CN107631282A - A kind of pre-warmed method, apparatus and system of energy-conserving intelligent flatiron of intaking - Google Patents
A kind of pre-warmed method, apparatus and system of energy-conserving intelligent flatiron of intaking Download PDFInfo
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- CN107631282A CN107631282A CN201710846923.2A CN201710846923A CN107631282A CN 107631282 A CN107631282 A CN 107631282A CN 201710846923 A CN201710846923 A CN 201710846923A CN 107631282 A CN107631282 A CN 107631282A
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Abstract
The embodiment of the invention discloses a kind of pre-warmed method, apparatus and system of energy-conserving intelligent flatiron of intaking, cold water is before the main heating furnace body is added, heat energy caused by first passing through the water-cooling type radiator absorption control circuit is tentatively heated, and is heated, formed 90 DEG C of high-temperature-hot-water subsequently into the water inlet preheating body of heater；When reaching supplying water condition, the high-temperature-hot-water is added the main heating furnace body by system from the top of the water inlet preheating body of heater, so as to which ensure that the main heating furnace body covers every time is all high-temperature-hot-water, avoid cold water to cause to lose temperature, decompression and then the enough generations for influenceing steam in body of heater into the main heating furnace body, good basis has been established for the steam stable output of equipment.
Description
Technical field
The present embodiments relate to the technical field of steaming plant, more particularly to a kind of pre-warmed method, apparatus of intaking
And the system of energy-conserving intelligent flatiron.
Background technology
Existing product, it is more that steam lower part water deposited using a upper boiler point, it is necessary to during moisturizing, normal temperature is mended at random
Water.And steam caused by present equipment, pressure transient, humidity is not up to standard, and ironing effect is bad.
The content of the invention
The purpose of the embodiment of the present invention is to propose a kind of intake pre-warmed method, apparatus and energy-conserving intelligent flatiron
System, it is intended to solve the problems, such as boiler pressure stability and steam humidity.
To use following technical scheme up to this purpose, the embodiment of the present invention：
In a first aspect, a kind of pre-warmed method of intaking, methods described include：
Cold water first passes through water-cooling type radiator and absorbs heat energy progress caused by control circuit just before main heating furnace body is added
Step heating；
Enter back into and heated into water preheating body of heater, form high-temperature-hot-water；
When reaching supplying water condition, the high-temperature-hot-water is added into the master from the top of the water inlet preheating body of heater and added
Hot stove body.
Alternatively, it is described first pass through water-cooling type radiator absorb control circuit caused by heat energy tentatively heated, including：
Cold water is first added into the water-cooling type radiator, absorbing while water-cooling type radiator is cooled by control circuit
Thermal energy conduction give the water inlet that flows through, intake and tentatively heated；
Wherein, the water-cooling type radiator delivery port passes through pipeline and the water inlet preheating bottom of furnace body water inlet phase
Even.
Alternatively, the water inlet preheating body of heater preheats to water inlet, in addition to：
Described in bottom entrance through the preliminary pre-warmed water inlet of the water-cooling type radiator from the water inlet preheating body of heater
Water inlet is heated to 90 DEG C of preset temperature and forms height by preheating of intaking body of heater, the second electric heating tube of the water inlet preheating body of heater
Warm water.
Alternatively, the water inlet preheating body of heater top delivery port is entered by the bottom of check valve and the main heating furnace body
The mouth of a river is connected, and the high-temperature-hot-water adds the main heating furnace body through the check valve.
Second aspect, one kind water inlet preheating apparatus, described device include：
First heating module, for cold water before main heating furnace body is added, first pass through water-cooling type radiator and absorb control electricity
Heat energy is tentatively heated caused by road；
Second heating module, heated for entering back into water preheating body of heater, form high-temperature-hot-water；
Module is added, for when reaching supplying water condition, the height being warmed from the top of the water inlet preheating body of heater
Water adds the main heating furnace body.
Alternatively, first heating module, is specifically used for：
Cold water is first added into the water-cooling type radiator, absorbing while water-cooling type radiator is cooled by control circuit
Thermal energy conduction give the water inlet that flows through, intake and tentatively heated；
Wherein, the water-cooling type radiator delivery port passes through pipeline and the water inlet preheating bottom of furnace body water inlet phase
Even.
Alternatively, first heating module, also particularly useful for：
Described in bottom entrance through the preliminary pre-warmed water inlet of the water-cooling type radiator from the water inlet preheating body of heater
Water inlet is heated to 90 DEG C of preset temperature and forms height by preheating of intaking body of heater, the second electric heating tube of the water inlet preheating body of heater
Warm water.
Alternatively, the water inlet preheating body of heater top delivery port is entered by the bottom of check valve and the main heating furnace body
The mouth of a river is connected, and the high-temperature-hot-water adds the main heating furnace body through the check valve.
The third aspect, a kind of system of energy-conserving intelligent flatiron, the system of the energy-conserving intelligent flatiron include：
Intelligent water supply module, above-mentioned water inlet preheating apparatus, steam storage are with reheating module, steam output and flatiron
Module, automatic pollution discharge mould, automatic desludging module and display module；
The intelligent water supply module, for entering under the control of auxiliary control panel 14, by water-cooling type radiator 23, first
Water solenoid valve 5, water pump 9 plus water preheat body of heater 2 to water inlet；
The water inlet preheating apparatus, under the control of temperature sensor 21 and auxiliary control panel 14, controlling second
Electric heating tube 12, the water in the water inlet preheating body of heater 2 is heated, stops heating when reaching preset temperature；
The steam storage is stored with reheating the 3rd electrical heating in body of heater 3 with reheating module for the steam
Pipe 13 is carried out again in pressure sensor 10 with the control of auxiliary control panel 14, conveying the steam to come to main heating furnace body 1
Heating；
The steam output and flatiron module, the steaming to come is conveyed with reheating body of heater 3 for receiving the steam storage
Vapour, through the steam electromagnetic valve 16 of the first steam electromagnetic valve 15 and (or) second, the steam pipe 37, the first iron and (or)
Two irons, and be ejected to ironing fabrics after being heated again by the iron 39 of the first iron 38 and (or) second and pressed；
The automatic pollution discharge module, for when recognizing trigger signal, opening the first blowoff electromagnetic valve 7 and the second blowdown
Magnetic valve 8, main heating furnace body 1 and the steam storage is discharged with reheating waste water and entrained steam in body of heater 3；
The automatic desludging module, for detecting whether reaching default scale removal condition, the default scale removal condition includes：If
Standby cumulative operation time reaches preset time threshold, and in " key OFF " triggering states of coming off duty；If reach the default scale removal
Condition, then default scale removal program is started according to the default scale removal condition；
The display module, reminded for entering line code according to the different working condition of equipment and phenomenon of the failure.
Alternatively, the pre-heating module, is additionally operable to：
After hot water adds the main heating furnace body 1, default amount of water is controlled by condensate tank of dehumidifier 24, in the pressure
Under the control of sensor 10, the heating of the first heater strip 11 of control produces steam, and the pressure sensor 10 controls described first
The startup of heater strip 11, stop；The steam is stored with reheating body of heater 3 by Pipe transfer to steam.
A kind of pre-warmed method, apparatus provided in an embodiment of the present invention and the system of energy-conserving intelligent flatiron, cold water
Before the main heating furnace body is added, first pass through the water-cooling type radiator absorb heat energy caused by control circuit carry out tentatively plus
Heat, 90 DEG C of high-temperature-hot-water is heated, formed subsequently into the water inlet preheating body of heater；When reaching supplying water condition, it is
Unite and the high-temperature-hot-water is added into the main heating furnace body from the top of the water inlet preheating body of heater, so as to ensure that the master
What heating furnace body covered every time is all high-temperature-hot-water, avoids cold water and causes to lose in body of heater into the main heating furnace body
Temperature, decompression and then the enough generations for influenceing steam, good basis is established for the steam stable output of equipment.
Brief description of the drawings
Fig. 1 is a kind of schematic flow sheet of pre-warmed method provided in an embodiment of the present invention；
Fig. 2 is a kind of high-level schematic functional block diagram of pre-warmed device provided in an embodiment of the present invention；
Fig. 3 is a kind of high-level schematic functional block diagram for intelligent ironing system that the present embodiment provides；
Fig. 4 is a kind of internal structure schematic diagram for intelligent ironing system that the present embodiment provides；
Fig. 5 is a kind of external structure schematic diagram for intelligent ironing system that the present embodiment provides；
1st, main heating furnace body；2nd, water inlet preheating body of heater；3rd, steam storage is with reheating body of heater；4th, check valve；5th, first
Magnetic valve；6th, second solenoid valve；7th, the first blowoff electromagnetic valve；8th, the second blowoff electromagnetic valve；9th, water pump；10th, pressure sensor；
11st, the first heater strip；12nd, the second heater strip；13rd, the 3rd heater strip；14th, control system；15th, the first steam electromagnetic valve；16th,
Two steam electromagnetic valves；17th, safety valve；18th, pressure switch；19th, Thermal Cutoffs；20th, connecting line；21st, temperature sensor；
22nd, hardware frame；23rd, water-cooling type radiator；24th, condensate tank of dehumidifier；25th, transformer；26th, control board；27th, scale remover holds
Device；28th, scale remover capacity checking apparatus；29th, pressure setting key；30th, temperature setting key；31st, iron power key；32nd, pressure shows
Show；33rd, temperature display；34th, working/control handle of coming off duty；35th, casing；36th, earth leakage circuit-breaker；37th, steam pipe；38th, first
Iron；39th, the second iron；
Wherein, main heating furnace body, for producing steam；Water inlet preheating body of heater, for cold water to be become into high-temperature water；Steam stores up
Deposit with reheating body of heater, for storing steam with reheating；Check valve is used to prevent opposing steam flow；First magnetic valve is used for plus water
Control；Second solenoid valve is used to switch water and scale remover；First blowoff electromagnetic valve is used for main furnace body blowdown；Second blowdown electromagnetism
Valve, for reheating body of heater blowdown；Water pump, for adding water；Pressure sensor, main furnace body and steam are shown and controlled for pressure
Store body of heater, reheat body of heater heating；First heater strip is used to heat main furnace body；Second heater strip is used to heat steam；3rd
Heater strip is used to heat water inlet preheating body of heater；Control system is used to control each system；It is defeated that first steam electromagnetic valve is used for steam
Go out；Second steam electromagnetic valve exports for steam；Safety valve loses heart for superpressure；Pressure switch powers off for superpressure；Temperature is protected
Danger is used for overtemperature and powered off；Temperature sensor is used for the heating for controlling water inlet preheating body of heater；Hardware frame is used for mounting bracket；Water-cooled
Radiator is used for：The radiating and cooling of power device；Water is heated simultaneously, be energy-saving；Condensate tank of dehumidifier, for detecting water
Position；Transformer is used for voltage of transformation；Control board is used for complete machine job control；Iron power key, for simultaneous dormancy awakening.
Embodiment
The embodiment of the present invention is described in further detail with reference to the accompanying drawings and examples.It is understood that this
The specific embodiment of place description is used only for explaining the embodiment of the present invention, rather than the restriction to the embodiment of the present invention.In addition also
It should be noted that for the ease of describing, the part related to the embodiment of the present invention rather than entire infrastructure are illustrate only in accompanying drawing.
With reference to figure 1, the pre-warmed method includes：
Step 110, cold water first passes through water-cooling type radiator and absorbs heat caused by control circuit before main heating furnace body is added
Can tentatively it be heated；
Wherein, it is described first pass through water-cooling type radiator absorb control circuit caused by heat energy tentatively heated, including：
Cold water is first added into the water-cooling type radiator, absorbing while water-cooling type radiator is cooled by control circuit
Thermal energy conduction give the water inlet that flows through, intake and tentatively heated；
Wherein, the water-cooling type radiator delivery port passes through pipeline and the water inlet preheating bottom of furnace body water inlet phase
Even.
Wherein, the water inlet preheating body of heater preheats to water inlet, in addition to：
Described in bottom entrance through the preliminary pre-warmed water inlet of the water-cooling type radiator from the water inlet preheating body of heater
Water inlet is heated to 90 DEG C of preset temperature and forms height by preheating of intaking body of heater, the second electric heating tube of the water inlet preheating body of heater
Warm water.
Wherein, the water inlet preheating body of heater top delivery port is intake by the bottom of check valve and the main heating furnace body
Mouth is connected, and the high-temperature-hot-water adds the main heating furnace body through the check valve.
Step 120, enter back into and heated into water preheating body of heater, form high-temperature-hot-water；
Step 130, when reaching supplying water condition, the high-temperature-hot-water is added from the top of the water inlet preheating body of heater
The main heating furnace body.
Exemplary, water first passes through pre-heating boiler during to main boiler moisturizing, equipment work or it is standby during, in advance
The water of heating boiler, under the heating of preheating heating tube, under the control of a temperature controller, the water temperature heating of pre-heating boiler
To 90 DEG C, stop heating, when equipment needs moisturizing, cold water first covers the bottom of pre-heating boiler, the top of pre-heating boiler
Be connected by check valve with main heating boiler, each moisturizing 100ml, pre-heating boiler capacity 400ml, effect by neutralization and
The effect of pressure, the water for covering main boiler are preferentially made amends for one's faults at the top of pre-heating boiler, are all hot water equal to the water covered every time
(90 DEG C), reduce boiler pressure and decline, the stability of adherence pressure, keep good ironing effect.
A kind of pre-warmed method of intaking provided in an embodiment of the present invention, cold water is before the main heating furnace body is added, first
Tentatively heated by heat energy caused by water-cooling type radiator absorption control circuit, preheated subsequently into the water inlet
Body of heater is heated, formed 90 DEG C of high-temperature-hot-water；When reaching supplying water condition, system preheats the top of body of heater from the water inlet
The high-temperature-hot-water is added the main heating furnace body by portion, so as to which ensure that the main heating furnace body covers every time is all high
Warm water, avoid cold water and cause to lose temperature, decompression and then the enough lifes for influenceing steam in body of heater into the main heating furnace body
Into, for equipment steam stable output established good basis.
With reference to figure 2, the pre-warmed device of water inlet includes：
First heating module 201, for cold water before main heating furnace body is added, first pass through water-cooling type radiator and absorb control
Heat energy is tentatively heated caused by circuit；
Second heating module 202, heated for entering back into water preheating body of heater, form high-temperature-hot-water；
Module 203 is added, for when reaching supplying water condition, from the top of the water inlet preheating body of heater by the high temperature
Hot water adds the main heating furnace body.
Alternatively, first heating module 201, is specifically used for：
Cold water is first added into the water-cooling type radiator, absorbing while water-cooling type radiator is cooled by control circuit
Thermal energy conduction give the water inlet that flows through, intake and tentatively heated；
Wherein, the water-cooling type radiator delivery port passes through pipeline and the water inlet preheating bottom of furnace body water inlet phase
Even.
Alternatively, first heating module 201, also particularly useful for：
Described in bottom entrance through the preliminary pre-warmed water inlet of the water-cooling type radiator from the water inlet preheating body of heater
Water inlet is heated to 90 DEG C of preset temperature and forms height by preheating of intaking body of heater, the second electric heating tube of the water inlet preheating body of heater
Warm water.
Alternatively, the water inlet preheating body of heater top delivery port is entered by the bottom of check valve and the main heating furnace body
The mouth of a river is connected, and the high-temperature-hot-water adds the main heating furnace body through the check valve.
With reference to figure 3, the energy-conserving intelligent ironing system includes：Intelligent water supply module 301, water inlet pre-heating module 302,
Steam is stored with reheating module 303, steam output and flatiron module 304, automatic pollution discharge module 305, automatic desludging module 306
With display module 307；
With reference to figure 4 and Fig. 5, the intelligent water supply module 301, for passing through water cooled heat radiating 23, the first entering water electromagnetic valve
5th, water pump 9 plus water preheat body of heater 2 to water inlet；
Wherein, the water-cooling type radiator 23, water inlet is carried out while for cooling to the water-cooling type radiator 23
Preliminary preheating, is recycled to heat energy caused by control circuit.
Wherein, the intelligent water supply module 301, it is additionally operable in moisturizing, first covers the bottom of the water inlet preheating body of heater 2
Portion, then it is output to the main heating furnace body 1 through check valve 4 from the top of the water inlet preheating body of heater 2.
Wherein, between the water inlet preheating body of heater 2 and the main heating furnace body 1, controlled by check valve 4.
Wherein, the intelligent water supply module 301 selects the best opportunity to preheat body of heater 2 to the main heating from the water inlet
The moisturizing of body of heater 1, the best opportunity be：Steam pressure is in the working clearance not less than default threshold value, iron.
Exemplary, in intelligent water supply function, water inlet is by water-cooling type radiator 23, the first entering water electromagnetic valve 5, water pump
9 are added into water preheating body of heater 2.
When water passes through water-cooling type radiator 23, water inlet is heated while cooling to radiator, such a design, rationally
Utilize heat energy, reduce the energy consumption of equipment.
Under the control of temperature sensor 21, the second electric heating tube 12 is controlled, the water in water inlet preheating body of heater 2 is carried out
Heating, stops when reaching preset temperature.
To during main 1 moisturizing of heating furnace body, first filling into water preheating body of heater 2 bottom, then exported from top through check valve 4
To main heating furnace body 1, it is ensured that the water for covering main heating furnace body 1 every time is all high-temperature water.
Between water inlet preheating body of heater 2 and main heating furnace body 1, controlled by check valve 4, prevent from steaming in main heating furnace body 1
Vapour flows back.
All it is every time high-temperature water toward what is covered in main heating furnace body 1, is effectively prevented main heating furnace body 1 caused by moisturizing
Rapidly decompression, lose temperature and influence, greatly meet flatiron to the demand of steam stable, improve ironing efficiency.
Supplementary water time is selected, the moisturizing under conditions of flatiron gap and steam pressure are up to standard, avoids steam from losing
Warm decompression.
More than design, perfectly solve because moisturizing caused by equipment decompression, lose temperature influence, improve ironing efficiency.
Exemplary, equipment total power switch is opened, equipment enters holding state, and total operation knob is pushed working key ON
Shelves, equipment are started working, and at this moment the condensate tank of dehumidifier 24 in main heating furnace body 1, can carry out water level detecting automatically, according to water level
It the situation that detection means 24 detects, need to such as add water, the automatic watering of water pump 9 can be controlled, after suitable water level, stop adding
Water.
The water inlet pre-heating module 302, in temperature sensor 21, master control borad 26 and the control for aiding in control panel 14
Under, the second electric heating tube 12 is controlled, the water in the water inlet preheating body of heater 2 is heated, stopped when reaching preset temperature
Heating；
Exemplary, water-cooling type radiator 23 is passed through in water inlet, by the first entering water electromagnetic valve 5 and the second entering water electromagnetic valve 6,
In the presence of the draft of water pump 9, body of heater 2 is preheated into water inlet, in temperature sensor 21, master control borad 26 and auxiliary control panel 14
Control under, control the second electric heating tube 12, the water in water inlet preheating body of heater 2 preheated and default reaching
Stop heating (moreover, body of heater be equipped with Thermal Cutoffs 19, the protection of progress temperature anomaly) during 90 DEG C of temperature.
To water inlet during main 1 moisturizing of heating furnace body, to come from the interior conveying of water-cooling type radiator 23 first from water inlet pre-add hot stove
The bottom of body 2 enters, and is connected from the top of water inlet preheating body of heater 2 by check valve 4 with main heating furnace body 1 outflow, guarantee
The water for covering main heating furnace body 1 every time is all high-temperature water, reduces and temperature is lost caused by moisturizing is to heating furnace body, decompression influences.Unidirectionally
The setting of valve 4 is to prevent the steam of main heating furnace body 1 is flowed back into water from preheating body of heater 2.
After hot water adds main heating furnace body 1, suitable amount of water is controlled by condensate tank of dehumidifier 24, in pressure sensor
10th, under the control of master control borad 26 and auxiliary control panel 14, the heating of the first electric heating tube 11 is controlled, produces steam, pressure sensing
Device 10, master control borad 26 and auxiliary control panel 14 control the startup of the first electric heating tube 11, stopped.Caused steam is defeated by pipeline
Steam storage is sent to reheating body of heater 3.
Exemplary, the first electric heating tube 11 in main heating furnace body 1 contains two groups of electric heating tubes --- main heating tube
With auxiliary heating tube.When steam demand amount is in reduced levels, main heating tube work；When steam demand amount is in high level
When, auxiliary heating tube starts immediately, and main heating tube works together, to ensure that the demand of steam is met.Especially, herein
Steam demand amount be by user according to flatiron thing species and characteristic set by the pressure set key 29 on guidance panel
Put, and the master control borad 26 of equipment is set by pressure sensor 10, auxiliary control panel 14 according to this to control the first electricity to add
The start and stop of two groups of electric heating tubes in heat pipe 11, it is determined that obtaining appropriate steam, optimal ironing effect is both ensure that, has been realized
The purpose of energy-conservation.
Steam of the steam storage with reheating body of heater 3 is transported to, in pressure sensor 10, master control borad 26 and auxiliary control panel
Under 14 control, control three electric heating tubes 13 carry out reheating to steam.Such a way is not only effectively guaranteed steam
Enough storages and steam saturation degree, and also assures that the stability on steam pressure and temperature index.
The steam storage and reheating module 303, store for the steam and add with the 3rd electricity reheated in body of heater 3
Under the control of pressure sensor 10, master control borad and auxiliary control panel, the steam to come to the conveying of main heating furnace body 1 enters heat pipe 13
Row heats again；
Wherein, the steam storage is additionally operable to reheating module 303：
It is transported to steam of the steam storage with reheating body of heater 3, under the control of the pressure sensor 10, control
Electric heating tube three electric heating tubes 13 carry out reheating to the steam；
The steam of the main heating furnace body 1 stores the bottom with reheating body of heater 3 by the steam, is reheated；
After the steam heating, first store through the steam and exported with the top for reheating body of heater 3.
It is exemplary, in order to ensure the stability and mass dryness fraction of steam output, this structure employ independent steam storage with
Body of heater 3 is reheated, steam caused by main heating furnace body 1 is transported to steam storage and handled with reheating body of heater 3：
Three electric heating tubes 13 in body of heater in pressure sensor 10, master control borad 26 and under aiding in the control of control panel 14,
The steam of main heating furnace body 1 conveying is heated again.
Convey the steam to come and store and reheat the heating of three electric heating tubes 13 in body of heater 3 by steam, keep foot
Enough storage capacitys and saturation degree, it is achieved thereby that the stable output of steam.
Moreover, the vapor (steam) temperature of the saturation after heating again is high, moisture is few, also saved while improving ironing efficiency
The energy, also solve the overly wet follow-up drying process problem of flatiron.
Equipped with safety devices such as pressure switch 18, Temperature protections 19 on body of heater, the safety of equipment is protected.
Bottom of furnace body is equipped with the second blowoff electromagnetic valve 8, and come off duty carries out automatic pollution discharge daily to body of heater.
Multi-stove bodies are combined, and each body of heater is done sufficiently small, according to different functional requirements, sets suitable furnace body temperature,
Reduce because body of heater is huge, amount of water is big, heating tube power is big and caused by static thermal losses, save electric energy.
Multi-stove bodies combine, and have particularly been separately provided steam storage with reheating body of heater so that water and steam separation, ensure
Enough storages of steam and the saturation degree of steam, avoid influenceing ironing effect rapidly losing temperature, decompression when work plus water.
Multi-stove bodies combine, and have particularly been separately provided water inlet preheating body of heater, it is ensured that water inlet is entering main heating furnace body
It is preceding just to have passed through sufficient preheating so that main heating furnace body will not lose because of frequently cold water is added in the course of the work
Warm decompression problem, it is ensured that steam is continually generated in main heating furnace body.
The steam output and flatiron module 304, convey what is come with reheating body of heater 3 for receiving the steam storage
Steam, through the steam electromagnetic valve 16 of the first steam electromagnetic valve 15 and (or) second, the steam pipe 37, the first iron and (or)
Second iron, and be ejected to ironing fabrics after being heated again by the iron 39 of the first iron 38 and (or) second and pressed；
The automatic pollution discharge module 305, for when recognizing trigger signal, opening the first blowoff electromagnetic valve 7 and second
Blowoff electromagnetic valve 8, main heating furnace body 1 and the steam storage is discharged with reheating waste water and remaining steam in body of heater 13；
Exemplary, when equipment is shut down every time, blowdown auxiliary control panel 14 can recognize off signal, shutdown it is same
When, blowdown auxiliary control panel 14 opens the first blowoff electromagnetic valve 7 and the second blowoff electromagnetic valve 8.
The waste water of furnace interior and remaining steam under the effect of the pressure by the road, pass through the first blowoff electromagnetic valve 7 and
Two blowoff electromagnetic valves 8 are quickly discharged to blowdown tank and kept in, after blowdown terminates, automatic power-off shutdown.
Per secondary device during shutdown, equipment can all carry out automatic pollution discharge, and personnel are without waiting for can voluntarily leave, solve equipment
Manpower has been saved while scale problems.
Daily automatic pollution discharge, the remaining discharge of wastewater to have been seethed with excitement in body of heater one day is clean, it drastically reduce the area incrustation scale
Formation, improve flatiron quality, the service life that reduces equipment failure rate, extend equipment.
The automatic desludging module 306, for detecting whether reach default scale removal condition, the default scale removal condition bag
Include：Cumulative operation time reaches preset time threshold, and in " key OFF " triggering states of coming off duty；If reach described preset to remove
Dirty condition, then default scale removal program is started according to the default scale removal condition.
Wherein, if described reach the default scale removal condition, default scale removal journey is started according to the default scale removal condition
Sequence, including：
Drained the waste water in the main heating furnace body 1 by first blowoff electromagnetic valve 7, then pass through second blowdown
Magnetic valve 8 drains the steam storage with reheating the waste water in body of heater 3；
By the switching of the second entering water electromagnetic valve 6, through first entering water electromagnetic valve from scale removal agent container 27 and water tank
5th, water pump 9, add water and scale remover to water inlet preheating body of heater 2, the main heating furnace body 1 and the steam storage with adding again
Hot stove body 3, heated, soaked, decompose incrustation scale and cleaning.
Exemplary, after equipment cumulative operation time reaches given threshold, scale removal work, scale removal flow can be started：
Drained the water in main heating furnace body 1 by the first blowoff electromagnetic valve 7 first, then pass through the row of the second blowoff electromagnetic valve 8
Fall steam storage with reheating the water in body of heater 3.
By the switching of the second entering water electromagnetic valve 6, the first entering water electromagnetic valve 5, water pump from scale removal agent container 27 and water tank
9, add appropriate water and scale remover, with reheating body of heater 3, to be carried out to water inlet preheating body of heater 2, main heating furnace body 1 and steam storage
Automatic heating, immersion, decomposition incrustation scale, the cleaning of sequencing.
Equipment is on the basis of daily blowdown, then carries out Periodic scale removal processing, perfectly solves the fouling of puzzlement industry
Problem, the service life of equipment is greatly improved, reduces the maintenance cost of equipment.
Exemplary, controlling switch pushes next key OFF, and equipment is closed all operation functions, automatically opened up automatically
Blowoff valve, when being discharged to 0.3KG/c ㎡ pressure, steam threshold switch is opened, gas flow loop is formed, allows the unimpeded blowdown of equipment, blowdown 5 divides
Zhong Hou, automatically shut power off.As long as next controlling switch pulls out next key OFF daily, auxiliary control panel 14 carries out blowdown
Function, a daily blowdown, equipment scaling probability is reduced, improve flatiron quality.
Wherein, decomposing incrustation scale includes, and the scale removing agent of this device-specific is housed in scale removal agent container 27, and scale remover passes through
First entering water electromagnetic valve 5 and the second entering water electromagnetic valve 6 and water pump 9 enter water inlet preheating body of heater 2, main heating furnace body 1 and steam
Storage and reheating body of heater 3 and connected pipeline, and control the dilution ratio of scale remover and water and default temperature
Degree.In the default time, scale remover produces chemical reaction with the incrustation scale adhered on body of heater and pipeline inner wall, and incrustation scale is broken down into
Fine particle simultaneously comes off in waste water.
Wherein, the cleaning, it is specially：
Water inlet preheating body of heater 2 after scale removal, main heating furnace body 1, steam storage are carried out with reheating body of heater 3 and pipeline
At least secondary wash cycles above.
Unique automatic desludging mode, reduce the problem of artificial scale removal, solve industry device dirt and do not remove problem, significantly
Improve equipment practicality, stability.
Wherein, the display module 307, carried for entering line code according to the different working condition of equipment and phenomenon of the failure
Wake up.
Wherein, code includes：Auto sleep wake-up, failure code and operation code.
Auto sleep, which wakes up, to be had：If steam cock is not detected by 2 switching signals, steam cock or iron electricity are pressed
Source key can wake-up master and corresponding iron, normal operating conditions is entered after wake-up；Switching signal includes：If in 2 minutes, there is one
It is individual to be not detected by switching signal, then correspond to iron and carry out dormancy；In 5 minutes, boiler enters dormancy, and (setting pressure is not arrived in just start
Except value)；In 30S, preheating enters dormancy, (when just starting shooting, preheating does not work).
Failure code includes：Steam valve failure, blowoff valve failure, water valve failure, heating tube failure, pressure sensor event
Barrier；Steam valve failure has switching signal, and 20S shows failure code, failure generation without obvious Pressure Fluctuation Signal, then corresponding temperature area
Code F1；Blowoff valve failure has a blowdown signal, without boiler pressure in 20S, hence it is evident that declines, then panel red lamp bar flicker alarm, stops
Machine, failure code all show simultaneously in dual temperature zones, not voice reminder, failure code F2；Water valve failure, water pump continuously work
More than 300 seconds, water level signal is not detected also, then panel red lamp bar flicker alarm, shuts down, failure code is all in dual temperature
Spend area to show simultaneously, not voice reminder, failure code F3；Heating tube failure, rise without obvious pressure within 5 minutes, 5 minutes without obvious
Induced-current, panel red lamp bar flicker alarm, is shut down, and failure code is all shown simultaneously in dual temperature zones, not voice reminder,
Failure code F4；Pressure sensor failure, rise without obvious pressure within 5 minutes, there is within 5 minutes obvious induced-current, panel red colored lamp
Bar flicker alarm, shuts down, failure code is all shown simultaneously in dual temperature zones, not voice reminder, failure code F5.
Operation code includes：Water shortage, scale removal；Water shortage is audio alert, and 10S is reported once, please add water；When scale remover lacks,
Audio alert, 10S are reported once, please add scale remover.
Present embodiment discloses a kind of energy-conserving intelligent ironing system, the energy-conserving intelligent ironing system includes：Intelligence
Water supply module, water inlet pre-heating module, steam storage with reheat module, steam output with flatiron module, automatic pollution discharge module,
Automatic desludging module and working condition and failure code display module；The intelligent water supply module, it is real for managing water inlet system
Now to the dynamic control of water inlet opportunity, inflow temperature and inflow；The water inlet pre-heating module, it is pre- for being carried out to water inlet
First heat, it is ensured that enter main heating furnace body is high-temperature-hot-water；The steam storage is with reheating module, for main heating furnace
The steam that body conveying comes is heated again, it is ensured that the stable output of steam；The automatic pollution discharge module, for identifying
During to trigger signal, main heating furnace body and the steam storage and the waste water and entrained steam in reheating furnace body are discharged；It is described
Automatic desludging module, for starting default scale removal program according to default scale removal condition, automatically to the body of heater in equipment, electric heating tube
Incrustation scale removing is carried out with pipeline；So-called display module, for man-machine interaction.
The technical principle of the embodiment of the present invention is described above in association with specific embodiment.These descriptions are intended merely to explain this
The principle of inventive embodiments, and the limitation to protection domain of the embodiment of the present invention can not be construed in any way.Based on herein
Explanation, those skilled in the art, which would not require any inventive effort, can associate the other specific of the embodiment of the present invention
Embodiment, these modes are fallen within the protection domain of the embodiment of the present invention.
Claims (10)
- The pre-warmed method 1. one kind is intake, it is characterised in that methods described includes：Cold water before main heating furnace body is added, first pass through water-cooling type radiator absorb heat energy caused by control circuit carry out tentatively plus Heat；Enter back into and heated into water preheating body of heater, form high-temperature-hot-water；When reaching supplying water condition, the high-temperature-hot-water is added into the main heating furnace from the top of the water inlet preheating body of heater Body.
- 2. according to the method for claim 1, it is characterised in that the water-cooling type radiator that first passes through absorbs control circuit production Raw heat energy is tentatively heated, including：Cold water is first added into the water-cooling type radiator, the heat absorbed while water-cooling type radiator is cooled by control circuit The water inlet flowed through can be conducted to, intakes and is tentatively heated；Wherein, the water-cooling type radiator delivery port is connected by pipeline with the water inlet preheating bottom of furnace body water inlet.
- 3. according to the method for claim 1, it is characterised in that the water inlet preheating body of heater preheats to water inlet, Also include：Enter the water inlet from the bottom of the water inlet preheating body of heater through the preliminary pre-warmed water inlet of the water-cooling type radiator Body of heater is preheated, water inlet is heated to 90 DEG C of preset temperature and forms high warm by the second electric heating tube of the water inlet preheating body of heater Water.
- 4. according to the method for claim 3, being further characterized in that, the water inlet preheating body of heater top delivery port passes through list It is connected to valve with the bottom water inlet of the main heating furnace body, the high-temperature-hot-water adds the main heating furnace through the check valve Body.
- 5. one kind water inlet preheating apparatus, it is characterised in that described device includes：First heating module, for cold water before main heating furnace body is added, first pass through water-cooling type radiator and absorb control circuit production Raw heat energy is tentatively heated；Second heating module, heated for entering back into water preheating body of heater, form high-temperature-hot-water；Module is added, for when reaching supplying water condition, adding the high-temperature-hot-water from the top of the water inlet preheating body of heater Enter the main heating furnace body.
- 6. device according to claim 5, it is characterised in that first heating module, be specifically used for：Cold water is first added into the water-cooling type radiator, the heat absorbed while water-cooling type radiator is cooled by control circuit The water inlet flowed through can be conducted to, intakes and is tentatively heated；Wherein, the water-cooling type radiator delivery port is connected by pipeline with the water inlet preheating bottom of furnace body water inlet.
- 7. device according to claim 5, it is characterised in that first heating module, also particularly useful for：Enter the water inlet from the bottom of the water inlet preheating body of heater through the preliminary pre-warmed water inlet of the water-cooling type radiator Body of heater is preheated, water inlet is heated to 90 DEG C of preset temperature and forms high warm by the second electric heating tube of the water inlet preheating body of heater Water.
- 8. device according to claim 7, is further characterized in that, the water inlet preheating body of heater top delivery port passes through list It is connected to valve with the bottom water inlet of the main heating furnace body, the high-temperature-hot-water adds the main heating furnace through the check valve Body.
- 9. a kind of system of energy-conserving intelligent flatiron, it is characterised in that the system of the energy-conserving intelligent flatiron includes：Water inlet preheating apparatus, steam storage described in intelligent water supply module, claim 5-8 is defeated with reheating module, steam Go out and flatiron module, automatic pollution discharge mould, automatic desludging module and display module；The intelligent water supply module, for entering under the control of auxiliary control panel (14), by water-cooling type radiator (23), first Water solenoid valve (5), water pump (9) plus water preheat body of heater (2) to water inlet；The water inlet preheating apparatus, under the control of temperature sensor (21) and auxiliary control panel (14), controlling second Electric heating tube (12), the water in the water inlet preheating body of heater (2) is heated, stop heating when reaching preset temperature；The steam storage is stored with reheating the three electric heating tubes in body of heater (3) with reheating module for the steam (13) in pressure sensor (10) with the control of auxiliary control panel (14), conveying the steam to come to main heating furnace body (1) and entering Row heats again；The steam output and flatiron module, the steam to come for receiving the steam storage with reheating body of heater (3) conveying, Through first steam electromagnetic valve (15) and (or) the second steam electromagnetic valve (16), the steam pipe (37), the first iron and (or) the second iron, and be ejected to ironing fabrics after being heated again by first iron (38) and (or) the second iron (39) and enter Row flatiron；The automatic pollution discharge module, for when recognizing trigger signal, opening the first blowoff electromagnetic valve (7) and the second blowdown electricity Magnet valve (8), the main heating furnace body (1) and steam storage are discharged with reheating waste water and entrained steam in body of heater (3)；The automatic desludging module, for detecting whether reaching default scale removal condition, the default scale removal condition includes：Equipment is tired out The meter working time reaches preset time threshold, and in " key OFF " triggering states of coming off duty；If reach the default scale removal bar Part, then default scale removal program is started according to the default scale removal condition；The display module, reminded for entering line code according to the different working condition of equipment and phenomenon of the failure.
- 10. system according to claim 9, it is characterised in that the pre-heating module, be additionally operable to：After hot water adds the main heating furnace body (1), default amount of water is controlled by condensate tank of dehumidifier (24), in the pressure Under the control of sensor (10), the heating of the first heater strip of control (11) produces steam, and the pressure sensor (10) controls institute State the startup of the first heater strip (11), stop；The steam is stored with reheating body of heater (3) by Pipe transfer to steam.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710846923.2A CN107631282B (en) | 2017-09-19 | 2017-09-19 | A kind of system of intake preheating method, apparatus and energy-conserving intelligent ironing |
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| CN201710846923.2A CN107631282B (en) | 2017-09-19 | 2017-09-19 | A kind of system of intake preheating method, apparatus and energy-conserving intelligent ironing |
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| CN107631282A true CN107631282A (en) | 2018-01-26 |
| CN107631282B CN107631282B (en) | 2019-09-10 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109706717A (en) * | 2019-01-23 | 2019-05-03 | 东莞市驰铭智能科技有限公司 | A kind of the ironing cabinet and ironing apparatus of changeable ironing mode |
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| JPS61222489A (en) * | 1985-03-28 | 1986-10-02 | 株式会社日立ホームテック | Steam iron |
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| CN109706717A (en) * | 2019-01-23 | 2019-05-03 | 东莞市驰铭智能科技有限公司 | A kind of the ironing cabinet and ironing apparatus of changeable ironing mode |
| CN109706717B (en) * | 2019-01-23 | 2023-09-29 | 东莞市驰铭智能科技有限公司 | Ironing device capable of switching ironing modes |
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| CN107631282B (en) | 2019-09-10 |
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