CN207531494U - The adjustable atomising device that houseplant plantation uses - Google Patents
The adjustable atomising device that houseplant plantation uses Download PDFInfo
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- CN207531494U CN207531494U CN201721651715.9U CN201721651715U CN207531494U CN 207531494 U CN207531494 U CN 207531494U CN 201721651715 U CN201721651715 U CN 201721651715U CN 207531494 U CN207531494 U CN 207531494U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
- Y02A40/25—Greenhouse technology, e.g. cooling systems therefor
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Abstract
The adjustable atomising device that houseplant plantation uses, including the atomization plant that freezes, water inlet pipe, control circuit, temperature detect switch (TDS), water-level probe and injection spray pipe, refrigeration atomization plant has two sets, two sets of refrigeration all building blocks of atomization plant are consistent, the atomization plant that freezes includes ultrasonic atomization mechanism, refrigeration mechanism, axial flow blower, babinet, connecting tube, ultrasonic atomization mechanism, refrigeration mechanism, axial flow blower, connecting tube is mounted on babinet, ultrasonic atomization mechanism, refrigeration mechanism, axial flow blower and control circuit, temperature detect switch (TDS), it is connected between water-level probe by conducting wire, two sets of refrigeration atomization plants and water inlet pipe, injection spray pipe is connected by pipe joint.The utility model can not only provide wellatomized water mist, fully meet the needs of humidity on chamber planting frame, while the water mist of different temperatures can also be provided in Various Seasonal, Different Crop growth period, prevent temperature difference is excessive from being impacted to plant growth.Based on above-mentioned, so the application prospect that the utility model has had.
Description
Technical field
The utility model is related to the auxiliary facility that greenhouse planting uses, particularly a kind of houseplant plantation makes
Adjustable atomising device.
Background technology
Hothouse plants create natural environment since plantation needs to imitate for plant as far as possible indoors, could meet greenhouse plant
The healthy growth of object wherein existing full spectrum lamp has imitated external light environment, is filled the illumination of plant growth
Divide and meet；But plant growth natural imitation circle humidity environment in existing technology there are no being well solved, at present
The method for increasing warm indoor humidity is that the method realization sprayed by spraying machine (is each plantation frame in greenhouse under normal conditions
One nozzle of upper setting meets the humidity regulation needs of each plantation frame subenvironment), spraying machine, which only has, provides water mist increase temperature
The function of air humidity in the plantation frame of room can not be realized and provide the water mist with different temperatures, can cause shadow to the growth of plant
Ring (for example water mist temperature is too low after winter atomization that crop can be caused to endure cold or even dead, water mist temperature is excessively high after summer atomization makes
Into crop scald or even death).Based on above-mentioned, provide it is a kind of can automatically according to the temperature needs of setting, can in Various Seasonal, no
The water mist of different temperatures with crop growth period is provided, meets the needs of increasing humidity on chamber planting frame simultaneously, moreover it is possible to be provided not
The equipment of synthermal water mist seems particularly necessary.
Utility model content
In order to overcome drawback existing for the atomization wetting system that existing greenhouse uses, the utility model provides one kind and is
When crop realizes subenvironment air humidity increase on chamber planting frame, wellatomized water mist can be not only provided, fully meets temperature
The demand of humidity can also provide the water mist of different temperatures in Various Seasonal, Different Crop growth period simultaneously in the plantation frame of room, prevent
The adjustable atomising device that excessive temperature differentials uses the houseplant plantation that plant growth impacts.
Technical solution is used by the utility model solves its technical problem：
The adjustable atomising device that houseplant plantation uses, it is characterised in that including refrigeration atomization plant, water inlet pipe, control
Circuit processed, temperature detect switch (TDS), water-level probe and injection spray pipe, refrigeration atomization plant have two sets, two sets all compositions of atomization plant that freeze
Component is consistent, and refrigeration atomization plant includes ultrasonic atomization mechanism, refrigeration mechanism, axial flow blower, babinet, connecting tube, first set
Freeze in atomization plant, there are one trepannings on babinet left-hand end top, and there are two trepanning, babinets from left to right for the upper center of babinet
Upper right end there are one trepanning, there are one trepannings as water inlet for the right-hand end lower part of babinet, and the bosom of babinet has one
Box house is divided into the two independent spaces in left and right by partition board, and there are one trepanning, the pressures of refrigeration mechanism for the upper center of partition board
Contracting host is mounted on the inside left end of babinet, the evaporator installation of refrigeration mechanism by the mounting hole of its lower part of the housing rear and front end
With the refrigeration mechanism pipeline that compression host, evaporator are connected from the upper center trepanning of partition board on the left of the box house right end
It passes through, one end of connecting tube is welded on the upper center of babinet, and first trepanning upper end, aerofoil fan pass through babinet from left to right
Upper center second trepanning from left to right around multiple mounting holes, with bolt and nut be mounted on babinet upper center by a left side
To right second trepanning, on the right side of the mounting hole installation in the case that ultrasonic atomization mechanism passes through its lower part of the housing rear and front end,
Water-level probe is mounted on right part lower end in babinet, and temperature detect switch (TDS) is mounted in babinet upper right end trepanning, the welding of water inlet pipe one end
On on the outside of the babinet right-hand end water inlet, the front end of left and right two of injection spray pipe respectively there are one trepanning, front and rear two of injection spray pipe by
Left-to-right respectively has multiple trepannings as spray holes, and two sets of refrigeration atomization plants are used cooperatively, the company of first set refrigeration atomization plant
The take over other end, second set refrigeration atomization plant the connecting tube other end be respectively welded at two front end trepannings of injection spray pipe or so
On outside, the water inlet pipe other end is welded on the water inlet of second set of refrigeration atomization plant, water inlet pipe middle part and water supply pipe
It is connected by rubber hose, injection spray pipe is located at plantation frame upper end in greenhouse, and control circuit power input, two sets of refrigeration atomizations are set
Standby aerofoil fan power input both ends are connected with 220V AC powers by conducting wire, the control power supply output of the control circuit first via
Power input one end with the ultrasonic atomization mechanism of two sets of refrigeration atomization plants is held to be connected by conducting wire, the second tunnel of control circuit
Power input one end of the refrigeration mechanism of control power output end and two sets of refrigeration atomization plants is connected by conducting wire, 220V exchanges
One pole of power supply and two sets refrigeration atomization plants ultrasonic atomization mechanism power input the other end, two sets freeze atomization plant system
The cold structure power input other end is connected by conducting wire, the signal output end of temperature detect switch (TDS), the signal output end of water-level probe point
It is not connected with two signal input parts of control circuit by conducting wire, control circuit is mounted in a subassembly wrapper, and subassembly wrapper is mounted on
The babinet upper end right part of first set refrigeration atomization plant refrigeration mechanism.
The ultrasonic atomization mechanism of two sets of refrigeration atomization plant is super emerging, model ZCX-M10D48 industry in brand
Ten atomizers of ultrasonic wave, operating voltage is alternating current 220V.
The refrigeration mechanism of two sets of refrigeration atomization plant is consistent with common air-conditioning construction with refrigeration and heat-production functions,
It is made of evaporator and compression host, operating voltage is alternating current 220V.
The water-level probe includes two metal copper sheets and a plastic plate, two copper sheets lower end glue sticking insulated from each other
In plastic plate upper end, when water-level probe is mounted on right part lower end in first set refrigeration atomization plant babinet, plastic plate lower part glue
Right part lower end in babinet is bonded in, two metal copper sheet horizontal positions of water-level probe are than ultrasonic atomization mechanism horizontal position
It is high.
The axial flow blower operating voltage of two sets of refrigeration atomization plant is alternating current 220V.
The temperature detect switch (TDS) model is TS-040SR, and brand is South Korea rainbow RAINBOW, can 0 degree to 40 degree range it
Between into trip temperature adjust.
The control circuit includes switch power module, resistance, NPN triode, relay, PNP triode, passes through therebetween
Conducting wire connects, the cathode power supply output terminal of switch power module and first resistance one end, first PNP triode emitter,
Second PNP triode emitter connection, switch power module power input one end and first power source for relay control input
End, second power source for relay control input terminal connection, the negative power supply output terminal of switch power module and first tri- pole of NPN
Pipe emitter, second NPN triode emitter, first relay negative power supply input terminal, second relay negative electricity
Source input end grounding, first NPN triode collector and first PNP triode base stage connection, first PNP triode collection
Electrode and first relay cathode power supply input terminal connection, second NPN triode collector and second PNP triode base
Pole connects, second PNP triode collector and second relay cathode power supply input terminal connection.
The utility model advantageous effect is：When the utility model is used, when tap water enters two sets of refrigeration mists through water inlet pipe
It after changing in the babinet of equipment, can make water fogging after the ultrasonic atomization mechanism work once electrified in babinet, and from the company on babinet top
It takes over into injection spray pipe, then, the rear and front end of injection spray pipe sprays water mist increases humidity for plant in plantation frame.In first set
In refrigeration atomization plant under water-level probe effect, when water floods ultrasonic atomization mechanism upper end, under control circuit effect,
Automatic work once electrified is just understood by Liang Tao ultrasonic atomizations mechanism, prevents water level inadequate, the damage of ultrasonic atomization mechanism；In temperature detect switch (TDS)
And under control circuit effect, refrigeration mechanism can (user gives birth to according to environment temperature and plant water-atomization cooling after atomization or heating
Long stage required temperature is adjusted), after water mist is made to be output in plantation frame, the growth needs of crop can be met.This practicality is new
Type can not only provide wellatomized water mist, fully meet the needs of humidity on chamber planting frame, at the same can also Various Seasonal,
Different Crop growth period provides the water mist of different temperatures, prevents temperature difference is excessive from being impacted to plant growth.Based on above-mentioned,
So application prospect that the utility model has had.
Description of the drawings
The utility model is described further with reference to the accompanying drawings and examples.
Fig. 1 is the utility model structure diagram.
Fig. 2 is the utility model circuit diagram.
Specific embodiment
Shown in Fig. 1, the adjustable atomising device that uses of houseplant plantation, including refrigeration atomization plant 1, water inlet pipe 2,
Control circuit 3, temperature detect switch (TDS) 4, water-level probe 5 and injection spray pipe 6, refrigeration atomization plant 1 have two sets, two sets of refrigeration atomization plants 1
All building blocks are consistent, refrigeration atomization plant 1 include ultrasonic atomization mechanism 1-1, refrigeration mechanism 1-2, axial flow blower 1-3,
Babinet 1-4, connecting tube 1-5, first set freeze in atomization plant, and there are one trepanning, the upper ends of babinet on babinet 1-4 left-hand ends top
There are two trepanning 1-7 and 1,8 from left to right at middle part, and there are one trepanning 1-9 for the upper right end of babinet, and the right-hand end lower part of babinet has
One trepanning 1-10 has a partition board 1-11 that box house is divided into left and right two as water inlet, the bosom of babinet 1-4
Independent space, for the upper center of partition board 1-11 there are one trepanning, the compression host 1-12 of refrigeration mechanism passes through its lower part of the housing
The mounting hole of rear and front end is mounted on the inside left end of babinet 1-4, and the evaporator 1-13 of refrigeration mechanism is mounted on inside babinet 1-4
With the refrigeration mechanism 1-2 pipelines that compression host 1-12, evaporator 1-13 are connected from the upper center of partition board 1-11 on the left of right end
Trepanning passes through, and one end of connecting tube 1-5 is welded on the upper center of babinet first trepanning 1-7 upper end from left to right, axis stream wind
1-3 is fanned by multiple mounting holes around the upper center of babinet from left to right second trepanning 1-8, is mounted on bolt and nut
For babinet upper center from left to right on second trepanning 1-8, ultrasonic atomization mechanism 1-1 passes through its lower part of the housing rear and front end
In the case on the right side of 1-4, water-level probe 5 is mounted on right part lower end in babinet 1-4 for mounting hole installation, and temperature detect switch (TDS) 4 is mounted on babinet
On upper right end trepanning 1-9,2 one end of water inlet pipe is welded on babinet right-hand end water inlet 1-10 outsides, the left and right two of injection spray pipe 6
Respectively there are one trepanning, front and rear two of injection spray pipe 6 respectively have multiple trepannings as spray holes 6-1, two sets of systems from left to right for portion front end
Cold atomization plant 1 is used cooperatively, the connecting tube 1-5 other ends of first set refrigeration atomization plant, second set of atomization plant that freezes
The connecting tube 1-5 other ends are respectively welded on the outside of 6 or so two front end trepannings of injection spray pipe, and 2 other end of water inlet pipe is welded on
On the water inlet of second set of refrigeration atomization plant, 2 middle part of water inlet pipe is connected with water supply pipe by rubber hose, injection spray pipe 6
Positioned at 7 upper end of chamber planting frame, control circuit 3 is mounted in a subassembly wrapper 8, and subassembly wrapper 8 is mounted on first set refrigeration atomization and sets
The babinet 1-4 upper ends right part of standby refrigeration mechanism.
Shown in Fig. 1, when the utility model is used, after the axial flow blower 1-3 work once electrifieds of two sets of refrigeration atomization plants, two
External air is pumped into inside the babinet 1-4 of two sets of refrigeration atomization plants by set axial flow blower 1-3 respectively, respectively two sets refrigeration
Moving air inside the babinet 1-4 of atomization plant is provided, and is provided for water mist after atomization through babinet 1-4 inside into injection spray pipe 6
Air flow.When tap water enters through water inlet pipe 2 inside the babinet 1-4 of two sets atomization plants that freeze, water freezes first set mist
After water-level probe 5 floods in the babinet 1-4 of change equipment, under the action of control circuit 3, two sets of refrigeration atomization plant babinet 1-4
It can make water fogging after interior ultrasonic atomization mechanism 1-1 work once electrifieds, and the connecting tube 1-5 from babinet 1-4 tops enters spraying
In pipe 6, then, the spray holes 6-1 of injection spray pipe 6 sprays water mist increases humidity for plant in plantation frame 7.It is acted in water-level probe 5
Under, when water floods ultrasonic atomization mechanism 1-1 upper ends in first set refrigeration atomization plant babinet 1-4, make in control circuit 3
Under, two sets of atomization plant ultrasonic atomization mechanism 1-1 just automatic work once electrifieds of meeting of freezing prevent water level inadequate, two sets of ultrasounds
Wave atomising mechanism 1-1 is damaged；Since two sets of refrigeration atomization plants are horizontal in, so two sets of refrigeration atomization plants
Ultrasonic atomization mechanism 1-1 all can work or be stopped together together, protected accordingly.In temperature detect switch (TDS) 4 and control
Under circuit 3 processed acts on, the temperature in babinet 1-4 can be reduced or increased by the refrigeration mechanism 1-2 of two sets of refrigeration atomization plants, so as to
Atomized water in two sets of refrigeration atomization plant babinet 1-4 is cooled down or heats up and exports to the plant in plantation frame 7, reaches plant
Growth need (adjusting that user carries out temperature detect switch (TDS) 4 according to environment temperature and plant growth stage required temperature), make water
After mist is output in plantation frame 7, the growth temperature needs of crop can be met.The babinet 1-4 sides of two sets of refrigeration atomization plants
Trepanning, main function are the compression host 1-12 and extraneous air realization stream for meeting two sets of refrigeration atomization plant refrigeration mechanism 1-2
It is logical.The utility model can not only provide wellatomized water mist, fully meet the needs of humidity on chamber planting frame 7, simultaneously also
The water mist of different temperatures in Various Seasonal, Different Crop growth period can be provided, prevent from impacting plant growth.Based on upper
It states, so the application prospect that the utility model has had.
Shown in Fig. 2, two sets refrigeration atomization plant ultrasonic atomization mechanism B1 and B2 brands be in super emerging, model ZCX-
Ten atomizers of industrial ultrasonic wave of M10D48, operating voltage is alternating current 220V.The refrigeration mechanism MR1 of two sets of refrigeration atomization plants
And MR2 is consistent with common air-conditioning construction with refrigeration and heat-production functions, is made of evaporator and compression host, operating voltage
It is alternating current 220V.Water-level probe SW includes two metal copper sheets and a plastic plate, two copper sheets lower end gluing insulated from each other
Plastic plate upper end is connected on, two metal copper sheet horizontal positions of water-level probe SW are higher than ultrasonic atomization mechanism horizontal position.Two
Axial flow blower M1 and the M2 operating voltage of set refrigeration atomization plant is alternating current 220V.Temperature detect switch (TDS) WK models are TS-040SR, product
Board is South Korea rainbow RAINBOW, can be adjusted between 0 degree to 40 degree range into trip temperature.Control circuit includes Switching Power Supply mould
Block A1, resistance R1, R2, NPN triode Q1, Q3, relay J1, J2, PNP triode Q2, Q4 are connected by conducting wire, opened therebetween
3 foot of cathode power supply output terminal of powered-down source module A1 and first resistance R1 one end, first PNP triode Q2 emitter,
Two PNP triode Q4 emitters connections, switch power module power supply A1 input 2 foot of one end and first relay J1 control electricity
Source input terminal, second relay J2 control power input connection, 4 foot of negative power supply output terminal of switch power module A1 and
First NPN triode Q1 emitter, second NPN triode Q3 emitter, first relay J1 negative power supplies input terminal,
Second relay J2 negative power supply input end grounding, first NPN triode Q1 collector and first PNP triode Q2 base
Pole connects, first PNP triode Q2 collector and first relay J1 cathode power supplies input terminal connection, second NPN tri-
Pole pipe Q3 collectors and second PNP triode Q4 base stages connection, second PNP triode Q4 collector and second relay
J2 cathode power supplies input terminal connects.
Shown in Fig. 2,1 and 2 feet of control circuit power input switch power module A1, two sets of atomization plants that freeze
Aerofoil fan M1 and M2 power input both ends are connected with 220V AC powers by conducting wire, and control circuit first via control power supply is defeated
Power input one end of the ultrasonic atomization mechanism B1 and B2 of outlet relay J1 normally opened contacts end and two sets of refrigeration atomization plants
It is connected by conducting wire, the second tunnel of control circuit control power output end relay J1 normally-closed contacts end and two sets of refrigeration atomization plants
Power input one end of refrigeration mechanism MR1, MR2 are connected by conducting wire, one pole of 220V AC powers and two sets of refrigeration atomization plants
Ultrasonic atomization mechanism B1 and the B2 power inputs other end, the power supply of two sets of refrigeration atomization plant refrigeration mechanism MR1, MR2 it is defeated
Enter the other end to connect by conducting wire, first signal input part PNP triode of two terminals of temperature detect switch (TDS) WK and control circuit
Q2 emitters, the resistance R2 other ends are connected respectively by conducting wire, two metal copper sheet both ends of signal output end of water-level probe SW
It is connected with second signal input part resistance R1 other end of control circuit, NPN triode Q1 base stage difference conducting wire.
Shown in Fig. 2, in control circuit and water-level probe：220V AC powers enter the axis stream of two sets of refrigeration atomization plants
After fan M1 and M2 power input, aerofoil fan M1 and M2 the meeting work once electrified of two sets of refrigeration atomization plants, respectively two sets
Air-flow is provided in the babinet of refrigeration atomization plant, water mist enters through air-flow in injection spray pipe after enabling atomization.220V AC powers into
After entering switch power module A1, switch power module A1 can export 5V DC power supplies, when in first set refrigeration atomization plant babinet
Ultrasonic atomization equipment B1 by after water submerged, the ultrasonic atomization equipment B2 in second set of refrigeration atomization plant babinet this moment
Can be equally by water submerged, by after water submerged, NPN triode Q1 obtains water-level probe SW through water, two metal copper sheets from resistance R1
Suitable bias current conducting, then, PNP triode Q2 conductings, relay J1 obtain its control power input of electric actuation and normally opened contact
End is closed, since the ultrasonic atomization mechanism B1 and B2 power supplys of, relay J1 normally opened contacts end and two sets atomization plants that freeze are defeated
Enter one end to connect by conducting wire, so this moment, the ultrasonic atomization mechanism B1 and B2 of two sets of refrigeration atomization plants can positive often-have-electricity
Work generates water mist；If the water-level probe SW in first set refrigeration atomization plant babinet is no longer by water submerged, NPN triode Q1
Suitable bias current cannot be obtained through two metal copper sheets again and be in cut-off state, relay J1 meeting dead electricity stopping actuations, so as to two sets
The ultrasonic atomization mechanism B1 and B2 of refrigeration atomization plant no longer work, and prevent water level too low, cause ultrasonic atomization mechanism B1
And the damage of B2.After user regulates the temperature of temperature detect switch (TDS) WK according to environment temperature and plant growth stage (such as the summer
It 25 DEG C, 20 DEG C of winter), when temperature does not reach required temperature, two contacts are not flooded by mercury inside temperature switch WK,
Two sets refrigeration atomization plant refrigeration mechanism MR1 and MR2 work once electrified, two sets refrigeration atomization plant refrigeration mechanism MR1 and
Under the effect of MR2 internal circuits, when summer external temperature is high, ambient temperature is dropped to temperature control by two refrigeration mechanism Automatic-coolings
The temperature that switch WK is regulated, when winter external temperature is high, heating rises to ambient temperature to two refrigeration mechanisms automatically
The temperature that temperature detect switch (TDS) WK is regulated；After temperature, which reaches, sets temperature, two contactings inside temperature switch WK, after
And NPN triode Q3, PNP triode Q4 turn-on relays J2 obtain its control power input of electric actuation and normally-closed contact end is broken
It opens, the refrigeration mechanism MR1 and MR2 of refrigeration mechanism of two sets of refrigeration atomization plants is stopped, and can thus allow two sets of refrigeration mists
Change the temperature that temperature detect switch (TDS) setting is maintained in the babinet of equipment, the water mist temperature into injection spray pipe reaches needs.
In Fig. 2, switch power module finished product A1 is that the 220V of HLK-PM01 models turns 5V Miniature Power Unit switch modules.Resistance
R1, R2 resistance value are 10K, and NPN triode Q1, Q3 models are 9013, and PNP triode Q2, Q4 model is 9012；Relay J1, J2
It is 4100DC5V miniature relays.
The present embodiment is the utility model preferred embodiments, is not intended to limit the utility model, all in the present embodiment principle
In the range of do any modification, equivalent substitution, improvement and etc., should be included within the scope of protection of this utility model.
Claims (6)
1. the adjustable atomising device that houseplant plantation uses, it is characterised in that including refrigeration atomization plant, water inlet pipe, control
Circuit, temperature detect switch (TDS), water-level probe and injection spray pipe, refrigeration atomization plant have two sets, and refrigeration atomization plant includes ultrasonic atomization
Mechanism, refrigeration mechanism, axial flow blower, babinet, connecting tube, first set freeze in atomization plant, and the right-hand end lower part of babinet has one
A trepanning has a partition board that box house is divided into the two independent spaces in left and right, system as water inlet, the bosom of babinet
The compression host of cold structure is mounted on the inside left end of babinet, and the evaporator of refrigeration mechanism is mounted on the left of box house right end
On, mounted on the upper center of babinet, first trepanning upper end, aerofoil fan are mounted on babinet from left to right for one end of connecting tube
Upper center is from left to right in second trepanning, and right side, water-level probe are mounted on babinet to the installation of ultrasonic atomization mechanism in the case
Interior right part lower end, temperature detect switch (TDS) are mounted in babinet upper right end trepanning, and water inlet pipe one end is welded on babinet right-hand end water inlet
On outside, respectively there are one trepanning, front and rear two of injection spray pipe respectively have multiple trepannings from left to right for the front end of left and right two of injection spray pipe
As spray holes, two sets of refrigeration atomization plants are used cooperatively, the connecting tube other end of first set refrigeration atomization plant, second set of system
The connecting tube other end of cold atomization plant is separately mounted on the outside of two front end trepannings of injection spray pipe or so, the water inlet pipe other end
It on the water inlet of second set of refrigeration atomization plant, is connected, sprayed by rubber hose with water supply pipe in the middle part of water inlet pipe
Mist pipe is located at plantation frame upper end in greenhouse, and control circuit power input, the aerofoil fan power supply of two sets of refrigeration atomization plants are defeated
Enter both ends to connect by conducting wire with 220V AC powers, control circuit first via control power output end and two sets of refrigeration atomizations are set
Power input one end of standby ultrasonic atomization mechanism is connected by conducting wire, the second tunnel of control circuit control power output end and two
Power input one end of the refrigeration mechanism of set refrigeration atomization plant is connected by conducting wire, one pole of 220V AC powers and two sets of refrigeration
The ultrasonic atomization mechanism power input other end of atomization plant, the refrigeration mechanism power input of two sets of refrigeration atomization plants are another
End is connected by conducting wire, and the signal output end of temperature detect switch (TDS), the signal output end of water-level probe are believed respectively with control circuit two
Number input terminal is connected by conducting wire, and control circuit is mounted in a subassembly wrapper, and subassembly wrapper is mounted on first set and freezes atomization plant
The babinet upper end right part of refrigeration mechanism.
2. the adjustable atomising device that houseplant plantation according to claim 1 uses, it is characterised in that two sets of refrigeration
The ultrasonic atomization mechanism of atomization plant is ten atomizers of industrial ultrasonic wave of ZCX-M10D48 models.
3. the adjustable atomising device that houseplant plantation according to claim 1 uses, it is characterised in that two sets of refrigeration
The refrigeration mechanism of atomization plant has refrigeration and heat-production functions.
4. the adjustable atomising device that houseplant plantation according to claim 1 uses, it is characterised in that water-level probe
Including two metal copper sheets and a plastic plate, two copper sheet lower ends insulated from each other are mounted on plastic plate upper end, water-level probe
Two metal copper sheet horizontal positions are higher than ultrasonic atomization mechanism horizontal position.
5. the adjustable atomising device that houseplant plantation according to claim 1 uses, it is characterised in that temperature detect switch (TDS)
Model is TS-040SR, can be adjusted between 0 degree to 40 degree range into trip temperature.
6. the adjustable atomising device that houseplant plantation according to claim 1 uses, it is characterised in that control circuit
It including switch power module, resistance, NPN triode, relay, PNP triode, is connected therebetween by conducting wire, Switching Power Supply mould
The cathode power supply output terminal of block and first resistance one end, first PNP triode emitter, second PNP triode transmitting
Pole connects, switch power module power input one end and first power source for relay control input terminal, second relay control
Power input connects, the negative power supply output terminal of switch power module and first NPN triode emitter, second NPN
Transistor emitter, first relay negative power supply input terminal, second relay negative power supply input end grounding, first
NPN triode collector and first PNP triode base stage connection, first PNP triode collector and first relay
Cathode power supply input terminal connects, second NPN triode collector and second PNP triode base stage connection, second PNP tri-
Pole pipe collector and second relay cathode power supply input terminal connection.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721651715.9U CN207531494U (en) | 2017-12-01 | 2017-12-01 | The adjustable atomising device that houseplant plantation uses |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721651715.9U CN207531494U (en) | 2017-12-01 | 2017-12-01 | The adjustable atomising device that houseplant plantation uses |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109620990A (en) * | 2018-12-26 | 2019-04-16 | 深圳飞安瑞科技股份有限公司 | A kind of ultrasonic wave fumigation device of constant spray amount |
| CN112425428A (en) * | 2020-11-28 | 2021-03-02 | 浙江德清加州农业股份有限公司 | Humidification ventilation unit is used to ecological science and technology agricultural |
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2017
- 2017-12-01 CN CN201721651715.9U patent/CN207531494U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109620990A (en) * | 2018-12-26 | 2019-04-16 | 深圳飞安瑞科技股份有限公司 | A kind of ultrasonic wave fumigation device of constant spray amount |
| CN109620990B (en) * | 2018-12-26 | 2024-05-17 | 深圳飞安瑞科技股份有限公司 | Ultrasonic aromatherapy device with constant spraying quantity |
| CN112425428A (en) * | 2020-11-28 | 2021-03-02 | 浙江德清加州农业股份有限公司 | Humidification ventilation unit is used to ecological science and technology agricultural |
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