CN108118477A - A kind of intelligent electric Force system realizes the flusher of remote control - Google Patents
A kind of intelligent electric Force system realizes the flusher of remote control Download PDFInfo
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- CN108118477A CN108118477A CN201810108432.2A CN201810108432A CN108118477A CN 108118477 A CN108118477 A CN 108118477A CN 201810108432 A CN201810108432 A CN 201810108432A CN 108118477 A CN108118477 A CN 108118477A
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06B—TREATING TEXTILE MATERIALS USING LIQUIDS, GASES OR VAPOURS
- D06B1/00—Applying liquids, gases or vapours onto textile materials to effect treatment, e.g. washing, dyeing, bleaching, sizing or impregnating
- D06B1/02—Applying liquids, gases or vapours onto textile materials to effect treatment, e.g. washing, dyeing, bleaching, sizing or impregnating by spraying or projecting
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06B—TREATING TEXTILE MATERIALS USING LIQUIDS, GASES OR VAPOURS
- D06B23/00—Component parts, details, or accessories of apparatus or machines, specially adapted for the treating of textile materials, not restricted to a particular kind of apparatus, provided for in groups D06B1/00 - D06B21/00
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06B—TREATING TEXTILE MATERIALS USING LIQUIDS, GASES OR VAPOURS
- D06B23/00—Component parts, details, or accessories of apparatus or machines, specially adapted for the treating of textile materials, not restricted to a particular kind of apparatus, provided for in groups D06B1/00 - D06B21/00
- D06B23/14—Containers, e.g. vats
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Special Spraying Apparatus (AREA)
Abstract
The present invention proposes the flusher that a kind of intelligent electric Force system realizes remote control, including：First sprayer to the 5th sprayer is separately mounted on each spray tank, first sprayer working end connects the first drive module signal output part, first drive module signal input part connecting valve controller first spraying signal output part, the indicator light other end connects the 1st capacitance one end and the 5th resistance one end respectively, the 1st capacitance other end connects the 2nd capacitance one end respectively, 2nd comparator negative pole end and the 5th resistance other end, 2nd comparator positive terminal connects the 4th resistance one end and the 7th resistance one end respectively, the 4th resistance other end is grounded, circuit design is reasonable, the operation is stable.
Description
Technical field
The present invention relates to the sprinklings that field of electromechanical integration more particularly to a kind of intelligent electric Force system realize remote control
Device.
Background technology
Processing industry produces large quantities of clothes in the prior art, so as to meet the increasingly increased material requisite of consumer, still
Dry and astringent and easy to change due to the cloth tentatively produced, in a dry environment, the combination power of fiber reduces production link, easily leads
Yarn broken string is caused, in order to which fiber is made to keep humidity, the producer can only reduce work effect by manually spraying corresponding reagent
Rate, this just there is an urgent need for those skilled in the art solve it is corresponding the technical issues of.
The content of the invention
It is contemplated that at least solving technical problem in the prior art, a kind of intelligence is especially innovatively proposed
The flusher of remote control is realized in electric system.
In order to realize the above-mentioned purpose of the present invention, the present invention provides a kind of intelligent electric Force systems to realize remote control
Flusher, including：
6 top of flowing water line platform is arranged in order several spray tanks 3, and each 3 top of spray tank, which opens up, stores liquid mouth, stores on liquid mouth
Portion's lidstock lid 5, the axial etching screw thread of sealing cover 5, which is engaged with storing the screw thread of liquid mouth inner wall, by sealing cover
It tightens, several eluate conduits 10 is set in 3 one side of spray tank, 10 one end of eluate conduit is connected to 3 side wall of spray tank, eluate conduit
10 other ends install atomizing nozzle 9, and eluate conduit 10 passes through 6 top of flowing water line platform, atomizing nozzle 9 is directed toward ground direction；
Spray tank 3 is square box, and 3 top of spray tank, which opens up, stores liquid mouth, stores liquid mouth upper enclosure sealing cover 5, sealing cover 5
Axial etching screw thread, the etching screw thread are engaged with storing the screw thread of liquid mouth inner wall, sealing cover are tightened, outside 3 one side of spray tank
Portion's installment work motor 4,4 connecting screw of work drive motor, 12 one end, 12 outer wall of screw rod are set in external screw thread and pushing plate 13
Hole internal thread is engaged, and in the connecting pin of work drive motor 4 and screw rod 12, installation first is pacified close to switch 11 in 12 other end of screw rod
Second is filled close to switch 14, several eluate conduits 10 are set in 3 opposite side of spray tank, 10 one end of eluate conduit is connected to spray tank
3 side walls, 10 other end of eluate conduit installation atomizing nozzle 9；
Pier 901 be fixed on eluate conduit side wall and with eluate conduit side wall in vertical state, pier is symmetrically set for two
The mechanism put, mechanism are that tension spring 903 is installed in 901 lower part of pier, 903 one end of tension spring connection pier 901,
Eluate conduit bottom, which is set, shrinks liquid outlet 905, and fluid stopping plate 906 is set between liquid outlet 905 and tension spring 903 shrinking,
903 other end of tension spring connection fluid stopping plate 906, fluid stopping plate 906 is connected by fixed column 910 with shrinking liquid outlet 905, fixed
Column 910 passes through the via of fluid stopping plate 906, which forms certain subtended angle, sets on the inside of 905 outlet end of liquid outlet shrinking
" work " form drag block seat opens up groove 911 at blocking seat center, and fluid hole 908 is opened up in 911 wall of groove, stops that platform 907 is set
In " work " form drag block seat lower part, connecting portion 909, which is connected to, shrinks 905 inner wall of liquid outlet；
First sprayer to the 5th sprayer is separately mounted on each spray tank, the first sprayer working end connection the
One drive module signal output part, the first drive module signal input part connecting valve controller first spraying signal output part,
Second sprayer working end connects the second drive module signal output part, the control of the second drive module signal input part connecting valve
The spraying signal output part of device second, the 3rd sprayer working end connects the 3rd drive module signal output part, the 3rd drive module
The spraying signal output part of signal input part connecting valve controller the 3rd, the 4th sprayer working end connect the 4th drive module letter
Number output terminal, 4 wheel driven dynamic model block signal input terminal connecting valve controller the 4th are sprayed signal output part, the 5th sprayer work
Make end and connect the 5th drive module signal output part, the 5th drive module signal input part connecting valve controller the 5th spraying letter
Number output terminal；
The first signal of switch controller control terminal connects the 103rd resistance one end, and the 103rd resistance other end connects the respectively
102 resistance one end and ground connection, the 102nd resistance other end connect the 101st transistor base, the connection of the 101st transistor collector
3.3V power ends, the 101st emitter connect the 101st resistance one end and control the first signal input part of switch respectively, the
The 101 resistance other ends connect the 101st capacitance one end, and the 101st capacitance other end connects the 102nd resistance one end and ground connection respectively, control
Switching signal output terminal connection electromagnetic valve work end processed, switch controller secondary signal control terminal connect the 105th resistance one end, the
The 105 resistance other ends connect the 104th resistance one end and ground connection respectively, and the 104th resistance other end connects the 102nd transistor base,
102nd transistor collector connects 3.3V power ends, and the 102nd emitter connects the 106th resistance one end and control respectively
Secondary signal input terminal is switched, the 106th resistance other end connects the 102nd capacitance one end, and the 102nd capacitance other end connects the respectively
104 resistance one end and ground connection；The nuisance trips of control source are realized by pair transistor, and by switch controller to electromagnetism
Valve carries out break-make, so as to fulfill the nebulisation operation of spray tank；
The first feedback signal terminal of switch controller connects the first input signal of the 107th resistance one end and drive module respectively
End, the 107th resistance other end connection drive module working power end, the second feedback signal terminal of switch controller connect the respectively
108 resistance one end and the second input signal of drive module end, the 108th resistance other end connection drive module working power end, are opened
It closes the 3rd feedback signal terminal of controller and connects the 3rd input signal end of the 109th resistance one end and drive module, the 109th resistance respectively
The other end connect drive module working power end, the 4th feedback signal terminal of switch controller connect respectively the 110th resistance one end and
The 4th input signal end of drive module, the 110th resistance other end connection drive module working power end, switch controller the 5th are anti-
Feedback signal end connects the 5th input signal end of the 111st resistance one end and drive module, the connection driving of the 111st resistance other end respectively
Module working power end respectively carries out five sprayers spray operation, the connection of switch controller power end by drive module
101st diode cathode, the 101st diode cathode connect the 112nd resistance one end and the 103rd capacitance one end, the 103rd capacitance respectively
The other end connects the 104th capacitance one end and ground connection respectively, and the 104th capacitance other end connects the 101st diode cathode, the 112nd electricity
Hinder other end connection drive module working power end；
Wet operations are carried out by humidifying control circuit, the humidification control circuit includes：Mains terminal connection transformer is defeated
Enter end, transformer cathode output end connection rectifier bridge first end, rectifier bridge second end connection transformer cathode output end, transformer
3rd end connects the 6th capacitance one end, and the 4th end of transformer connects the 24th resistance one end and the first signal of moisture sensor module is defeated
Enter end, the 4th end of transformer is also connected with the 6th capacitance other end, and moisture sensor module secondary signal input terminal connects the 26th respectively
Resistance one end and the 2nd transistor collector, the 26th resistance other end connect the 2nd transistor base and the 1st transistor current collection respectively
Pole, the 1st transistor base connect the 24th resistance other end and the 25th resistance one end, and the 25th resistance other end connects the 6th electricity respectively
Hold one end and the 1st emitter, the 2nd emitter connects the 27th resistance one end, and the 27th resistance other end connects respectively
The 28th variable resistor one end and the 1st emitter are connect, the 28th variable resistor one end is also connected with the 6th end of timer, timer
5th end connects the 9th capacitance one end, and the 9th capacitance other end connects the 28th variable resistor one end and the 29th resistance one end respectively, and the 28th
The variable resistor other end connects the 8th capacitance one end, the 8th capacitance other end difference the 7th end of connection timer and the 32nd resistance one end,
The 32nd resistance other end connects the 8th end of the 7th capacitance one end and timer respectively, and the 2nd end of timer connects the 30th resistance one end, the
The 30 resistance other ends connect the 3rd transistor base, the 8th end of the 3rd transistor collector connection timer, the 3rd emitter
The 2nd light emitting diode anode and the 31st resistance one end are connected respectively, the 2nd light emitting diode cathode connects the 29th resistance other end,
The 31st resistance other end connects the 10th capacitance one end, the 10th capacitance other end connection work drive motor cathode, and work drive motor anode connects
Connect alternating current positive terminal.
The intelligent electric Force system realizes the flusher of remote control, it is preferred that further includes：In flowing water line platform
Supporting suspension 1 is installed in 6 both sides, which uses several prominent journal stirrups 2, and prominent 2 middle part of journal stirrup opens up connecting hole, passes through
Connecting hole installation fixed link uses step-like setting for fixed flowline platform 6 in 1 base position of supporting suspension.
The intelligent electric Force system realizes the flusher of remote control, it is preferred that further includes：Under atomizing nozzle 9
Rotation axis 8 is installed in portion, and 8 both sides of rotation axis connect axially through fixed frame 7 and fix, installed in rotation axis 8 and 7 connection position of fixed frame
Put ratchet.
In conclusion by adopting the above-described technical solution, the beneficial effects of the invention are as follows：
By the spraying device being laid on rotation axis, so as to the flexibility and wettability that ensure, by shrinking liquid
Mouthful structure design, realize the technique effect of atomization of water current, at the same without using state prevent current from overflowing, by making
Spray operation is carried out with pushing plate and ensure that the uniform of water mist, close to switch pushing plate can be made to be unlikely to walk by two in addition
Position, which is crossed, to be limited, the risk that work drive motor is caused to burn, and is carried out spraying spray operation to cloth by sprayer, is realized the softening of cloth
And toughness, the sensor circuit can accurately gather the working environment of production material, humidity value obtains accurate stable, circuit longevity
Life is longer.Carrying out the smooth of fabric using smooth axis prevents from wrinkling, and is realized by bobbin winoler and the technology of other fibers mixing is imitated
Fruit enhances the toughness of cloth.
The additional aspect and advantage of the present invention will be set forth in part in the description, and will partly become from the following description
It obtains substantially or is recognized by the practice of the present invention.
Description of the drawings
The above-mentioned and/or additional aspect and advantage of the present invention will become in the description from combination accompanying drawings below to embodiment
Substantially and it is readily appreciated that, wherein：
Fig. 1 is humidification device schematic diagram of the present invention；
Fig. 2 is atomizing nozzle schematic diagram of the present invention；
Fig. 3 is detailed schematic of the present invention；
Fig. 4 is spray tank schematic diagram of the present invention；
Fig. 5 is circuit diagram of the present invention；
Fig. 6 is switching controller circuit detail view of the present invention；
Fig. 7 is control circuit schematic diagram of the present invention.
Specific embodiment
The embodiment of the present invention is described below in detail, the example of the embodiment is shown in the drawings, wherein from beginning to end
Same or similar label represents same or similar element or has the function of same or like element.Below with reference to attached
The embodiment of figure description is exemplary, and is only used for explaining the present invention, and is not considered as limiting the invention.
As shown in Figure 1, the present invention discloses the flusher that a kind of intelligent electric Force system realizes remote control, including：Stream
6 top of waterline platform is arranged in order several spray tanks 3, and each 3 top of spray tank, which opens up, stores liquid mouth, stores the sealing of liquid mouth upper enclosure
Lid 5, the axial etching screw thread of sealing cover 5, the etching screw thread are engaged with storing the screw thread of liquid mouth inner wall, sealing cover are tightened, is being sprayed
3 one side of fog chamber sets several eluate conduits 10, and 10 one end of eluate conduit is connected to 3 side wall of spray tank, 10 other end of eluate conduit
Atomizing nozzle 9 is installed, eluate conduit 10 passes through 6 top of flowing water line platform, atomizing nozzle 9 is directed toward ground direction.In order to convenient for production
And need to consider cost-effective, five spray tanks 3 are arranged in order, can maximumlly be carried out by five spray tanks for cloth
Humidification process because when making cloth, raw material be burlap alternatively, width is advisable between 1.8M-2M, it is too wide to cause cloth
There is wire jumper or fold, influence subsequent production, the eluate conduit 10 uses smooth a quarter during being bent downwardly
Round angle is bent, it is impossible to the measure bent using right angle, because being bent to go out for spray tank by smooth angle
Liquid influence is smaller, and the kinetic energy of use is relatively low, can so realize energy saving effect.Due to cloth production link requirement compared with
So being different from cloth production process, it is necessary to carry out humidification process to it, the technology of humidification can be realized by above device for height
Effect.Spray tank can also be by connecting external water source, such as tap water.
It further includes：Supporting suspension 1 is installed in 6 both sides of flowing water line platform, which uses several prominent journal stirrups 2, dashes forward
Go out 2 middle part of journal stirrup and open up connecting hole, fixed link is installed for fixed flowline platform 6 by connecting hole, in 1 pedestal of supporting suspension
Position uses step-like setting.Two are set in supporting suspension 1, respectively at the edge of 6 both sides of flowing water line platform, in order to save material
Material cost is attached fixing piece using prominent journal stirrup 2 to the supporting suspension 1 of both sides.
It further includes：Rotation axis 8 is installed in 9 lower part of atomizing nozzle, 8 both sides of rotation axis connect axially through fixed frame 7 and fix,
Rotation axis 8 and 7 link position of fixed frame set ratchet, prevent the cloth of placement on rotating shaft 8 since gravity is made by ratchet
It comes off into rotation.The winding of cloth raw material on the rotary shaft, is placed, so along 6 lower parallel of flowing water line platform in production process
After carry out subsequent processing, the direct of travel of ratchet is the direction produced along cloth.
It further includes：In 3 opposite side installment work motor 4 of spray tank, liquid operation is carried out out by work drive motor 4.The spray
Mist mouth 9 uses conical design.
As shown in Fig. 2, the atomizing nozzle includes：
Pier 901 be fixed on eluate conduit side wall and with eluate conduit side wall in vertical state, pier is symmetrically set for two
The mechanism put, mechanism are that tension spring 903 is installed in 901 lower part of pier, 903 one end of tension spring connection pier 901,
Eluate conduit bottom, which is set, shrinks liquid outlet 905, withstands fluid stopping plate without spraying the tension of state tension spring of work,
It prevents current from overflowing, so as to influence the cloth quality of production, fluid stopping plate is set shrinking between liquid outlet 905 and tension spring 903
906,903 other end of tension spring connection fluid stopping plate 906, fluid stopping plate 906 is connected by fixed column 910 with shrinking liquid outlet 905,
Fixed column 910 passes through the via of fluid stopping plate 906, which forms certain subtended angle, ensure during liquid, and the impact force of water makes
Fluid stopping plate opens, and so as to form water mist, sets " work " form drag block seat on the inside of 905 outlet end of liquid outlet shrinking, in blocking seat
Center opens up groove 911, and fluid hole 908 is opened up in 911 wall of groove, stops that platform 907 is arranged on down " work " form drag block seat lower part,
Connecting portion 909, which is connected to, shrinks 905 inner wall of liquid outlet.
As shown in figure 3, the structure design is exquisite, can flow intensity be alleviated by the shape of " work " form drag block seat,
908 shape of fluid hole opened up is the spiral opening shape in recess sidewall axial direction.And open up two above and below 911 side wall of groove
Discharge fluid apertures 908.
Preferably, further include：Adjustable column 902 is set between pier 901 and tension spring 903, and adjustable column 902 passes through pier
901 threaded hole of platform connects, and threaded hole runs through pier 901, can carry out length adjusting to adjustable column.
Preferably, further include：The contraction liquid outlet 905 is led using conical design shrinking liquid outlet 905 with going out liquid
It is tightened by thread fitting pipe junction.
As shown in Figure 4, it is preferred that including：Spray tank 3 is square box, and 3 top of spray tank, which opens up, stores liquid mouth, stores liquid mouth
Upper enclosure sealing cover 5, the axial etching screw thread of sealing cover 5, the etching screw thread are engaged with storing the screw thread of liquid mouth inner wall, will seal
Lid is tightened, the installment work motor 4 outside 3 one side of spray tank, 4 connecting screw of work drive motor, 12 one end, 12 outer wall of screw rod
External screw thread is set to be engaged with 13 mesoporous internal thread of pushing plate, installation first is close in the connecting pin of work drive motor 4 and screw rod 12
Switch 11 in 12 other end of screw rod installation second close to switch 14, sets several eluate conduits 10 in 3 opposite side of spray tank, goes out
10 one end of fluid catheter is connected to 3 side wall of spray tank, 10 other end of eluate conduit installation atomizing nozzle 9.In pushing plate surrounding, bullet is set
Property rubber and spraying chamber interior wall between formed seal, spray tank 3 close to work drive motor one side set air hole 15, pushing plate return
Time receiving reaches first close to switch, is arranged on spray tank side-walls close to switch due to first, pushing plate is needed by sealing cover 5
It reaches near air hole.
The eluate conduit 10 is bent during being bent downwardly using the angle of smooth quadrant, it is impossible to be adopted
The measure bent with right angle because by smooth angle bent for spray tank go out liquid influence it is smaller, the kinetic energy of use compared with
It is low, it can so realize energy saving effect.Since the production link of cloth is more demanding, so being produced different from cloth
Journey can realize the technique effect of humidification by above device, it is necessary to carry out humidification process to it.
Preferably, further include：The work drive motor 4 uses stepper motor.
Preferably, further include：Described first uses contactor close to switch and second close to switch.
As shown in figure 5, the first sprayer to the 5th sprayer is separately mounted on each spray tank, the first sprayer work
Make end and connect the first drive module signal output part, the first drive module signal input part connecting valve controller first spraying letter
Number output terminal, the second sprayer working end connect the second drive module signal output part, and the second drive module signal input part connects
The spraying signal output part of switch controller second is connect, the 3rd sprayer working end connects the 3rd drive module signal output part, the
Three drive module signal input part connecting valve controllers the 3rd spraying signal output part, the 4th sprayer working end connection the 4th
Drive module signal output part, the spraying signal output part of 4 wheel driven dynamic model block signal input terminal connecting valve controller the 4th, the
Five sprayer working ends connect the 5th drive module signal output part, the 5th drive module signal input part connecting valve controller
5th spraying signal output part.Spraying spray operation is carried out to cloth by five sprayers, realizes softening and the toughness of cloth,
The insect-proof agent and preservative of appropriate ratio are added in spray tank, so as to extend cloth service life.
As shown in fig. 6, the first signal of switch controller control terminal connects the 103rd resistance one end, the 103rd resistance other end point
Not Lian Jie the 102nd resistance one end and ground connection, the 102nd resistance other end connect the 101st transistor base, the 101st transistor current collection
Pole connects 3.3V power ends, and the 101st emitter connects the 101st resistance one end and control switch the first signal input respectively
End, the 101st resistance other end connect the 101st capacitance one end, and the 101st capacitance other end connects the 102nd resistance one end and connects respectively
Ground, control switching signal output terminal connection electromagnetic valve work end, switch controller secondary signal control terminal connect the 105th resistance one
End, the 105th resistance other end connect the 104th resistance one end and ground connection respectively, and the 104th resistance other end connects the 102nd transistor
Base stage, the 102nd transistor collector connection 3.3V power ends, the 102nd emitter connect respectively the 106th resistance one end and
Control switch secondary signal input terminal, the 106th resistance other end connect the 102nd capacitance one end, and the 102nd capacitance other end connects respectively
Connect the 104th resistance one end and ground connection；The nuisance trips of control source are realized by pair transistor, and pass through switch controller pair
Solenoid valve carries out break-make, so as to fulfill the nebulisation operation of spray tank.
The first feedback signal terminal of switch controller connects the first input signal of the 107th resistance one end and drive module respectively
End, the 107th resistance other end connection drive module working power end, the second feedback signal terminal of switch controller connect the respectively
108 resistance one end and the second input signal of drive module end, the 108th resistance other end connection drive module working power end, are opened
It closes the 3rd feedback signal terminal of controller and connects the 3rd input signal end of the 109th resistance one end and drive module, the 109th resistance respectively
The other end connect drive module working power end, the 4th feedback signal terminal of switch controller connect respectively the 110th resistance one end and
The 4th input signal end of drive module, the 110th resistance other end connection drive module working power end, switch controller the 5th are anti-
Feedback signal end connects the 5th input signal end of the 111st resistance one end and drive module, the connection driving of the 111st resistance other end respectively
Module working power end respectively carries out five sprayers spray operation, the connection of switch controller power end by drive module
101st diode cathode, the 101st diode cathode connect the 112nd resistance one end and the 103rd capacitance one end, the 103rd capacitance respectively
The other end connects the 104th capacitance one end and ground connection respectively, and the 104th capacitance other end connects the 101st diode cathode, the 112nd electricity
Hinder other end connection drive module working power end.
Preferably, working power connection filter circuit input terminal, the connection current foldback circuit input of filter circuit output terminal
End, current foldback circuit output terminal connecting valve controller current input terminal, voltage end connection overvoltage crowbar input terminal, mistake
Voltage protection circuit output terminal connecting valve controller voltage input end, switch controller data output end connection host computer data connect
Receiving end.
Preferably, further include：Moisture sensor module humidity data transmitting terminal connecting valve controller humidity data receives
End.It monitors cloth spray humidity value in real time by humidity sensor, prevents spray excessively or spray is not good enough.
The switch controller is STM32 series monolithics.
The drive module is L9349.
It further includes：It is described to control switch as BTS621.
Pass through humicap CGMacromolecule membrane capacitance carry out Humidity Detection, common high molecular material has polyphenyl second
Alkene, polyimides, butyric acid acetate fiber etc..When ambient humidity changes, the dielectric constant of humicap changes, and makes
Its capacitance also changes, and capacitance change is directly proportional to relative humidity.So as to calculate humidity threshold.Using the capacitance energy
Whether enough raw material according to spray tank water spray concentration determination cloth have reached saturation.
As shown in Figure 7, it is preferred that humidification control circuit includes：Mains terminal connects transformer inputs, and transformer anode is defeated
Outlet connects rectifier bridge first end, and rectifier bridge second end connection transformer cathode output end, the 3rd end of transformer connects the 6th capacitance
One end, the 4th end of transformer connection the first signal input part of the 24th resistance one end and moisture sensor module, the 4th end of transformer
The 6th capacitance other end is also connected with, moisture sensor module secondary signal input terminal connects the 26th resistance one end and the 2nd crystal respectively
Pipe collector, the 26th resistance other end connect the 2nd transistor base and the 1st transistor collector respectively, and the 1st transistor base connects
The 24th resistance other end and the 25th resistance one end are connect, the 25th resistance other end connects the 6th capacitance one end and the 1st transistor hair respectively
Emitter-base bandgap grading, the 2nd emitter connect the 27th resistance one end, the 27th resistance other end connect respectively the 28th variable resistor one end and
1st emitter, the 28th variable resistor one end are also connected with the 6th end of timer, and the 5th end of timer connects the 9th capacitance one end,
The 9th capacitance other end connects the 28th variable resistor one end and the 29th resistance one end, the 28th variable resistor other end connection the 8th respectively
Capacitance one end, the 8th capacitance other end difference the 7th end of connection timer and the 32nd resistance one end, the 32nd resistance other end connect respectively
The 8th end of the 7th capacitance one end and timer is connect, the 2nd end of timer connects the 30th resistance one end, the 30th resistance other end connection the 3rd
Transistor base, the 8th end of the 3rd transistor collector connection timer, the 3rd emitter connect the 2nd light-emitting diodes respectively
Pipe anode and the 31st resistance one end, the 2nd light emitting diode cathode connect the 29th resistance other end, the 31st resistance other end connection the
10 capacitance one end, the 10th capacitance other end connection work drive motor cathode, work drive motor anode connection alternating current positive terminal.By to city
After electricity carries out rectification and filtering, humidification device is controlled using timer, by obtaining the wet of moisture sensor module
Degrees of data with timer coordinated, controls work drive motor start and stop.
Although an embodiment of the present invention has been shown and described, it will be understood by those skilled in the art that：Not
In the case of departing from the principle of the present invention and objective a variety of change, modification, replacement and modification can be carried out to these embodiments, this
The scope of invention is limited by claim and its equivalent.
Claims (3)
1. a kind of intelligent electric Force system realizes the flusher of remote control, which is characterized in that including：
Flowing water line platform (6) top is arranged in order several spray tanks (3), is opened up at the top of each spray tank (3) and stores liquid mouth, stores liquid mouth
Upper enclosure sealing cover (5), axially etching screw thread, the etching screw thread are engaged sealing cover (5) with storing the screw thread of liquid mouth inner wall, will
Sealing cover is tightened, and sets several eluate conduits (10) in spray tank (3) one side, eluate conduit (10) one end is connected to spray tank
(3) side wall, eluate conduit (10) other end installation atomizing nozzle (9), eluate conduit (10) pass through flowing water line platform (6) top, will
Atomizing nozzle (9) is directed toward ground direction；
Spray tank (3) is square box, is opened up at the top of spray tank (3) and stores liquid mouth, stores liquid mouth upper enclosure sealing cover (5), sealing
(5) axially etching screw thread is covered, which is engaged with storing the screw thread of liquid mouth inner wall, sealing cover is tightened, in spray tank (3)
Installment work motor (4) outside one side, work drive motor (4) connecting screw (12) one end, screw rod (12) outer wall set outer spiral shell
Line is engaged with pushing plate (13) mesoporous internal thread, and in the connecting pin of work drive motor (4) and screw rod (12), installation first is close opens
It closes (11), in screw rod (12) other end installation second close to switch (14), several eluate conduits is set in spray tank (3) opposite side
(10), eluate conduit (10) one end is connected to spray tank (3) side wall, eluate conduit (10) other end installation atomizing nozzle (9)；
Pier (901) be fixed on eluate conduit side wall and with eluate conduit side wall in vertical state, pier for two be symmetrical arranged
Mechanism, mechanism is, in pier (901) lower part installation tension spring (903), tension spring (903) one end connection pier
(901), set in eluate conduit bottom and shrink liquid outlet (905), shunk between liquid outlet (905) and tension spring (903)
Fluid stopping plate (906), tension spring (903) other end connection fluid stopping plate (906) are set, and fluid stopping plate (906) passes through fixed column (910)
It being connected with shrinking liquid outlet (905), fixed column (910) passes through the via of fluid stopping plate (906), which forms certain subtended angle,
It sets " work " form drag block seat on the inside of liquid outlet (905) outlet end shrinking, groove (911) is opened up at blocking seat center, recessed
Slot (911) wall opens up fluid hole (908), stops that platform (907) is arranged on down " work " form drag block seat lower part, connecting portion (909) is even
It is connected on and shrinks liquid outlet (905) inner wall；
First sprayer to the 5th sprayer is separately mounted on each spray tank, and the first sprayer working end connection first is driven
Dynamic model block signal output terminal, the first drive module signal input part connecting valve controller first spraying signal output part, second
Sprayer working end connects the second drive module signal output part, the second drive module signal input part connecting valve controller the
Two spraying signal output parts, the 3rd sprayer working end connects the 3rd drive module signal output part, the 3rd drive module signal
The spraying signal output part of input terminal connecting valve controller the 3rd, the 4th sprayer working end connection 4 wheel driven dynamic model block signal are defeated
Outlet, the spraying signal output part of 4 wheel driven dynamic model block signal input terminal connecting valve controller the 4th, the 5th sprayer working end
The 5th drive module signal output part is connected, the 5th drive module signal input part connecting valve controller the 5th spraying signal is defeated
Outlet；
The first signal of switch controller control terminal connects the 103rd resistance one end, and the 103rd resistance other end connects the 102nd electricity respectively
One end and ground connection are hindered, the 102nd resistance other end connects the 101st transistor base, the 101st transistor collector connection 3.3V power supplys
End, the 101st emitter connect the 101st resistance one end and control the first signal input part of switch respectively, and the 101st resistance is another
One end connects the 101st capacitance one end, and the 101st capacitance other end connects the 102nd resistance one end and ground connection respectively, controls switching signal
Output terminal connection electromagnetic valve work end, switch controller secondary signal control terminal connect the 105th resistance one end, and the 105th resistance is another
One end connects the 104th resistance one end and ground connection respectively, and the 104th resistance other end connects the 102nd transistor base, the 102nd crystal
Pipe collector connects 3.3V power ends, and the 102nd emitter connects the second letter of the 106th resistance one end and control switch respectively
Number input terminal, the 106th resistance other end connect the 102nd capacitance one end, and the 102nd capacitance other end connects the 104th resistance one respectively
End and ground connection；The nuisance trips of control source are realized by pair transistor, and solenoid valve is led to by switch controller
It is disconnected, so as to fulfill the nebulisation operation of spray tank；
The first feedback signal terminal of switch controller connects the 107th resistance one end and the first input signal of drive module end respectively, the
The 107 resistance other ends connect drive module working power end, and the second feedback signal terminal of switch controller connects the 108th resistance respectively
One end and the second input signal of drive module end, the 108th resistance other end connection drive module working power end, switch controller
3rd feedback signal terminal connects the 3rd input signal end of the 109th resistance one end and drive module respectively, and the 109th resistance other end connects
Drive module working power end is connect, the 4th feedback signal terminal of switch controller connects the 110th resistance one end and drive module respectively
4th input signal end, the 110th resistance other end connection drive module working power end, the 5th feedback signal terminal of switch controller
The 5th input signal end of the 111st resistance one end and drive module, the connection drive module work of the 111st resistance other end are connected respectively
Power end respectively carries out five sprayers spray operation by drive module, and switch controller power end connects the 101st 2 pole
Pipe anode, the 101st diode cathode connect the 112nd resistance one end and the 103rd capacitance one end, the 103rd capacitance other end point respectively
Not Lian Jie the 104th capacitance one end and ground connection, the 104th capacitance other end connect the 101st diode cathode, the 112nd resistance other end
Connect drive module working power end；
Wet operations are carried out by humidifying control circuit, the humidification control circuit includes：Mains terminal connects transformer inputs,
Transformer cathode output end connects rectifier bridge first end, rectifier bridge second end connection transformer cathode output end, transformer the 3rd
End the 6th capacitance one end of connection, the 4th end of transformer connection the first signal input part of the 24th resistance one end and moisture sensor module,
The 4th end of transformer is also connected with the 6th capacitance other end, and moisture sensor module secondary signal input terminal connects the 26th resistance respectively
One end and the 2nd transistor collector, the 26th resistance other end connect the 2nd transistor base and the 1st transistor collector respectively, the
1 transistor base connects the 24th resistance other end and the 25th resistance one end, the 25th resistance other end connect the 6th capacitance one end respectively
With the 1st emitter, the 2nd emitter connects the 27th resistance one end, and the 27th resistance other end connects the 28th respectively
Variable resistor one end and the 1st emitter, the 28th variable resistor one end are also connected with the 6th end of timer, and the 5th end of timer connects
The 9th capacitance one end is connect, the 9th capacitance other end connects the 28th variable resistor one end and the 29th resistance one end respectively, and the 28th can power transformation
It hinders the other end and connects the 8th capacitance one end, the 8th capacitance other end difference the 7th end of connection timer and the 32nd resistance one end, the 32nd electricity
The resistance other end connects the 8th end of the 7th capacitance one end and timer respectively, and the 2nd end of timer connects the 30th resistance one end, the 30th resistance
The other end connects the 3rd transistor base, the 8th end of the 3rd transistor collector connection timer, and the 3rd emitter connects respectively
The 2nd light emitting diode anode and the 31st resistance one end are connect, the 2nd light emitting diode cathode connects the 29th resistance other end, the 31st electricity
It hinders the other end and connects the 10th capacitance one end, the 10th capacitance other end connection work drive motor cathode, work drive motor anode connection alternating current
Positive terminal.
2. intelligent electric Force system according to claim 1 realizes the flusher of remote control, which is characterized in that also wraps
It includes：In flowing water line platform (6) both sides installation supporting suspension (1), which uses several prominent journal stirrups (2), prominent branch
Connecting hole is opened up in the middle part of ear (2), fixed link is installed for fixed flowline platform (6) by connecting hole, in supporting suspension (1) base
It puts using step-like setting at seat.
3. intelligent electric Force system according to claim 1 realizes the flusher of remote control, which is characterized in that also wraps
It includes：In atomizing nozzle (9) lower part installation rotation axis (8), rotation axis (8) both sides connect axially through fixed frame (7) and fix, rotating
Axis (8) and fixed frame (7) link position set ratchet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810108432.2A CN108118477A (en) | 2018-02-02 | 2018-02-02 | A kind of intelligent electric Force system realizes the flusher of remote control |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810108432.2A CN108118477A (en) | 2018-02-02 | 2018-02-02 | A kind of intelligent electric Force system realizes the flusher of remote control |
Publications (1)
| Publication Number | Publication Date |
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| CN108118477A true CN108118477A (en) | 2018-06-05 |
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ID=62233357
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810108432.2A Withdrawn CN108118477A (en) | 2018-02-02 | 2018-02-02 | A kind of intelligent electric Force system realizes the flusher of remote control |
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| Country | Link |
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| CN (1) | CN108118477A (en) |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103234260A (en) * | 2013-05-02 | 2013-08-07 | 无锡长江精密纺织有限公司 | Textile air-conditioner control system based on intelligent sensor network technology |
| CN205506110U (en) * | 2016-03-30 | 2016-08-24 | 成都纺织高等专科学校 | Environmental monitoring system of textile enterprise |
| CN205775037U (en) * | 2016-06-22 | 2016-12-07 | 天津市全利源地毯有限公司 | A kind of sterilization damping device for aspect of weaving |
| CN206411057U (en) * | 2017-01-16 | 2017-08-15 | 南京信息工程大学 | A kind of humidity detector based on electric capacity |
-
2018
- 2018-02-02 CN CN201810108432.2A patent/CN108118477A/en not_active Withdrawn
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103234260A (en) * | 2013-05-02 | 2013-08-07 | 无锡长江精密纺织有限公司 | Textile air-conditioner control system based on intelligent sensor network technology |
| CN205506110U (en) * | 2016-03-30 | 2016-08-24 | 成都纺织高等专科学校 | Environmental monitoring system of textile enterprise |
| CN205775037U (en) * | 2016-06-22 | 2016-12-07 | 天津市全利源地毯有限公司 | A kind of sterilization damping device for aspect of weaving |
| CN206411057U (en) * | 2017-01-16 | 2017-08-15 | 南京信息工程大学 | A kind of humidity detector based on electric capacity |
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