CN209588002U - A kind of automatic liquid supply system - Google Patents
A kind of automatic liquid supply system Download PDFInfo
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- CN209588002U CN209588002U CN201822069878.7U CN201822069878U CN209588002U CN 209588002 U CN209588002 U CN 209588002U CN 201822069878 U CN201822069878 U CN 201822069878U CN 209588002 U CN209588002 U CN 209588002U
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- target device
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- liquid
- supply system
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Abstract
The utility model discloses a kind of automatic liquid supply systems, comprising: a fluid reservoir, a pump and at least one target device with the pump connection, each target device configure a target device pedestal.Automatic liquid supply system provided by the embodiment of the utility model, guarantee fuel can be stored by fluid reservoir, when default sensor, which detects, requires supplementation with fuel, fuel is inputted into the liquid storage chamber of target device by pumping, it realizes when the fuel of target device such as fuel-burning lamp is less, being automatically replenished for fuel is carried out, the reliability of fuel supply is improved.
Description
Technical field
The utility model embodiment is related to equipment control technology field more particularly to a kind of automatic liquid supply system.
Background technique
The needs of discovery and mankind illumination of the fuel-burning lamp originating from fire, fuel-burning lamp makes as the illuminations of people in ancient times
With reducing the mankind to dark fear.With the progress of lighting engineering, electric light is gradually instead of the illumination function of fuel-burning lamp
Can, while fuel-burning lamp is gradually evolved into the pursuit to spiritual civilization, and miscellaneous fuel-burning lamp is full of our eyes.
Current class lamps and lanterns of lighting portable on the market are commonly used solid wax fuel or liquid oil fuel, in order to anti-
Only oil plant, which exhausts, causes fuel-burning lamp to extinguish, and user needs to pay close attention to the Fuel Oil Remaining of fuel oil at any time, fills oil manually when oil mass is low
Material, it is cumbersome.Moreover, if when businessman has purchased large number of fuel-burning lamp needing that special messenger is sent to fire the residue of fuel-burning lamp
The problem of material is monitored, and is easy to appear fuel supplement not in time.To sum up, the fuel of fuel-burning lamp supplies reliability in the prior art
Difference.
Summary of the invention
The utility model provides a kind of automatic liquid supply system, and the fuel supply reliability of fuel-burning lamp can be improved.It can be with
Realization carries out multiple target devices to automatically supply liquid.
The utility model embodiment provides a kind of automatic liquid supply system, comprising: one fluid reservoir 1, one pump 21 and
At least one target device 4 connecting with the pump 21, each target device 4 configure a target device pedestal 3；
The target device 4 includes: liquid storage chamber 43 and apparatus body 45, and default sensor is equipped in the liquid storage chamber 43
44；Wireless communication module 46 and fluid injection connecting tube 48 are equipped with inside the apparatus body 45, described 48 one end of fluid injection connecting tube is logical
It crosses unidirectional stop valve A47 to connect with liquid storage chamber 43, the other end is connect by unidirectional stop valve B49 with the apparatus body 45, institute
Unidirectional stop valve B49 is stated to be located in the liquid injection port 40 being arranged on the apparatus body 45；
The target device pedestal 3 includes: solenoid valve 32 and fluid path connecting tube 36, and the solenoid valve 32 passes through the fluid path
Connecting tube 36 is connect with the fluid injection interface (31)；The fluid injection interface (31) is docked with liquid injection port (40)；The solenoid valve 32
It is connect with solenoid valve control module 33, the solenoid valve control module 33 is for controlling the solenoid valve 32；
The fluid reservoir 1 includes fluid reservoir cavity 14, and the fluid reservoir cavity 14 is equipped with fluid reservoir liquid injection port 11 and goes out
Liquid return hole 15, the liquid return hole 15 out are connect with one end of the pump 21, and the other end and trunk perfusion tube 23 of the pump 21 connect
It connects, the trunk perfusion tube 23 is connected at least one branch line perfusion tube 26 by least one three-way piece 24, and each branch line is defeated
26 one end of liquid pipe connects 24 other end of three-way piece and connects the solenoid valve 32 in the target device pedestal 3, the pump
21 connect with pump control module 22, and the pump control module 22 is for controlling the pump 21.
Automatic liquid supply system provided by the embodiment of the utility model can store guarantee fuel by fluid reservoir 1, pass when default
Sensor 44 detects when requiring supplementation with fuel, inputs fuel into the liquid storage chamber 43 of target device 4 by pump 2, realizes in target
When the fuel of equipment such as fuel-burning lamp is less, being automatically replenished for fuel is carried out, improves the reliability of fuel supply.In addition, if mesh
Marking device is flowerpot, then can realize the function that multiple flowerpots are carried out with automatic watering function by the monitoring to flowerpot soil humidity.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of automatic liquid supply system provided by the embodiment of the utility model；
Fig. 2 is a kind of partial structural diagram of fuel-burning lamp provided by the embodiment of the utility model；
Wherein, wick 0, fluid reservoir 1, fluid reservoir liquid injection port 11, combined aural and visual alarm 12, liquid tank level sensor 13, storage
Flow container cavity 14, out liquid return hole 15, pump 21, pump control module 22, trunk perfusion tube 23, three-way piece 24, check valve 25, branch line are defeated
Liquid pipe 26, target device pedestal 3, fluid injection interface 31, solenoid valve 32, solenoid valve control module 33, target device position sensor
35, fluid path connecting tube 36, target device 4, wick fixing seat 41, artificial liquid injection port 42, liquid storage chamber 43, default sensor 44, set
Standby ontology 45, unidirectional stop valve A47, fluid injection connecting tube 48, unidirectional stop valve B49, liquid injection port 40, refers to wireless communication module 46
Line identifier 5.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawings and examples.It is understood that herein
Described specific embodiment is used only for explaining the utility model, rather than the restriction to the utility model.It further needs exist for
It is bright, part relevant to the utility model is illustrated only for ease of description, in attached drawing rather than entire infrastructure.
As shown in Figure 1, the utility model embodiment provides a kind of automatic liquid supply system, comprising: one fluid reservoir 1, one
Pump 21 and at least one target device 4 connecting with the pump 21, each target device 4 configure a target device pedestal 3；
As shown in Fig. 2, the target device 4 includes: liquid storage chamber 43 and apparatus body 45, it is equipped in the liquid storage chamber 43 pre-
If sensor 44；Wireless communication module 46 and fluid injection connecting tube 48, the fluid injection connecting tube are equipped with inside the apparatus body 45
48 one end are connect by unidirectional stop valve A47 with liquid storage chamber 43, and the other end passes through unidirectional stop valve B49 and the apparatus body 45
Connection, the unidirectional stop valve B49 are located in the liquid injection port 40 being arranged on the apparatus body 45；
The target device pedestal 3 includes: solenoid valve 32 and fluid path connecting tube 36, and the solenoid valve 32 passes through the fluid path
Connecting tube 36 is connect with fluid injection interface 31；The fluid injection interface 31 is docked with the liquid injection port 40；The solenoid valve 32 and electromagnetism
Valve control module 33 connects, and the solenoid valve control module 33 is for controlling the solenoid valve 32.Optionally, fluid injection interface 31 is logical
It crosses screw thread or buckle is docked with the liquid injection port 40.
The fluid reservoir 1 includes fluid reservoir cavity 14, and the fluid reservoir cavity 14 is equipped with fluid reservoir liquid injection port 11 and goes out
Liquid return hole 15, the liquid return hole 15 out are connect with one end of the pump 21, and the other end and trunk perfusion tube 23 of the pump 21 connect
It connects, the trunk perfusion tube 23 is connected at least one branch line perfusion tube 26 by least one three-way piece 24, and each branch line is defeated
26 one end of liquid pipe connects 24 other end of three-way piece and connects the solenoid valve 32 in the target device pedestal 3, the pump
21 connect with pump control module 22, and the pump control module 22 is for controlling the pump 21.
Wherein, wireless communication module 46 is preferably WiFi communication module.It is chosen as bluetooth communication.Liquid storage chamber 43 is used for
Store liquid substance.Illustratively, can be used for storing fuel oil, it can also be used to water needed for storing plant or nutrient solution etc..
Further, artificial liquid injection port 42 is additionally provided in the liquid storage chamber 43.
Artificial liquid injection port 42, which is arranged, enables to user manually to add the liquid such as fuel, nutrient solution.
Further, the solenoid valve 32 is bidirectional electromagnetic valve.
When solenoid valve 32 is bidirectional electromagnetic valve, the recycling of the liquid such as fuel can be realized, and then recycle remaining fuel
Equal liquid, improve resource utilization.
Further, target device position sensor 35, the target device position are additionally provided on the target device pedestal 3
It sets location information of the inductor 35 for will test and is sent to the solenoid valve control module 33.
Location information indicates whether target device 4 is placed on target device pedestal 3.Target device position sensor 35 can
Think infrared sensor, ultrasonic sensor, whether target is placed on by measurement and the Distance Judgment target device of target device
Plant bottom case 3.
Further, the pump 21 is two-way pump.
Further, the distal end of the trunk perfusion tube 23 is equipped with check valve 25.Open check valve 25 when, due to air into
Enter to trunk perfusion tube 23, enables the liquid such as fuel to be back to fluid reservoir 1 by the effect of atmosphere.
Further, in the fluid reservoir cavity 14 be equipped with liquid tank level sensor 13, and with the fluid reservoir liquid
The combined aural and visual alarm 12 that level sensor 13 connects.
When liquid tank level sensor 13 detects that liquid level is less than preset height in fluid reservoir cavity 14, alarm signal is triggered
Number.Alarm signal is sent to combined aural and visual alarm 12 by liquid tank level sensor.Combined aural and visual alarm includes that loudspeaker and illumination are set
It is standby.Lighting apparatus can be LED lamp tube or LED bulb etc..When combined aural and visual alarm 12 receives alarm signal, broadcast by loudspeaker
Alarm sound is put, lighting or extinguishing for default rule is carried out by lighting apparatus.Default rule can be inferior for flashing one in each second.
Further, the target device 4 is fuel-burning lamp, and the default sensor 44 is fuel level sensor.
When target device 4 is fuel-burning lamp, fluid reservoir 1 is oil storage tank, fluid reservoir liquid injection port 11 is fluid reservoir pouring orifice, storage
Liquid level of tank sensor 13 is fluid reservoir fuel level sensor, fluid reservoir cavity 14 is oil storage tank cavity, goes out liquid return hole 15 to go out back
Hydraulic fluid port 15, pump 21 are oil pump, pump control module 22 is oil pump control module, trunk perfusion tube 23 is trunk petroleum pipeline, three-way piece
24 be oil pipe three-way piece, branch line perfusion tube 26 is branch line petroleum pipeline, target device pedestal 3 is lamp base, artificial liquid injection port 42
For artificial pouring orifice, liquid storage chamber 43 be shoe cream room, default sensor 44 is fuel level sensor, apparatus body 45 is fuel-burning lamp, note
Liquid connecting tube 48 is oiling connecting tube, liquid injection port 40 is pouring orifice.
Further, wick 0 and wick fixing seat 41 are equipped in the liquid storage chamber 43.
An artificial pouring orifice (i.e. artificial liquid injection port 42), artificial oiling are equipped at the top of above-mentioned fuel-burning lamp (i.e. target device 4)
Mouthful have can open function, can be by oil can to fuel-burning lamp (target device 4) oiling when unlatching, artificial pouring orifice reaches when closing
To the purpose of closing fuel-burning lamp (i.e. target device 4), artificial pouring orifice is interior to be arranged one-way ventilating valve, is only capable of air to fuel-burning lamp
(i.e. target device 4) internal flow, and can guarantee that fuel oil will not flow out when fuel-burning lamp (i.e. target device 4) is toppled over, eliminate because
Fuel-burning lamp (i.e. target device 4), which is toppled over, to be kept fuel oil unrestrained and the hidden danger of fire occurs.
Fuel-burning lamp (i.e. target device 4) is equipped with shoe cream room (i.e. liquid storage chamber 43), and shoe cream room is made of oil resistant material.It is storing up
Fuel level sensor (i.e. default sensor 44) is arranged in oil pocket outer wall, detects the trapped fuel amount in current shoe cream room.Fuel level sensor is
The other modes such as floating ball type liquid level sensor or ultrasonic type liquid level sensor, and an oil mass is reserved on oil storage cavity outer wall
Band is observed, current oil level can be intuitively observed by human eye.
In a scenario, if fuel level sensor is floating ball type liquid level sensor, the magnetic of floating-ball level switch is utilized
Property float rise or drop with liquid level, make the tongue tube chip activity of setting position in sensor detection pipe, issue contact and open and (close)
Conversion signal.One or more tongue tubes are installed in closed non-magnetic pipe, then by this pipe across one or more
The hollow and internal floating ball for having annular magnet, rising or falling for liquid will drive floating ball to move up and down together, to keep this non-
Tongue tube in magnetic conductivity pipe generates the movement for being attracted or disconnecting, thus one switching signal of output.The switching signal passes through nothing
Line communication module is sent to control system.When being attracted, the switching signal of triggering is enabling signal.Upon opening, triggering is opened
OFF signal is stop signal.
Under another scene, ultrasonic type liquid level sensor includes transmitting terminal and receiving end.Transmitting terminal is in liquid storage chamber 43
Inner wall upper end internally lower end emits ultrasonic wave perpendicular to the direction of liquid level.Receiving end is arranged in the same direction with transmitting terminal.Transmitting terminal hair
Signal out reflexes to receiving end through liquid level.To any one ultrasonic wave, records transmitting terminal and issue the first time of signal and connect
Receiving end receives the second time of signal, calculates the time difference of the second time and first time, with the two of the time difference/
One divided by ultrasonic wave speed, obtain distance of the page apart from 43 inner wall upper end of liquid storage chamber.If the distance is more than distance threshold,
Then export an enabling signal.If being less than distance threshold to distance, a stop signal is exported.The enabling signal or stopping
Module is sent to control system to signal by wireless communication.Wherein, distance threshold is 1-20 centimetres, preferably 5 centimetres.
Control system can receive enabling signal (or stop signal) wirelessly, can also be received by wired mode
Enabling signal (or stop signal).Preferably receive enabling signal that wireless communication module sent by internet (or to stop
Signal).
Under above two scene, when pump control module detects the enabling signal, according to the wireless of transmission enabling signal
The mark of communication module finds the target device where the wireless communication module.Then, 21 storages to the target device of control pump
Sap cavity 43 conveys liquid.Pump control module 22 is stored with the mapping table of target device and wireless communication module.If default
The enabling signal that multiple wireless communication modules are sent is received in duration, then the corresponding target of mostly multiple wireless communication module is set
It is standby to be uniformly infused.Wherein, preset duration is 0-1 minutes, preferably 42.3 seconds.
One unidirectional stop valve A47 is set on oil storage cavity outer wall, and unidirectional stop valve A47 is connected with oiling connecting tube 48, oiling
The unidirectional stop valve B49 and fluid injection interface 31 of connecting tube (i.e. fluid injection connecting tube 48) and the setting of lamp body (i.e. apparatus body 45) outer wall
It is connected, when fluid injection interface 31 has oil to inject, unidirectional stop valve A47 and unidirectional stop valve B49 are opened simultaneously, and oil plant passes through fluid injection
Interface 31, unidirectional stop valve A47, oiling connecting tube 48, unidirectional stop valve B49 are finally flowed into shoe cream room 43, unidirectional stop valve
One-way flow effect, be not in after ensure that fuel feeding fuel oil flow backwards the phenomenon that.
The WiFi communication module (i.e. wireless communication module 46) can be such that fuel level sensor (i.e. default sensor 44) issues
Oil level signal be uploaded to entire control system, to be accurately controlled the work of auto-supply system；
Wick 0 is the three color glass fibre wicks of resistance to burning, using finished glass Fiber Materials wick.Wick fixing seat 41 uses
Metal material or ceramic material.
The 45 outer cross section of lamp body can other shapes, the circular diameter such as rounded, rectangular, polygon be
50mm~200mm。
The material of the lamp body (i.e. apparatus body 45) can be glass, organic glass, polycarbonate, polymethyl
Sour methyl esters PMMA and other materials, color can be other colors such as transparent, red.
Further, target device 4(fuel-burning lamp) it further include Fingerprint Identification Unit 5.Fingerprint Identification Unit 5 can be to security fingerprint
It is saved, and when detecting target fingerprint matched with security fingerprint, artificial liquid injection port 42 is opened, to improve target device
4(fuel-burning lamp) safety.Fingerprint Identification Unit 5 is in target device 4(fuel-burning lamp) on position can be according to base of principle of human engineering
Board design is carried out, in order to provide more preferably tactile experience, improves ease for use.
Oil storage tank pouring orifice (i.e. fluid reservoir liquid injection port 11) is set on oil storage tank (i.e. fluid reservoir cavity 14).
Oil storage tank level sensor (i.e. liquid tank level sensor 13) and combined aural and visual alarm 12 are set on the oil storage tank,
Oil storage tank level sensor can measure the trapped fuel amount in current oil storage tank, and oil level setting value can be two grades, and one grade is low oil level,
One grade is warning oil level.When oil mass is lower than low oil level, oil storage tank level sensor 13 issues signal to control system, prompts storage
Oil tank level is low to need oiling, but combined aural and visual alarm 12 does not issue alarm signal.When oil mass is lower than warning oil level, oil level is passed
Sensor issues signal to control system, and combined aural and visual alarm 12 issues sound and light alarm signal.
The effect of the oil return opening out (going out liquid return hole 15) is in two-way oil pump (pumping 21) outside fuel feeding
Oil outlet, when not fuel feeding, fuel oil is flow back into oil storage tank automatically, is herein oil return opening.
Two-way oil pump control module (i.e. pump control module 22), the signal that can be issued according to control system, controls two-way oil
The fuel feeding of pump or oil return.Pump 21 can may be two-way pump for one-way pump.If pump 21 is one-way pump, the pump responded is controlled
Module 22 is unidirectional pump control module.If pump 21 is two-way pump, the pump control module 22 responded is two-way pump control module.
Unidirectional pump control module and the controllable 21 starting feed flow of pump of two-way pump control module stop feed flow.
Further, two-way pump control module enables to pump 21 to transmit liquid to fluid reservoir cavity 14, and then realizing will
Residual liquid is recycled in pipeline.
The lamp base (i.e. target device pedestal 3) can be lotus flower moulding, circle, rectangular, polygon and other shapes
Shape.
The lamp position inductor (i.e. target device position sensor 35) incudes in current lamp base whether have lamp
Tool, and this signal is transmitted to bidirectional electromagnetic valve control module (i.e. solenoid valve control module 33).
The lamp position inductor (i.e. target device position sensor 35) is that magnetic switch is also possible to ultrasonic waveform
The other forms such as formula.
The bidirectional electromagnetic valve control module (i.e. solenoid valve control module 33) obtains current lamp base (i.e. target device
Pedestal 3) on there is two-way oil pump and bidirectional electromagnetic valve (i.e. solenoid valve 32) after two signals of lamps and lanterns and current fuel lamp oil starvation to beat
Open, pass through oiling interface 31(pouring orifice 40 and oiling interface 31 and dock) to fuel-burning lamp (i.e. target device 4) oiling.
One-way ventilating valve (i.e. check valve is arranged in the distal end (or highest point) of the trunk petroleum pipeline (i.e. trunk perfusion tube 23)
25) oil circuit and outside air is enable smoothly to flow into oil pipeline when, working for oil return system, and can in Fuel injection system
The effect for preventing fuel oil from leaking.Since oil circuit both ends are respectively communicated with fluid reservoir cavity 14 and liquid storage chamber 43, in atmospheric pressure
Under effect, when passing through the Residual oil in two-way pump recovery oil circuit, if being only applicable in the Residual oil in pump recovery oil circuit, pump will increase
Load and the everywhere pipeline outer wall of oil pipeline.Therefore, when controlling the Residual oil in two-way oil pump recycling oil pipeline, pipe
Residual oil in road sucks air into oil pipeline by one-way ventilating valve at this time, in turn with the action of two-way oil pump
Guaranteeing oil pipeline has the pressure of appropriateness, while reducing the load of two-way oil pump.Meanwhile it can be prevented using one-way ventilating valve
Fuel oil leaks.
The auto-supply system can be more fuel-burning lamp (i.e. target device 4) fuel feeding, preferably 3 ~ 100.
The auto-supply system cannot be only used for the auto-supply system of lamps and lanterns, such as by fuel-burning lamp (i.e. target device 4)
Fuel level sensor be replaced with soil humidity sensor, it can also be used to the automatic irrigation of potted plant；
Specific work process is as follows:
Fuel-burning lamp (i.e. target device 4) auto-supply process, fuel-burning lamp (i.e. target device 4) oil level are reduced to setting oil level
When, fuel level sensor (i.e. default sensor 44) issues the too low signal (i.e. enabling signal) of oil level.Control system, which receives, to be opened
After dynamic signal, control system controls two-way oil pump control module (i.e. pump control module 22), two-way oil pump (pumping 21) open to
Oil piping system fuel feeding, fuel oil are reached at the bidirectional electromagnetic valve in lamp base by trunk petroleum pipeline and branch line petroleum pipeline.Lamps and lanterns
Position sensor such as senses that present bit is equipped with lamps and lanterns presence, and this lamps and lanterns is in the state of oil starvation, and bidirectional electromagnetic valve is opened,
Fuel oil flows through bidirectional electromagnetic valve and oil circuit connection pipe, will be in fuel filling to lamps and lanterns by automatic oiling interface.When fuel-burning lamp (i.e.
Target device 4) in oil mass reach set high oil level when, fuel level sensor issue fuel oil fill signal.Control system receives
After fuel oil fills signal, the bidirectional electromagnetic valve 32 in two-way oil pump control module and lamp base is controlled, is stopped to oil piping system
Fuel feeding.Wherein, distance of the high oil level as pasta apart from inner wall upper end is set less than 1 centimetre.
Automatic oil return process has the signal (i.e. enabling signal) of oil starvation to issue in auto-supply system without any fuel-burning lamp,
Two-way oil pump is reversely opened at this time, by the Oil residue recuperation to oil storage tank in petroleum pipeline, in the unidirectional of trunk petroleum pipeline highest point
Valve, for enabling oil circuit and outside air smoothly to flow into oil pipeline, and the energy in Fuel injection system when oil return system work
Enough fuel oil is prevented to leak.
In another implementation, the target device 4 is flowerpot, and the default sensor 44 is soil moisture sensing
Device.The oil storage tank (i.e. fluid reservoir cavity 14) of the auto-supply system can be embedded in underground, can also be arranged on the ground.
Soil humidity sensor can be located at the center of (i.e. fluid reservoir cavity 14).Alternatively, soil humidity sensor
It may be located on the bottom position of (i.e. fluid reservoir cavity 14).
Optionally, soil humidity sensor can use FDR (Frequency Domain Reflectometry) frequency domain
Reflectometer.Frequency domain reflectometer propagates frequency using electromagnetic pulse principle, according to electromagnetic wave for measuring soil moisture in the medium
Rate measures the apparent dielectric constant (ε) of soil, to obtain volumetric water content of soil (θ v).
Liquid storage chamber 43 is equipped with soil, and soil humidity sensor detects humidity in soil, when humidity is wet less than presetting
When spending threshold value, the water stored in fluid reservoir 1 is transmitted to liquid storage chamber 43.Realize soil automatic irrigation in flowerpot.
Above-described embodiment can be accurately and effectively right in the scene that dining room etc. is provided with multiple (such as dozens of) fuel-burning lamps
The fuel-burning lamp of oil starvation adds fuel.Artificial monitoring efficiency is low at present relatively, the present embodiment can rapidly and accurately for one or
Multiple fuel-burning lamps refuel, and improve fuel and add efficiency.
Specific work process is as follows:
Flowerpot (i.e. target device 4) automatic-watering process: soil humidity sensor detects that soil moisture is less than in flowerpot
When default humidity (such as 20%), module is set out enabling signal to control system by wireless communication.Alternatively, humidity sensor detects
The duration that soil moisture is less than default humidity into flowerpot reaches preset duration (such as 1 day), then by wireless communication module to control
System processed is set out enabling signal.After control system receives enabling signal, control system control two way water pump control module (is pumped
Control module 22), two way water pump (pumping 21) is opened to supply water to liquid channel system, and water is arrived by trunk perfusion tube and branch line perfusion tube
Up at the bidirectional electromagnetic valve in Base of flowerpot (i.e. target device pedestal 3).If currently having issued enabling signal, bi-directional electromagnetic
Valve is opened, and water flows through bidirectional electromagnetic valve and fluid path connecting tube, water is filled into liquid storage chamber 43 by automatic fluid injection interface.Work as flower
When soil moisture in basin (i.e. target device 4) reaches default humidity, soil humidity sensor issues humidity signal up to standard.Control
After system receives humidity signal up to standard, the bidirectional electromagnetic valve 32 in two way water pump control module and Base of flowerpot is controlled, is stopped
It supplies water to liquid channel system.
Automatic water-returning process has enabling signal sending without any flowerpot in auto-supply system, and two way water pump is reversed at this time
It opens, the residual water in perfusion tube is recovered in fluid reservoir cavity 14.
Above-described embodiment, which can be realized, carries out detection and moisturizing to soil moisture in multiple flowerpots.Especially for office
Room, office building etc. are provided with the scene for having more Landscaping flower and office vegetation, can be to having more in flowerpot by control system
Soil moisture detected and carry out moisturizing in time.It, can be more accurate relative to manually periodically being watered by cleaner at present
Water to water shortage vegetation, while reducing human cost, improve watering efficiency.
It should be noted that the structural schematic diagram that Fig. 1 and Fig. 2 are target device when being fuel-burning lamp, my flowerpot of object construction
When, the structural schematic diagram of automatic liquid supply system and target device can refer to Fig. 1 and Fig. 2, not repeat herein.
Note that above are only the preferred embodiment and institute's application technology principle of the utility model.Those skilled in the art's meeting
Understand, the utility model is not limited to specific embodiment described here, is able to carry out for a person skilled in the art various bright
Aobvious variation, readjustment and substitution is without departing from the protection scope of the utility model.Therefore, although passing through above embodiments
The utility model is described in further detail, but the utility model is not limited only to above embodiments, is not departing from
It can also include more other equivalent embodiments in the case that the utility model is conceived, and the scope of the utility model is by appended
Scope of the claims determine.
Claims (10)
1. a kind of automatic liquid supply system characterized by comprising a fluid reservoir (1), a pump (21) and with the pump
(21) at least one target device (4) connected, each target device (4) configure a target device pedestal (3)；
The target device (4) includes: liquid storage chamber (43) and apparatus body (45), and default sensing is equipped in the liquid storage chamber (43)
Device (44)；Wireless communication module (46) and fluid injection connecting tube (48), the fluid injection connection are equipped with inside the apparatus body (45)
Pipe (48) one end passes through unidirectional stop valve A(47) connect with liquid storage chamber (43), the other end is by unidirectional stop valve B(49) with it is described
Apparatus body (45) connection, the unidirectional stop valve B(49) it is located in the liquid injection port (40) being arranged on the apparatus body (45)；
The target device pedestal (3) includes: solenoid valve (32) and fluid path connecting tube (36), and the solenoid valve (32) passes through described
Fluid path connecting tube (36) is connect with fluid injection interface (31)；The fluid injection interface (31) is docked with the liquid injection port (40)；The electricity
Magnet valve (32) is connect with solenoid valve control module (33), and the solenoid valve control module (33) is for controlling the solenoid valve
(32)；
The fluid reservoir (1) includes fluid reservoir cavity (14), and the fluid reservoir cavity (14) is equipped with fluid reservoir liquid injection port (11)
Liquid return hole (15) out, liquid return hole (15) out are connect with one end of the pump (21), the other end of the pump (21) and master
The connection of dry perfusion tube (23), it is defeated that the trunk perfusion tube (23) by least one three-way piece (24) is connected at least one branch line
Liquid pipe (26), each branch line perfusion tube (26) one end connect three-way piece (24) other end and connect the target device pedestal
(3) solenoid valve (32) in, the pump (21) connect with pump control module (22), and the pump control module (22) is for controlling
Make the pump (21).
2. automatic liquid supply system according to claim 1, which is characterized in that be additionally provided with artificial note on the liquid storage chamber (43)
Liquid mouth (42).
3. automatic liquid supply system according to claim 1, which is characterized in that the solenoid valve (32) is bidirectional electromagnetic valve.
4. automatic liquid supply system according to claim 1, which is characterized in that be additionally provided on the target device pedestal (3)
Target device position sensor (35), the location information that the target device position sensor (35) is used to will test are sent to
The solenoid valve control module (33).
5. automatic liquid supply system according to claim 1, which is characterized in that the pump (21) is two-way pump.
6. automatic liquid supply system according to claim 1, which is characterized in that the distal end of the trunk perfusion tube (23) is equipped with
Check valve (25).
7. automatic liquid supply system according to claim 1, which is characterized in that be equipped with liquid storage in the fluid reservoir cavity (14)
Tank level indicator (13), and the combined aural and visual alarm (12) being connect with the liquid tank level sensor (13).
8. automatic liquid supply system described in any one of -7 according to claim 1, which is characterized in that the target device (4) is
Fuel-burning lamp, the default sensor (44) are fuel level sensor.
9. automatic liquid supply system according to claim 8, which is characterized in that be equipped with wick (0) in the liquid storage chamber (43)
And wick fixing seat (41).
10. automatic liquid supply system described in any one of -7 according to claim 1, which is characterized in that the target device (4) is
Flowerpot, the default sensor (44) are soil humidity sensor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822069878.7U CN209588002U (en) | 2018-12-11 | 2018-12-11 | A kind of automatic liquid supply system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822069878.7U CN209588002U (en) | 2018-12-11 | 2018-12-11 | A kind of automatic liquid supply system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209588002U true CN209588002U (en) | 2019-11-05 |
Family
ID=68348757
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822069878.7U Expired - Fee Related CN209588002U (en) | 2018-12-11 | 2018-12-11 | A kind of automatic liquid supply system |
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| Country | Link |
|---|---|
| CN (1) | CN209588002U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111380043A (en) * | 2018-12-11 | 2020-07-07 | 九加一（天津）投资管理有限公司 | Automatic liquid supply system |
-
2018
- 2018-12-11 CN CN201822069878.7U patent/CN209588002U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111380043A (en) * | 2018-12-11 | 2020-07-07 | 九加一（天津）投资管理有限公司 | Automatic liquid supply system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20191105 Termination date: 20201211 |