge pipe and branching hose, The shower head pipe front end is equipped with spray head, and the spray head is located at flowerpot outer surface, the intelligent controller respectively with water pump, electrically-controlled valve Door connection.The advantages of utility model is that structure is simple, and the automatic soil moisture that detects carries out overall watering, automatic watering function to it；

Chinese patent literature discloses a kind of water-saving automatic flower watering device (Authorization Notice No. CN105613224B), packet Water tank, tank bracket, humidity sensor, sparge pipe, solar panel, rainwater recycle pipe, overflow pipe and filter are included, it is described The lower end of water tank is connected with tank bracket, and the upper end of water tank is connected with rainwater recycle pipe, rainwater recycle pipe and rainwater recovery device Connection, the humidity sensor are embedded in the soil of flowers and plants.It further include water-suppling electromagnetic valve, master controller and strainer, it is described to give Water solenoid valve execute mouth A mouthfuls, T mouthfuls of P mouthfuls of water inlet and water return outlet respectively with the mouth of a river of the lower part of water tank, water pipe and spray Water pipe connection, the master controller respectively with humidity sensor, solar panel, water-suppling electromagnetic valve left side electromagnet K1, The right side electromagnet K2 connection of water-suppling electromagnetic valve.The invention is automatically opened originally by master controller when monitoring soil water shortage The channel of water water pipe and water tank makes tap water fill into water tank and arid area is made still to be able to achieve automatic watering function.

Utility model content

The utility model provides a kind of intelligent flower stand, and main purpose is that current automatic flower watering flower stand is overcome to generally use The defect that the mode of water spray is watered flowers, water tank placement location is unreasonable.

In order to solve the above technical problems, the utility model adopts the following technical solution:

A kind of intelligence flower stand, including frame body, water pump, water tank, the water pump water inlet are connected to water tank, and the frame body includes First transverse strands, the second transverse strands, pedestal and a longitudinal frame mechanism for being used to support the first transverse strands, the second transverse strands, The first flowerpot is placed in first transverse strands, the second flowerpot, the placement third flowerpot on pedestal are placed in the second transverse strands, it is special Sign is: further including that can extend to inside the first flowerpot carry out the first drop arrow of trickle irrigation to the first flowerpot, can extend to the second flower The second flowerpot is carried out the second drop arrow of trickle irrigation and can extended to inside third flowerpot inside basin to carry out trickle irrigation to third flowerpot Third drips arrow；The pump outlet is connected to triple valve water inlet and two-port valve water inlet respectively, and the triple valve first goes out Mouth is connected to by the first water pipe with the first drop arrow, and the triple valve second outlet is connected to by the second water pipe with the second drop arrow；Institute It states two-port valve water outlet and is connected to by third water pipe with third drop arrow；First water pipe, the second water pipe all fill on third water pipe Equipped with throttle valve；Intelligent controlling device includes controller and the first soil humidity sensor being inserted in inside the first flowerpot, is inserted in The second soil humidity sensor inside second flowerpot and the third soil humidity sensor being inserted in inside third flowerpot, described the One soil humidity sensor, the second soil humidity sensor and third soil humidity sensor are all electrically connected with the controller, described Intelligent controlling device is connect with power supply unit, and first soil humidity sensor makes for conducting moisture signal to controller The controller controls pump switch, and controls triple valve first outlet switch；Second soil humidity sensor is for passing Leading moisture signal makes the controller control pump switch to controller, and controls triple valve second outlet switch；The third Soil humidity sensor makes the controller control pump switch, and control two-port valve for conducting moisture signal to controller Switch.

Further, the first drop arrow water inlet is connect by the first hose with the first water pipe water outlet, described Second drop arrow water inlet is connect by the second hose with the second water pipe water outlet, and third drips arrow water inlet and passes through third hose It is connect with the third water pipe water outlet.

Further, first hose, the second hose, third hose are plastic flexible pipe.

Further, the pump outlet by the 4th water pipe respectively with the water inlet of the triple valve and the two-way The water inlet of valve is connected to, and check-valves is installed on the 4th water pipe for preventing water to be back to water pump.

Further, further include water level sensor, the water level sensor be fixed on tank inner wall and with controller electricity Connection.

Further, the triple valve includes first motor, and the first motor is electrically connected with the controller；The two-port valve Including the second motor, second motor is electrically connected with the controller；The water pump includes third motor, the third motor and control Device electrical connection processed.

It further, further include a third longitudinal direction frame, third longitudinal direction top of the trellis passes through with second longitudinal direction top of the trellis One third transverse strands connection, the longitudinal direction frame mechanism includes first longitudinal direction frame, second longitudinal direction frame, first longitudinal direction frame bottom Portion, second longitudinal direction frame bottom, third longitudinal direction frame bottom are all connect with pedestal upside, and first transverse strands, the second transverse strands are all It is installed between the first longitudinal direction frame, second longitudinal direction frame and is connected with the first longitudinal direction frame, second longitudinal direction frame, the water Case, water pump, triple valve, two-port valve, controller, battery are all installed between third longitudinal direction frame and second longitudinal direction frame, and described Mobilizable door is installed on two longitudinal framves.

Further, it is fixed on the downside of third transverse strands at the top of fixed bar, the lower bottom of fixed is fixed on It on pedestal, connect on the upside of the water tank with upper bottom of fixed, is connect on the downside of the water tank at the top of lower fixed link.

Compared to the prior art, the beneficial effect that the utility model generates is:

1, the utility model structure is simple, practical, by the way that throttle valve is arranged, water flow is effectively reduced, so as to soil Earth root carries out the supplement of moisture in a more efficient manner, and soil humidity sensor is used for real-time monitoring soil moisture, so as to intelligence It can control device to regulate and control triple valve, two-port valve and water pump, triple valve, two-port valve can watering of the independent control to each flowerpot Time and water yield.

2, trickle irrigation in the present invention, is carried out to soil using drop arrow, the structure for dripping arrow can be such that drop arrow itself is easier to It is inserted into soil, while the utilization rate of moisture can be improved.

3, in the present invention, hose selects plastic flexible pipe to increase the flexibility and service life and can be effective of hose Reduce water flow.

4, in the present invention, water efficiently can be sent to the first drop arrow, the second drop arrow, third from water tank and dripped by setting water pump In arrow, solve the problems, such as that the flowerpot in eminence can not lean on the self gravity of water to carry out trickle irrigation.

5, in the present invention, setting Multi-layer flower stand structure does not lose beauty while the practicability for increasing flower stand.

6, in the present invention, setting water level sensor can incude the water level in water tank in time, and signal is reached control Device processed, when water level is too low, controller will stop the work of first motor, the second motor, third motor, prevent water pump because of water Insufficient and dally, effective protection water pump increases safety.

7, in the present invention, controller is after receiving moisture signal respectively to first motor, the second motor, third electricity Machine carries out intelligent control, and when soil humidity sensor detects corresponding flowerpot humidity deficit, controller foundation is received To signal control first motor, the second motor and third motor switch respectively, trickle irrigation is carried out to flowerpot, keeps flower-watering system intelligent Change, increases the convenience used, the setting of triple valve can save space, and to each pipeline independent control.

8, in the present invention, water tank is fixed on higher position by upper fixed link and lower fixed link, and water can rely at this time Water is delivered to pump intake by self gravity, reduces water pump acting, at the same user can also be used external water pipe to water tank into Row plus water, increase the convenience used.

9, in the present invention, the setting of third longitudinal direction frame and second longitudinal direction frame is disliked for protecting each mechanism in weather Under conditions of bad, each mechanism is protected to destroy from external force, and be provided with mobilizable door, convenient for each mechanism is repaired and protected It supports.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model.

Fig. 2 is the front section view of Fig. 1.

Fig. 3 is the cross-sectional view of the Section A-A of Fig. 2.

Fig. 4 is part A schematic enlarged-scale view in Fig. 2.

Fig. 5 is part B schematic enlarged-scale view in Fig. 3.

Specific embodiment

Illustrate specific embodiment of the present utility model with reference to the accompanying drawings.

Referring to Fig.1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5.A kind of intelligence flower stand 1, including frame body 2, water pump 3, water tank 4, water pump 3 enter The mouth of a river is connected to water tank 4, and frame body 2 includes the first transverse strands 21, the second transverse strands 22 and pedestal 23 and is used to support first laterally One longitudinal frame mechanism 24 of frame 21, the second transverse strands 22, places the first flowerpot 5, in the second transverse direction in the first transverse strands 21 The second flowerpot 6 is placed on frame 22, places third flowerpot 7 on pedestal 23, further includes that can extend to inside the first flowerpot 5 to first Flowerpot 5 carries out the first drop arrow 8 of trickle irrigation, can extend to inside the second flowerpot 6 the second drop arrow 9 for carrying out trickle irrigation to the second flowerpot 6 Arrow 10, triple valve 11, two-port valve 12, intelligence are dripped with the third for carrying out trickle irrigation to third flowerpot inside third flowerpot 7 can be extended to Control device 17；3 water outlet of water pump is connected to 11 water inlet of triple valve and 12 water inlet of two-port valve respectively, and triple valve 11 first goes out Mouth is connected to by the first water pipe 13 with the first drop arrow 8, and 11 second outlet of triple valve passes through the second water pipe 14 and the second drop arrow 9 company It is logical；12 water outlet of two-port valve drips arrow 10 with third by third water pipe 15 and is connected to；First water pipe 13, the second water pipe 14, third water Throttle valve 16 is all installed on pipe 15；Intelligent controlling device 17 includes controller 171 and the first soil being inserted in inside the first flowerpot 5 It earth humidity sensor 172, the second soil humidity sensor 173 being inserted in inside the second flowerpot 6 and is inserted in inside third flowerpot 7 Third soil humidity sensor 174, the first soil humidity sensor 172, the second soil humidity sensor 173 and third soil are wet Degree sensor 174 is all electrically connected with controller 171, and intelligent controlling device 17 is connect with power supply unit 18, and the first soil moisture passes Sensor 172 makes controller 171 control water pump 3 and switchs for conducting moisture signal to controller 171, and controls triple valve 11 the One outlet, 111 switch；Second soil humidity sensor 172 controls controller 171 for conducting moisture signal to controller 171 Water pump 3 processed switchs, and controls 11 second outlet 112 of triple valve switch；Third soil humidity sensor 174 is for conducting humidity letter Number to controller 171, so that controller 171 is controlled water pump 3 and switch, and control the switch of two-port valve 12.The setting of throttle valve 16 is effective Water flow is reduced, to carry out the supplement of moisture in a more efficient manner to soil root, triple valve 11 is by linear-motion electronic Electric operator and the three-way flow divider valve composition for using cylinder type thin-walled window-shaped spool, flow divider have a fluid inlet, It is split into two fluids to flow out from two outlets, two-port valve 12 is used for the open and-shut mode of control valve.

Referring to Fig.1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5.First drop 8 water inlet of arrow is gone out by the first hose 81 with the first water pipe 13 Mouth of a river connection, the second drop 9 water inlet of arrow are connect by the second hose 91 with 14 water outlet of the second water pipe, and third drips 10 water inlet of arrow It is connect by third hose 101 with 15 water outlet of third water pipe.Drop arrow is a kind of fixed for being inserted into soil or cultivation matrix Usually there are curved arrow and two kinds of straight arrow in the mechanism of water conservancy diversion, can be used as water dropper use, and low-pressure performance is good, is applied to agricultural, garden The fields such as woods, greenhouse nursery, industry, the application of middle water；Hose is a kind of drainpipe, for guiding water to flow to drop arrow from water pipe.

Referring to Fig.1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5.First hose 81, the second hose 91, third hose 101 are plastic flexible pipe, Internal diameter is 3 millimeters.First hose, the second hose, third hose select plastic flexible pipe to be easier to change the position of hose.

Referring to Fig.1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5.Water pump 3 water outlet is entered with triple valve 11 respectively by the 4th water pipe 19 The mouth of a river is connected to the water inlet of two-port valve 12, and check-valves 20 is installed on the 4th water pipe 19 for preventing water to be back to water pump 3.Water Water efficiently can be sent to the first drop arrow, the second drop arrow, third from water tank 4 and dripped in arrow by pump 3.

Referring to Fig.1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5.It further include water level sensor 30, water level sensor 30 is fixed in water tank 4 It is electrically connected on wall and with controller 171.Water level sensor 30 is used to incude the water level in water tank 4, and signal is reached controller 171, when water level is too low, controller 171 will stop the work of each mechanism.

Referring to Fig.1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5.Triple valve 11 includes first motor 111, first motor 111 and controller 171 electrical connections；Two-port valve 12 includes the second motor 121, and the second motor 121 is electrically connected with controller 171；Water pump 3 includes third Motor 31, third motor 31 are electrically connected with controller 171.Controller is after receiving the moisture signal from soil humidity sensor First motor 111, the second motor 121, third motor 31 are regulated and controled respectively, 111 independent control of first motor two water outlets The open and-shut mode of mouth, the open and-shut mode of 121 one water outlet of independent control of the second motor, third motor 31 control pump switch.

Referring to Fig.1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5.Power supply unit 18 includes battery 181 and solar panel 182, control Device 171 processed is connect with battery 181, and battery 181 is powered by solar panel 182, and controller 171 and battery 181 fill In control room 32.Two kinds of power supply mode co-operation can provide convenience.

Referring to Fig.1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5.There is first hollow pipe 40 for being used to fix water pump 3 on the downside of water pump 3, the The connecting line of three motors 31 and controller 171 is distributed in the first hollow pipe 40, first the 172, second soil of soil humidity sensor The connecting line of earth humidity sensor 173, third soil humidity sensor 174 and controller 171 is distributed in the second hollow pipe 41, Second hollow pipe 41 is placed in inside 241 inside of first longitudinal direction frame and pedestal 23；Second hollow pipe 41, the first hollow pipe 40 and control Room 32 is connected by third hollow pipe 42.First hollow pipe 40,41 effective protection circuit of the second hollow pipe, and electric wire is built in In flower stand 1.

Referring to Fig.1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5.It further include a third longitudinal direction frame 25, longitudinal frame mechanism 24 includes first Longitudinal frame 241 and second longitudinal direction frame 242,25 top of third longitudinal direction frame and the third transverse strands 26 at 242 top of second longitudinal direction frame connect It connecing, 241 bottom of first longitudinal direction frame, 242 bottom of second longitudinal direction frame, 243 bottom of third longitudinal direction frame are all connected on the upside of pedestal 23, the One transverse strands 21, the second transverse strands 22 be all installed between first longitudinal direction frame 241, second longitudinal direction frame 242 and with first longitudinal direction frame 241, second longitudinal direction frame 242 is connected, and water tank 4, water pump 3, triple valve 11, two-port valve 12, control room 32 are all installed in third longitudinal direction Between frame 25 and second longitudinal direction frame 242, second longitudinal direction frame 242 is connect by hinge 27 with door 28.Third longitudinal direction frame 25 and second The structure of longitudinal frame 242 is for protecting water tank 4, water pump 3, triple valve 11, two-port valve 12, control room 32.

In addition, referring to Fig.1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5.26 downside of third transverse strands is fixed at the top of upper fixed link 43, under 44 bottom of fixed link is fixed on pedestal 23, and 4 upside of water tank is connect with upper 43 bottom of fixed link, 4 downside of water tank and lower fixed link 44 top connections.Water tank 4 can be fixed on eminence by upper fixed link 43 and lower fixed link 44.

Referring to Fig.1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5.Use the method for the utility model are as follows:

1, add water, at least above water level line into water tank by external water pipe；

2, by the first soil humidity sensor, the second soil humidity sensor, third soil humidity sensor probe portion It is inserted into soil, and drips arrow, the second drop arrow, third drop arrow for first and be inserted into soil；

3, it turns on the power switch, intelligent controlling device starts operation, and the first soil humidity sensor, the second soil moisture pass Sensor, third soil humidity sensor are monitored soil；

4, when soil moisture deficiency, soil humidity sensor transmit signals to controller by controller regulation water pump, Triple valve and two-port valve, triple valve can independent control two water outlets switch, two-port valve can one water outlet switch of independent control； When the first flowerpot humidity deficit, the first soil humidity sensor transmits signals to controller, then is transferred to by controller One motor, third motor, first motor upon receiving the control signal, open triple valve first outlet switch, while third motor It opens, water will flow into the first drop arrow and carry out trickle irrigation to the first flowerpot；When the second flowerpot humidity deficit, the second soil moisture sensing Device transmits signals to controller, then is transferred to first motor, third motor by controller, and first motor is receiving control signal Afterwards, triple valve second outlet switch is opened, while third motor is opened, water drips the drop arrow of inflow second to the second flowerpot It fills；When third flowerpot humidity deficit, third soil humidity sensor transmits signals to controller, then is transferred to by controller Second motor, third motor, the second motor upon receiving the control signal, open two-port valve gate out switch, while third motor is opened It opens, water will flow into the second drop arrow and carry out trickle irrigation to the second flowerpot, and first motor, the second motor, third motor can operate simultaneously, real The trickle irrigation of existing each flowerpot of independent control；

5, water flow will be by the way that after each throttle valve, flow will reduce, and flow into the first drop arrow, the second drop arrow, third drop arrow and carry out Trickle irrigation；

6, when cistern water level is lower than water level line, water level sensor transmits signals to controller, and Intelligent flower watering device will Water pump, triple valve, two-way threshold switch are controlled, trickle irrigation is stopped, until water level is higher than water level line, controller is again introduced into work Make state.

The above is only the specific embodiments of the present invention, but the design concept of the present invention is not limited thereto, All non-essential modifications to the present invention made by this concept should belong to the row for invading scope of protection of the utility model For.

Claims (8)

1. a kind of intelligence flower stand, including frame body, water pump, water tank, the water pump water inlet be connected to water tank, and the frame body includes the One transverse strands, the second transverse strands, pedestal and the first transverse strands, one of the second transverse strands longitudinal frame mechanism are used to support, the The first flowerpot is placed in one transverse strands, the second flowerpot, the placement third flowerpot on pedestal, feature are placed in the second transverse strands It is: further includes that can extend to inside the first flowerpot carry out the first drop arrow of trickle irrigation to the first flowerpot, the second flowerpot can be extended to Inside carries out the second drop arrow of trickle irrigation and can extend to inside third flowerpot to carry out the of trickle irrigation to third flowerpot to the second flowerpot Three drop arrows, triple valve, two-port valve and intelligent controlling device；The pump outlet enters with triple valve water inlet and two-port valve respectively Mouth of a river connection, the triple valve first outlet are connected to by the first water pipe with the first drop arrow, and the triple valve second outlet passes through Second water pipe is connected to the second drop arrow；The two-port valve water outlet drips arrow with third by third water pipe and is connected to；First water Throttle valve is all installed on pipe, the second water pipe, third water pipe；Intelligent controlling device includes controller and is inserted in inside the first flowerpot The first soil humidity sensor, the second soil humidity sensor for being inserted in inside the second flowerpot and be inserted in inside third flowerpot Third soil humidity sensor, first soil humidity sensor, the second soil humidity sensor and third soil moisture pass Sensor is all electrically connected with the controller, and the intelligent controlling device is connect with power supply unit, and first soil humidity sensor is used In conduction moisture signal to controller, make the controller control pump switch, and controls triple valve first outlet switch；It is described Second soil humidity sensor makes the controller control pump switch, and control three for conducting moisture signal to controller Port valve second outlet switch；The third soil humidity sensor makes the controller for conducting moisture signal to controller Pump switch is controlled, and controls two-way threshold switch.

2. a kind of intelligent flower stand as described in claim 1, it is characterised in that: the first drop arrow water inlet by the first hose with The first water pipe water outlet connection, the second drop arrow water inlet are connected by the second hose and the second water pipe water outlet It connects, third drop arrow water inlet is connect by third hose with the third water pipe water outlet.

3. a kind of intelligent flower stand as claimed in claim 2, it is characterised in that: first hose, the second hose, third hose are Plastic flexible pipe.

4. a kind of intelligent flower stand as described in claim 1, it is characterised in that: the pump outlet by the 4th water pipe respectively with The water inlet of the triple valve is connected to the water inlet of the two-port valve, and check-valves is installed on the 4th water pipe for preventing Water is back to water pump.

5. a kind of intelligent flower stand as described in claim 1, it is characterised in that: it further include water level sensor, the water level sensor It is fixed on tank inner wall and is electrically connected with the controller.

6. a kind of intelligent flower stand as described in claim 1, it is characterised in that: the triple valve includes first motor, and described first Motor is electrically connected with the controller；The two-port valve includes the second motor, and second motor is electrically connected with the controller；The water pump Including third motor, the third motor is electrically connected with the controller.

7. a kind of intelligent flower stand as described in claim 1, it is characterised in that: further include a third longitudinal direction frame, the third is vertical Connect to top of the trellis with second longitudinal direction top of the trellis by a third transverse strands, it is described longitudinal direction frame mechanism include first longitudinal direction frame, Second longitudinal direction frame, first longitudinal direction frame bottom, second longitudinal direction frame bottom, third longitudinal direction frame bottom are all connect with pedestal upside, First transverse strands, the second transverse strands are all installed between the first longitudinal direction frame, second longitudinal direction frame and indulge with described first It is connected to frame, second longitudinal direction frame, the water tank, water pump, triple valve, two-port valve, controller, battery are all installed in third longitudinal direction Between frame and second longitudinal direction frame, mobilizable door is installed on the second longitudinal direction frame.

8. a kind of intelligent flower stand as claimed in claim 7, it is characterised in that: be fixed on the third transverse strands at the top of upper fixed link Downside, lower bottom of fixed are fixed on the pedestal, are connect on the upside of the water tank with fixed bar bottom, the water tank It is connect at the top of downside and the lower fixed link.