CN109282453A - A kind of self-cleaning controlling terminal of motor-driven valve - Google Patents
A kind of self-cleaning controlling terminal of motor-driven valve Download PDFInfo
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- CN109282453A CN109282453A CN201811372212.7A CN201811372212A CN109282453A CN 109282453 A CN109282453 A CN 109282453A CN 201811372212 A CN201811372212 A CN 201811372212A CN 109282453 A CN109282453 A CN 109282453A
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- driven valve
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- cleaning
- valve
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- 230000006870 function Effects 0.000 description 36
- 238000004378 air conditioning Methods 0.000 description 33
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- 229910000975 Carbon steel Inorganic materials 0.000 description 1
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/62—Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
- F24F11/63—Electronic processing
- F24F11/64—Electronic processing using pre-stored data
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/50—Control or safety arrangements characterised by user interfaces or communication
- F24F11/52—Indication arrangements, e.g. displays
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/50—Control or safety arrangements characterised by user interfaces or communication
- F24F11/56—Remote control
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/62—Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
- F24F11/63—Electronic processing
- F24F11/65—Electronic processing for selecting an operating mode
Abstract
The invention discloses a kind of self-cleaning controlling terminals of motor-driven valve, including control module, display screen, output and input module；Display screen, output and input module are connected with control module；Output module connects motor-driven valve；Input module is for inputting instruction or parameter；Input module is configured to the setting self-cleaning parameter of motor-driven valve；Self-cleaning parameter includes at least one of self-cleaning starting time setting or the setting of self-cleaning entry condition；There is timer in control module；Control module is used to be acted according to the automatically cleaning of the self-cleaning parameter triggering motor-driven valve.The present invention is easy to implement without dismantling valve body, and motor-driven valve reliability can be greatly improved.
Description
Technical field
The invention belongs to valve control fields, are related to a kind of self-cleaning controlling terminal of motor-driven valve.
Background technique
Fan coil is the tail end air conditioner equipment of central air conditioner system, is typically mounted in indoor suspended ceiling layer, with central hollow
Adjusting system is connected by pipeline, and cold/hot water delivers air to room by air cooling-down or heating, then by blower by coil pipe
Between；Usual every Fans coil pipe matches a motor-driven valve, and manipulates air-conditioning by indoor user by a temperature control panel.
Motor-driven valve is the temperature controlled critical component of room conditioning, is mounted on the water inlet pipe of fan coil, and by temperature control
Panel control.Temperature control panel compared with indoor air temperature, is automatically switched motor-driven valve, to control Interior Space by set temperature
Temperature degree.Statistics discovery motor-driven valve is the highest component of failure rate in entire central air conditioner system, and major part, which is not stuck, is exactly
It is not closed completely.Existing motor-driven valve maintenance technique all has to dismantle valve body, or changes directly replacement motor-driven valve, and hundreds and thousands of electronic
Valve is all mounted in indoor suspended ceiling layer, repairs extremely difficult, and its higher cost；And often also subject in pipeline in valve
Higher hydraulic pressure, valve body appearance there are also insulating sponge, when maintenance do not pay attention to slightly will leak, become the entire central hollow of puzzlement
Adjust the problem of industry.
Simultaneously in use because in water dirt cause valve stuck, it is clear that it is all unrelated with valve producer and installation unit, this
Also seem customary as everybody, the problem of turning a blind eye to.
Therefore following comprehensive analysis is first carried out on this question:
1, use environment is analyzed: though electronic valve inlet is equipped with filter, it is biggish miscellaneous can only to filter particle in removing water
Matter；The water circulation system of central air conditioning huge for one, subtle impurity can not be filtered by usually having in water, such as solid ash
Calcium ions and magnesium ions etc. in dirt, water, while carbon steel piping can also generate rust mud for a long time in water.
In addition, central air conditioner system is usually intermittent, runs stage by stage, daytime is opened, and night closes, summer and winter fortune
Row；It especially is in shutdown status in the Spring Festival and several months in autumn, pipeline water circulating pump and motor-driven valve can also remain off the several months,
Water in pipeline can also be constantly in stationary state, and subtle impurity and rust mud can slowly be deposited on inner wall of the pipe and spool in water
Surface.And water temperature changes also very greatly in pipeline, and 7-12 DEG C of summer of water at low temperature can accelerate pipeline corrosion, winter 45-60
DEG C high-temperature water can then accelerate the calcification and hardening of spool face deposit.
2, object analysis
1) motor-driven valve: motor-driven valve quality itself is only focused on as valve manufacturer, such as water pressure resistance performance, Electric Actuator
Electronic original part reliability, valve body structure intensity etc.；It is usually all to increase valve body driving to solve the problems, such as that it is stuck that valve is easy
The power of motor, or spool material is improved, such as metal is changed to ceramics, but effect is paid no attention to from the point of view of practical application at present
Think, and often also add valve cost, reduce cost performance, because quality good valve again, also can not cope with scale not
Disconnected accumulation, so this problem is never included in its product quality problem by valve producer.
2) controller: motor-driven valve controlling terminal is generally the temperature control panel of fan coil, is electrically connected, passes through with motor-driven valve
The temperature control logic control motor-driven valve of temperature control panel opens and closes, and existing temperature control panel is only room conditioning user service, meets
The comfortable some requirements of its easy to operate, beautiful, temperature control, so temperature control panel producer also has no reason to consider motor-driven valve at all
It is stuck or the problem of fit badly.
3) Pipe installing unit: consideration pipeline is water-tight, divides water uniform, and general only cleaning one was lauched upon installation
The impurity of filter, stuck by scale as motor-driven valve during operation, not it considers the problems of.
4) central air-conditioning management service unit: other than carrying out water treatment to recirculated water, also it can only repair or replace
Motor-driven valve only passively handles department, can not also solve root problem.
From above-mentioned analysis it is found that each object all acts in accordance with the division of their functions and duties, each object do not have, is also impossible on the whole and root
Analysis solves the problems, such as in sheet.Therefore, it is necessary to a kind of completely new valve cleaning apparatus for self be designed, on the basis for not increasing hardware
On, it not only can be reduced the failure rate of motor-driven valve, but also central air-conditioning manager can be facilitated to carry out temperature control management to air-conditioning, and reduced operation energy
Consumption.
Summary of the invention
Technical problem to be solved by the invention is to provide a kind of self-cleaning controlling terminal of motor-driven valve, the self-cleaning controls of the motor-driven valve
Terminal does not have to dismantle valve body, easy to implement, can improve the reliability of motor-driven valve.
The technical solution of invention is as follows:
A kind of self-cleaning controlling terminal of motor-driven valve, including control module, display screen and input module；Display screen and input module
It is connected with control module；The self-cleaning controlling terminal of motor-driven valve is equipped with the output terminal for controlling motor-driven valve；Connect with motor-driven valve
It connects, can control the switch of motor-driven valve, input module is for inputting instruction or parameter；
The self-cleaning controlling terminal of motor-driven valve has the self-cleaning program of motor-driven valve, and can act to self-cleaning trigger condition and automatically cleaning
It is set；When self-cleaning condition meets, the self-cleaning controlling terminal driving motor-driven valve of motor-driven valve makes automatically cleaning movement.
Further, the self-cleaning trigger condition refers to that motor-driven valve continues all to stay open for N days or closed state, wherein electronic
The state of valve is detected by the self-cleaning controlling terminal of motor-driven valve；N is the integer or decimal greater than 1, such as in season in spring and autumn, central air-conditioning system
System and motor-driven valve continuous several months are dynamic every automatically cleaning of 15 days automatic triggers if N is set as 15 days all in closed state
Make.
Further, the self-cleaning trigger condition refers to the time point for reaching predetermined period, and such as monthly No. 1 12 points are opened automatically
It is dynamic, no matter whether air conditioning terminal is running at this time, all automatically cleaning movements of triggering dynamoelectric water valve；Very due to automatically cleaning actuation time
It is short, less than one minute, even if air conditioning terminal is being run, room conditioning influence can almost be ignored.
Further, self-cleaning trigger condition described in person refers to air conditioning terminal after periodic end of run, at air conditioning terminal
After air-conditioning not running terminates shutdown, oneself of dynamoelectric water valve is triggered such as 6 points of every afternoon in idle sometime point starting
Cleaning action；
The condition for judging motor-driven valve triggering automatically cleaning movement, usually by the self-cleaning controlling terminal of motor-driven valve or remote control center
Automatic detection has periodic motor-driven valve automatically cleaning to act, the reliability of motor-driven valve can be greatly improved by this.
Further, motor-driven valve automatically cleaning movement refers to that the state of motor-driven valve is closed from reaching, or from closing to opening is primary
Switching, after being switched even-times, then returns to original state；By allowing motor-driven valve to open and close repeatedly in the short time, spool is allowed
Upper and lower or rotary motion, the automatic dirt for removing spool contact surface prevents motor-driven valve stationary for a long time, in pipeline
Impurity is excessive in spool face deposition, and makes spool jam or increase the resistance of valve core movement；It is allowed inside motor-driven valve simultaneously, such as bullet
The machine components such as spring, rubber parts will not generate and ossify because of the state that remains turned-off or open for a long time, keep its flexibility.
Further, after the motor-driven valve automatically cleaning movement refers to that automatic electric valve is switched even-times, original state is then returned to
State, the state of motor-driven valve is closed from reaching, or once to switch from closing to opening, specifically may is that motor-driven valve is opened or closed t1
Second, it turns off or opens t2 seconds, repeat M times, can also specifically set t1, t2 and M value.
Further, when whole system has large number of motor-driven valve, to avoid multiple motor-driven valve simultaneously operations from causing pipe
The mutation of road flow, on startup between it is upper increase random parameter S, i.e., the S time that is delayed again after the default starting time reaches just starts
The automatically cleaning of motor-driven valve acts.Specifically, random parameter is S1 and S2, if being in close state before motor-driven valve is self-cleaning, i.e., pre-
If the S1 time that is delayed again after the arrival of starting time just starts the automatically cleaning movement of motor-driven valve, opened if being in front of motor-driven valve is self-cleaning
State, i.e., the S2 time that is delayed again after the default starting time reaches just start the automatically cleaning movement of motor-driven valve.
Further, the self-cleaning controlling terminal of the motor-driven valve is equipped with linkage signal output terminal, when motor-driven valve is water valve, electricity
Dynamic valve is self-cleaning while starting water pump.If water pump makees operation in short-term will not cause other adverse effects to system, and pass through water flow
The spool for rinsing motor-driven valve, can play better self-cleaning effect.In addition, motor-driven valve is self-cleaning to may not only be applied to air-conditioning water route system
System similarly applies also for other using the industry of electrical fluid valve, such as electric-air valve, Electric air valve, electro-hydraulic valve, electronic
Steam valve etc. allows fluid to flow at spool while spool switchs repeatedly, can wash away the dirt at spool faster
Dirt.
Therefore when motor-driven valve is air valve, motor-driven valve automatically cleaning while booster air pump；It is electronic when motor-driven valve is oil path valve
Valve is self-cleaning while starting oil pump；When motor-driven valve is air-valve, motor-driven valve automatically cleaning starts blower simultaneously；When motor-driven valve is steam valve
When, motor-driven valve is self-cleaning to open simultaneously vapour source.
The supplementary explanation self-cleaning about motor-driven valve:
1) it after remaining off within .N days, automatically opens t1 seconds, turns off t2 seconds, repeat M times, be restored to former closing later
State；
2) it after being kept open within .N days, is automatically closed t1 seconds, then opens t2 seconds, repeat M times, be restored to former opening later
State.
Motor-driven valve is self-cleaning to be applied in central air conditioner end air machine coil pipe, since self-cleaning cycle period is longer, General N value
It is 7-30 days, self-cleaning number M is 3-8 times, and the time of motor-driven valve perseveration, motor-driven valve moved from the point of view of whole year less than one minute
Energy consumption can almost be ignored.Even if in addition in winter or summer air-conditioning use season, it is this since indoor air temperature inertia is big
Of short duration valve switch, the influence to room conditioning effect also can almost be ignored.Either air-conditioning season or non-empty in this way
Adjust season, all will not because in pipeline water for a long time be in static, in spool face dirt deposits.
If but motor-driven valve is applied in certain special circumstances, the self-cleaning safety for influencing whether installation electric valve system of motor-driven valve
Operation, can increase the chain condition of one of safeguard protection, just start automatically cleaning when only the chain condition sequence allows.
Further, the self-cleaning controlling terminal of the motor-driven valve is a kind of temperature control terminal, the temperature control terminal include control module with
And it is attached thereto display screen, output module and input module；Output module connects the motor-driven valve and blower of air conditioning terminal, inputs mould
Block includes key, for parameter or instruction to be arranged；Input module can set self-cleaning trigger condition and automatically cleaning movement；Control module
In have timer and clock；It is generally used for the tail-end blower fan coil pipe, new blower, furred ceiling wind cabinet, also referred to as temperature control face of central air-conditioning
Plate.
Further, the touch screen that the key and display screen are integrated.
Further, the combination by existing keys multiple on input module or long-pressing key, into the self-cleaning triggering item
The setting of part.
Further, by the locking key being separately provided on input module, into the setting of the self-cleaning trigger condition.
Further, the input module is equipped with network interface, sets self-cleaning trigger condition and automatically cleaning by computer remote
Movement.
Control module is connected with nonvolatile memory；Self-cleaning parameter storage can store in the nonvolatile memory.
In addition, the self-cleaning controlling terminal of motor-driven valve includes flexible switch mode in driving motor-driven valve switch motion.
The movement of motor-driven valve is other than conventional directly switch, and there are also flexible switch modes；That is the opening of motor-driven valve is adopted
It is opened with flexible way or the closing of motor-driven valve is closed using flexible way or the opening and closing of motor-driven valve all use flexibility
Mode；Or each movement of motor-driven valve work all uses flexible switch mode, or only uses in the specific partial act of motor-driven valve
Flexible switch mode.
The application places of many motor-driven valves, control medium inertia is larger, such as the dynamoelectric water valve in central air-conditioning, Shi Jimiao
Influence of the movement to air themperature can almost ignore；Motor-driven valve is different from the solenoid valve of snap action, switch motion simultaneously
Time generally has more than ten seconds, this may pass through for realization flexible switch.
Further, it is positive and negative gradual to refer to that electronic valve drive signal uses for the flexible switch mode, when motor-driven valve is by closing
To when opening, motor-driven valve opening signal is first given, allows one fragment position of spool forward motion, then gives motor-driven valve shutdown signal, makes spool anti-
To a fragment position, repeated several times is moved, each counter motion position is less than forward motion position, then fully open electronic
Valve, wherein forward and reverse movement is intermediate slightly to pause；Vice versa.
If the valve event time is 10 seconds, 5 seconds opening signals are first issued, stop 1 second, then issue 2 seconds shutdown signals, then stop
1 second, then 5 seconds opening signals are issued, stop 1 second, then issue 2 seconds shutdown signals, then stop 1 second, finally issues 4-6 seconds opening letters
Number, valve wide open.Vice versa；Which is primarily adapted for use in the motor-driven valve of the positive counter-movement of spool.
Further, the flexible switch mode refers to that the flexible switch mode refers to electronic valve drive signal using pulse
Formula first gives one opening signal pulse of motor-driven valve, then interrupt opening signal, later again first to electric when motor-driven valve is by closing to when opening
Dynamic one opening signal pulse of valve, repeated several times, fully open to motor-driven valve, vice versa.
If the valve event time is 10 seconds, 3 seconds opening signals are first issued, stop 1 second, then issue 3 seconds opening signals, are stopped
1 second, finally issue 4-6 seconds opening signals, valve wide open.Vice versa.
Spool is opened when which is primarily adapted for use in energization, and spring pushes spool to close the motor-driven valve resetted after power-off.This
Sample pushes counter motion by power transmission forward motion, spring to break, realizes that spool is flexible in opening procedure and opens.
Flexible switch mode, purpose are exactly to be moved back and forth by spool, make to be attached to spool face, or be stuck at spool
Impurity becomes to loosen, and prevents stuck, and in conjunction with the flowing of pipeline water, the impurity of loosening is washed away, spool is made to become flexible.
Further, the input module is equipped with motor-driven valve driving current detection circuit and only drives in electronic valve events
Electric current is more than setting electric current, and just triggering uses flexible switch mode.
Further, the trigger condition of the flexible switch mode also can refer to stay open or close shape in motor-driven valve lasting N days
State；N is the integer or decimal greater than 1；Or it points to up to preset time point.
Further, the parameter further includes number of repetition in flexible switch mode, positive and negative actuation time, burst length
Deng can be arranged by input module, can also be directly fixed in control module.
Further, the parameter can be equipped with network interface by motor-driven valve flexible controller, when motor-driven valve flexible controller
After remotely connecting with remote computer, above-mentioned parameter can be set on computers.
In addition, temperature control panel also has temperature lock function.
Input module is configured to setting control model (being specifically used for setting refrigeration, heating, air supply pattern), sets mesh
The lock value of temperature value (wishing which temperature interior maintains) and set temperature is marked, lock value is that locking is freezed most
Low value or locking heating peak；
In cooling mode, when target temperature value is set, if control module detects that the target temperature of setting reaches lock
After customizing cold minimum, control module is no longer responded to setting target temperature value is further decreased；It at this time can be on a display screen
Provide prompt；
In a heating mode, when target temperature value is set, if control module detects that the target temperature value of setting reaches
After locking heating peak, control module no longer responds the further setting target temperature value that increases；
Alternatively at: when user adjusts set temperature in cooling mode, set temperature reach locking refrigeration it is minimum
It is no longer reduced after value；After manager locks heating peak under temperature lock function, user adjusts set in a heating mode
When determining temperature, set temperature no longer rises after reaching locking heating peak.
To prevent user by the too low or excessively high of temperature setting on the internal processes of temperature control panel.
So that locking refrigeration minimum is equal to or higher than the lower limit value；Locking heating peak is equal to or less than the upper limit
Value.
Locking key is separately provided.
Locking key uses built-in key, such as key to be equipped with cover board, digs energy depresses button after cover board.
Locking key is by existing multiple keys by the way that realization (such as while by mode key and increasing key) is applied in combination.
Temperature control panel and Master Control Center communicate to connect, and Master Control Center is enabled to lock all temperature control panel bound temperature
Degree.
The utility model has the advantages that
The self-cleaning controlling terminal of motor-driven valve of the invention (or controlling terminal, control panel, temperature control panel etc.) has following
Feature:
(1) have on mode basis in temperature control panel, increase the self-cleaning maintenance function of motor-driven valve, utilize existing temperature control panel
The programmable function of internal computer opens and closes motor-driven valve by temperature control panel automated periodic, by the movement of spool, no
Spool face dirt is just disposed automatically with valve body is dismantled, and form spool face will not at it hard because stationary for a long time
Hard deposit keeps its flexibility, to reduce the failure rate of motor-driven valve！
(2) motor-driven valve flexible switch: existing temperature control panel control motor-driven valve is all directly to open or close, even if spool portion
There is foreign matter in position, also still will continue to open or close, often makes spool jam, motor in motor-driven valve is caused to burn out.The present invention exists
Motor-driven valve flexible switch mode is used on temperature control panel, if first motor-driven valve is allowed to open, spool is positive when motor-driven valve is by closing to when opening
A fragment position is moved, then motor-driven valve is allowed to close, one fragment position of spool counter motion, repeated several times, then fully open motor-driven valve.
In this way by perseveration several times, allows the foreign matter at spool to be easy to loosen, reduce spool jam, motor-driven valve motor internal is burnt out
It may.
(3) have on mode basis in temperature control panel, refrigeration minimum can be locked respectively and heat peak by increasing
Temperature lock function；When being locked under temperature lock function after freezing minimum, then adjusting set temperature in cooling mode, if
Determine no longer to reduce after temperature reaches locking refrigeration minimum；Under temperature lock function after locking heating peak, then heating
When adjusting set temperature under mode, set temperature no longer rises after reaching locking heating peak.
And above-mentioned 3 functions, all only it can be achieved with by modifying the control software of temperature control panel！Make it have pole
Big cost performance.The invention is:
Valve itself can not only be jumped out, the valve routine application model also jumped out runs to maintenance management from equipment, comprehensive
Multi-party factor considers a problem, it more difficult to which what is obtained is while can not increase any artificial and material cost basis using existing resource
Upper solution motor-driven valve is easy stuck historical difficulty！
The present invention is also by existing temperature control panel by using layer to be extended to central air-conditioning management level.Existing central air conditioner system is wanted
It realizes temperature management, will generally increase many hardware such as upper computer, field controller, comprehensive wiring and software equipment, and
And temperature control panel must also increase networking interface, investment is big.As long as and the control logic journey inside present invention modification temperature control panel
Sequence does not increase any hardware cost, allows temperature control panel from simple air-conditioning switch, the temperature management work for the person that becomes air conditioning managing
Tool.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of temperature control panel；
Fig. 2 is temperature control panel and fan coil and motor-driven valve connection schematic diagram.
Label declaration: 20- on & off switch, 33- mode key, 22- wind speed key, 23- increasing key, 24- reduce key, 32- anemobiagraph
Mark, 34- room temperature icon, 35- set temperature icon, 36 date-time icons, the icon of 31- and motor-driven valve.
Specific embodiment
The present invention is described in further details below with reference to the drawings and specific embodiments:
Embodiment 1:
Referring to such as Fig. 1 and Fig. 2, motor-driven valve flexible controller is a kind of temperature control panel of fan coil, including display screen, behaviour
Make key and output board, wherein display screen can show 33 icon of operational mode, including refrigeration, heating and air supply pattern and anemobiagraph
Mark 32 and room temperature 34, set temperature 35, date-time and motor-driven valve icon；Wherein operation button includes switching on and shutting down
Key 20, wind speed key 22, increasing key 23, reduces key 24 at mode key 21.Temperature control panel can be allowed to be respectively at system by mode key 21
Cold, heating and air supply pattern.
The electrical connection of the motor-driven valve and blower of output module and fan coil, wherein motor-driven valve includes its internal spool,
And it is connect with fan coil by water pipe；Electrical connection includes that output module is directly connected to motor-driven valve and blower, straight by exporting
Connect driving motor-driven valve and blower；It further include that output module is connect by signal line with the drive module of motor-driven valve and blower, this
When output module do not directly drive motor-driven valve and blower, if the temperature control panel of hotel guest room is exactly in this way.
Integrated touching liquid-crystal display screen can be used in operation button described further and display screen.
The self-cleaning maintenance function of motor-driven valve, which refers to, opens and closes motor-driven valve using periodic time-program(me), passes through spool itself
Movement, dispose spool face dirt, prevent because motor-driven valve for a long time it is stationary, hard deposition is formed in spool face
Object keeps spool flexible.
Temperature control panel detects motor-driven valve continuous N days in the state that closes or opens, and is automatically switched motor-driven valve M times, presses later
This regular repetitive cycling.In central air conditioner system, motor-driven valve in the season in spring and autumn continuous several months all in closed state, if N is set
It is 15 days, then every 15 days, automatic starting was primary.
Alternatively, the time reaches the time point of setting, is automatically opened immediately by temperature control panel and closed motor-driven valve M times.As often
No. 1 12 points of the moon starts automatically, no matter whether air conditioning terminal is running at this time, all starts the self-cleaning movement of motor-driven valve；Due to self-cleaning
Actuation time is very short, even if air conditioning terminal is being run, can almost ignore on room conditioning influence.
Or after the condition refers to that motor-driven valve works normally a period of time, it is in idle sometime point
Starting, as 6 points of every afternoon starts the self-cleaning movement of motor-driven valve after the shutdown of air-conditioning end end of run.
The parameter setting of the self-cleaning maintenance function of motor-driven valve can be operated by any key combination on temperature control panel, into
Pass through increasing key 23 after entering, reduce key 24 and N days settable duration of other keys, on-off times M, self-cleaning time point, with
And the highest and lowest temperature value of locking.
Further, it can be operated into parameter setting by any three key combinations on temperature control panel, such as: it is being switched on
Under state, continuously mode key 21 is pressed more than three times in five seconds, then presses mode key 21 and increasing key 23 simultaneously to enter.
Further, it can be operated into parameter setting by any two key combination on temperature control panel, for example, pressing simultaneously
Firmly mode key 21 and entrance in increasing key 23 5 seconds；Or wind speed key 22 and entrance in increasing key 23 5 seconds are pinned simultaneously；Or continuously press mould
Formula key 21 4 times, then continuously press and enter for wind speed key 22 4 times or other similar key combinations therewith.
Further, a period of time (i.e. long-pressing) entrance can be persistently pressed by the key of any one on temperature control panel, for example,
Sustained hold mode key 21 6 seconds, enter；Or sustained hold wind speed key 22 6 seconds, into the self-cleaning maintenance function of motor-driven valve or its
His similar button operation method therewith.
The self-cleaning maintenance function of motor-driven valve operates with for manager, and common air-conditioning user does not need using by above-mentioned
The combination button of various modes operates, and has not only avoided common air-conditioning user from arbitrarily entering temperature lock function, but also not will increase day
Normal air-conditioning uses the complexity operated.
Into after the parameter setting of the self-cleaning maintenance function of motor-driven valve, former 35 show value of set temperature sign field is continuous days
N, former 34 show value of room temperature sign field are motor-driven valve on-off times M；By mode key 21, number of days N flashes, and passes through increasing key
23, reduce key 24 to modify, be confirmed by wind speed key 22；Mode key 21 is pressed again, and on-off times M flashes, and by increasing key 23, reduces
Key 24 is modified, and is confirmed by wind speed key 22；Switch key 20 is pressed again, exits parameter setting.
Further, after the temperature control panel is exited by switch key, temperature control panel can be set by automatic Memory manager
Motor-driven valve duration N and on-off times M simultaneously can continue to save, and will not lose because of power-off.
Further, increase a random time parameter S in the self-cleaning maintenance function of the motor-driven valve, detect electricity in temperature control panel
The dynamic continuous N days+S of valve are opened and closed motor-driven valve M times, when described random again after closing or opening state by temperature control panel
Between S unit be minute, hour or day.It, can be to avoid thousands of in air-conditioning system in this way in certain specific central air conditioner systems
A motor-driven valve is opened simultaneously sometime tapping, and causes to impact to pipeline water system.
Further, the parameter setting of the self-cleaning maintenance function of the motor-driven valve can also by the network interface of temperature control panel,
It is remotely located with computer.
The time-program(me) is further added by a random parameter S1, and the random parameter S1 unit is minute, hour or day；?
Temperature control panel detects motor-driven valve and continues N days+S1 after closing, and is opened and closed motor-driven valve M times by temperature control panel, presses this later
Regular repetitive cycling；Or after postponing S1 again at the time point of the time arrival setting of temperature control panel, detection motor-driven valve is inIt closes
State is automatically opened immediately by temperature control panel and is closed motor-driven valve M times.
The time-program(me) is further added by a random parameter S2, and the random parameter S2 unit is minute, hour or day；?
Temperature control panel detection motor-driven valve continue N days+S2 it is in the open state after, by temperature control panel closing and opening motor-driven valve M times, later
By this regular repetitive cycling；After postponing S2 again at the time point that the time of temperature control panel reaches setting, detection motor-driven valve is inIt beats It opensState is automatically closed immediately by temperature control panel and is opened motor-driven valve M times.
Further, the infrared ray that the parameter setting of the self-cleaning maintenance function of the motor-driven valve can also be configured by temperature control panel
Or wireless interface, it is arranged with remote controler.
Embodiment 2:
The difference from embodiment 1 is that increasing motor-driven valve flexibility on temperature control panel functional basis and acting function
Energy.
It includes flexible switch mode in the switch motion of motor-driven valve that temperature control panel, which drives, and the movement of motor-driven valve is in addition to routine
Other than directly switching, there are also flexible switch modes；I.e. the opening of motor-driven valve is opened using flexible way or the closing of motor-driven valve is adopted
It is closed with flexible way or the opening and closing of motor-driven valve all uses flexible way；Or each movement of motor-driven valve work is all adopted
Flexible switch mode is used in the specific partial act of motor-driven valve with flexible switch mode, or only.Motor-driven valve is different from solenoid valve,
The switch motion time generally has more than ten seconds, this may pass through for realization flexible switch.Wherein flexible movement has following two drive
Dynamic aspect:
1) driving signal first gives motor-driven valve opening signal using positive and negative gradual, first issues t1 seconds opening signals, allows spool
One fragment position of forward motion, then motor-driven valve shutdown signal t2 seconds are given, one fragment position of spool counter motion repeats H1 times, anti-every time
It is less than forward motion position, then fully open motor-driven valve to movement position, wherein forward and reverse movement is intermediate slightly to pause
Stop t3 seconds；Vice versa.
If the valve event time is 10 seconds, 5 seconds opening signals are first issued, stop 1 second, then issue 2 seconds shutdown signals, then stop
1 second, then 5 seconds opening signals are issued, stop 1 second, then issue 2 seconds shutdown signals, then stop 1 second, finally issues 4-6 seconds opening letters
Number, valve wide open.Vice versa；Which is primarily adapted for use in the motor-driven valve of the positive counter-movement of spool.
2) driving signal uses pulsed, when motor-driven valve is by closing to when opening, first to one opening signal pulse t4 of motor-driven valve
Second, then t5 seconds opening signals are interrupted, it first gives one opening signal pulse in t6 seconds of motor-driven valve again later, repeats H2 times, arrive motor-driven valve
Fully open, vice versa.
If the valve event time is 10 seconds, 3 seconds opening signals are first issued, stop 1 second, then issue 3 seconds opening signals, are stopped
1 second, finally issue 4-6 seconds opening signals, valve wide open.Vice versa.
Spool is opened when which is primarily adapted for use in energization, and spring pushes spool to close the motor-driven valve resetted after power-off.This
Sample pushes counter motion by power transmission forward motion, spring to break, realizes that spool is flexible in opening procedure and opens.
Flexible switch mode, purpose are exactly to be moved back and forth by spool, make to be attached to spool face, or be stuck at spool
Impurity becomes to loosen, and prevents stuck, and in conjunction with the flowing of pipeline water, the impurity of loosening is washed away, spool is made to become flexible.
In addition the trigger condition that can also set flexible movement, such as sets motor-driven valve driving current detection circuit in input module,
In electronic valve events, only driving current is more than setting electric current, and just triggering uses flexible switch mode.
Or when motor-driven valve continues to stay open for N days or closed state；N is the integer or decimal greater than 1；Or it points to up to pre-
If time point, trigger flexible movement.
Number of repetition H1, H2, positive and negative actuation time t1-3, burst length t4-6 in flexible switch mode etc., can pass through
Input module setting, can also be directly fixed in control module.
The setting of motor-driven valve flexibility action parameter can be operated into parameter setting by any key combination on temperature control panel,
Into passing through increasing key 23 later, reduce key 24 and the settable number of repetition H1, H2 of other keys, positive and negative actuation time t1-3, arteries and veins
Rush time t4-6 equivalence.
Further, it can be operated into parameter setting by any three key combinations on temperature control panel, such as: it is being switched on
Under state, continuously mode key 21 is pressed more than three times in five seconds, then presses mode key 21 and increasing key 23 simultaneously to enter.
Further, it can be operated into parameter setting by any two key combination on temperature control panel, for example, pressing simultaneously
Firmly mode key 21 and entrance in increasing key 23 5 seconds；Or wind speed key 22 and entrance in increasing key 23 5 seconds are pinned simultaneously；Or continuously press mould
Formula key 21 4 times, then continuously press and enter for wind speed key 22 4 times or other similar key combinations therewith.
Further, a period of time (i.e. long-pressing) entrance can be persistently pressed by the key of any one on temperature control panel, for example,
Sustained hold mode key 21 6 seconds, enter；Or enter within sustained hold wind speed key 22 6 seconds or other similar button operations therewith
Method.
Motor-driven valve flexibility movement setting function operates with for manager, and common air-conditioning user does not need using passing through
The combination button of above-mentioned various modes operates, and has not only avoided common air-conditioning user from arbitrarily entering, but also not will increase daily air-conditioning to make
With the complexity of operation.
Into after motor-driven valve flexibility parameter setting, former 35 show value of set temperature sign field is the display of time parameter t1-6
Area N, former 34 show value of room temperature sign field are the viewing area of motor-driven valve action frequency H1-H2；By mode key 21, time parameter
It flashes, by increasing key 23, reduces the modification of key 24, confirmed by wind speed key 22, then press wind speed key 22 switching time parameter；It presses again
Mode key 21, count parameter flashes, and by increasing key 23, reduces the modification of key 24, is confirmed by wind speed key 22, then press wind speed key
22 switching time parameters；Switch key 20 is pressed again, exits motor-driven valve parameter setting.
When temperature control panel be equipped with network interface, above-mentioned parameter can be set by computer remote.
Embodiment 3:
Difference with embodiment 1 is that on temperature control panel functional basis, increase can lock refrigeration minimum respectively
With the temperature lock function of heating peak.
After manager locks refrigeration minimum under temperature lock function, user adjusts set temperature in cooling mode
When, set temperature no longer reduces after reaching locking refrigeration minimum.Manager locks heating peak under temperature lock function
Afterwards, when user adjusts set temperature in a heating mode, set temperature no longer rises after reaching locking heating peak, thus
Prevent user by the too low or excessively high of temperature setting on the internal processes of temperature control panel.
Further, the parameter setting of locking temperature function can be operated by any key combination on temperature control panel,
Into passing through increasing key 23 later, reduce key 24 and N days settable duration of other keys, on-off times M, self-cleaning time point,
And the highest and lowest temperature value of locking.
Further, the parameter setting of locking temperature function can be operated by any three key combinations on temperature control panel into
Enter, such as: under open state, continuously mode key 21 is pressed more than three times in five seconds, then is pressed mode key 21 simultaneously and increased
Key 23 can enter.
Further, the parameter setting of locking temperature function can be operated by any two key combination on temperature control panel into
Enter, for example, pinning mode key 21 and entrance in increasing key 23 5 seconds simultaneously；Or pin simultaneously wind speed key 22 and increasing key 23 5 seconds into
Enter；Or it is continuous press mode key 21 4 times, then continuously press and enter for wind speed key 22 4 times or other similar key combinations therewith.
Further, when the parameter setting of locking temperature function persistently presses one section by any one key on temperature control panel
Between (i.e. long-pressing) enter, for example, sustained hold mode key 21 6 seconds, enter；Or sustained hold wind speed key 22 6 seconds, into temperature
Spend lock function；Or sustained hold increasing key 23 6 seconds, into temperature lock function；Or sustained hold switch key 20 6 seconds,
Into locking temperature mode or other similar button operation methods therewith.
Temperature lock function operates with for manager, and common air-conditioning user does not need using passing through above-mentioned various sides
The combination button of formula operates, and has not only avoided common air-conditioning user from arbitrarily entering temperature lock function, but also not will increase daily air-conditioning
Use the complexity of operation.
Into after the parameter setting of temperature lock function, there is refrigeration mode symbol and the setting temperature flashed in display screen at this time
Degree by increasing key 23 and reduces key 24, is set to the numerical value that manager wants, then presses the confirmation of wind speed key 22, set temperature
Stopping is flashed；The set temperature that mode key heating mode symbol occurs He flashes is pressed again, is set by increasing key 23, reduction key 24
Surely the numerical value that manager wants is arrived, then presses the confirmation of wind speed key 22, set temperature stopping is flashed.Switch key is pressed again, is exited
Setting.
Further, after the temperature control panel is exited by switch key, temperature control panel can be set by automatic Memory manager
The refrigeration minimum and heating peak of locking, and can simultaneously continue to save, it will not be lost because of power-off.
Further, the parameter setting of temperature lock function can also use computer remote by the network interface of temperature control panel
Setting.
Further, the infrared ray or wirelessly connect that the parameter setting of temperature lock function can also be configured by temperature control panel
Mouthful, it is arranged with remote controler.
Embodiment 4, the difference with embodiment 1, which are that the temperature control panel can be not only used for fan coil, can also be used in wind
Cabinet, such as the new blower of furred ceiling, furred ceiling wind cabinet.
Embodiment 5, the difference with embodiment 1 are that the temperature control panel is connected separately with cold water electrical valve and hot water electrical
Valve is such as applied to the fan coil of four-pipe system.
Embodiment 6, the difference with embodiment 1 are, comprising above-mentioned soft in the switch motion of the driving motor-driven valve of temperature control panel
Property on-off mode, while temperature control panel also have the function of said electric valve it is self-cleaning maintenance and above-mentioned temperature locking three kinds, or
The wherein combination of any two kinds of functions.
Further, the valve body of the motor-driven valve is two-port valve or triple valve；Spool is ball valve, shut-off valve or gate valve.
The above is only a preferred embodiment of the present invention, is not intended to restrict the invention, it is clear that those skilled in the art can
To carry out various changes, modification without departing from the spirit and scope of the present invention to the present invention.If to these modifications of the invention
Within the scope of the claims of the present invention and its equivalent technology with modification, it all belongs to the scope of protection of the present invention.
Claims (10)
1. a kind of self-cleaning controlling terminal of motor-driven valve, connect with motor-driven valve, the switch of motor-driven valve can control, which is characterized in that described
The self-cleaning controlling terminal of motor-driven valve has the self-cleaning program of motor-driven valve, and can set to self-cleaning trigger condition and automatically cleaning movement；When
When self-cleaning condition meets, the self-cleaning controlling terminal driving motor-driven valve of motor-driven valve makes automatically cleaning movement.
2. the self-cleaning controlling terminal of motor-driven valve according to claim 1, which is characterized in that the self-cleaning trigger condition refers to electricity
Dynamic valve stays open for lasting N days or closed state；N is the integer or decimal greater than 1；
Or the self-cleaning trigger condition refers to arrival preset time point；
Or after the self-cleaning trigger condition refers to that motor-driven valve works normally, it is in idle time point.
3. the self-cleaning controlling terminal of motor-driven valve according to claim 1, which is characterized in that the automatically cleaning movement refers to electronic
The state of valve is closed from reaching, or once to switch from closing to opening, after being switched even-times, then returns to original state.
4. the self-cleaning controlling terminal of motor-driven valve according to claim 1, which is characterized in that avoid multiple motor-driven valves while moving
It causes piping flow to be mutated, increases random time parameter S in the self-cleaning trigger condition, i.e., reached in the default starting time
Be delayed again afterwards the S time just start motor-driven valve automatically cleaning movement.
5. the self-cleaning controlling terminal of motor-driven valve according to claim 1, which is characterized in that the self-cleaning controlling terminal of motor-driven valve
Equipped with linkage signal output terminal, when motor-driven valve is water valve, linkage signal starts water pump simultaneously；Or when motor-driven valve is air valve
When, link signal booster air pump simultaneously；When motor-driven valve is oil path valve, linkage signal starts oil pump simultaneously；When motor-driven valve is wind
When valve, linkage signal starts blower simultaneously；When motor-driven valve is steam valve, linkage signal opens simultaneously vapour source.
6. the self-cleaning controlling terminal of motor-driven valve described in -5 according to claim 1, which is characterized in that the self-cleaning control of motor-driven valve is eventually
End is a kind of temperature control terminal, includes input module and display screen, wherein input module includes key.
7. the self-cleaning controlling terminal of motor-driven valve according to claim 6, which is characterized in that the key and display screen is one
The touch screen of body.
8. the self-cleaning controlling terminal of motor-driven valve according to claim 6, which is characterized in that by multiple existing on input module
The combination of key or long-pressing key, into the setting of the self-cleaning trigger condition.
9. the self-cleaning controlling terminal of motor-driven valve according to claim 6, which is characterized in that by being separately provided on input module
Locking key, into the setting of the self-cleaning trigger condition.
10. the self-cleaning controlling terminal of motor-driven valve according to claim 6, which is characterized in that the input module is equipped with network
Interface sets self-cleaning trigger condition by computer remote and automatically cleaning acts.
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811372212.7A CN109282453A (en) | 2018-11-18 | 2018-11-18 | A kind of self-cleaning controlling terminal of motor-driven valve |
| US17/285,094 US20220026089A1 (en) | 2018-11-18 | 2019-10-30 | Valve Control Method and Control Terminal |
| PCT/CN2019/114417 WO2020098500A1 (en) | 2018-11-18 | 2019-10-30 | Valve control method and control terminal |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811372212.7A CN109282453A (en) | 2018-11-18 | 2018-11-18 | A kind of self-cleaning controlling terminal of motor-driven valve |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109282453A true CN109282453A (en) | 2019-01-29 |
Family
ID=65175997
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811372212.7A Pending CN109282453A (en) | 2018-11-18 | 2018-11-18 | A kind of self-cleaning controlling terminal of motor-driven valve |
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| Country | Link |
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| CN (1) | CN109282453A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020098500A1 (en) * | 2018-11-18 | 2020-05-22 | 谢梦 | Valve control method and control terminal |
| CN112558538A (en) * | 2020-12-07 | 2021-03-26 | 四川技高禹圣仪表有限公司 | Wireless remote transmission valve control water meter system with valve maintenance function |
| CN112902363A (en) * | 2021-03-29 | 2021-06-04 | 张吉强 | Intelligent air purification equipment |
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| US20130160643A1 (en) * | 2011-12-22 | 2013-06-27 | Amerex Environmental Technologies, Inc. | Self cleaning sorbent injection lance |
| CN105222287A (en) * | 2015-11-16 | 2016-01-06 | 谢梦 | A kind of fan coiler temp. controlled panel with cleaning model |
| CN209371445U (en) * | 2018-11-18 | 2019-09-10 | 湖南同能机电科技有限公司 | A kind of self-cleaning controlling terminal of motor-driven valve |
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| EP0343998A1 (en) * | 1988-05-25 | 1989-11-29 | John M. Fuller Ltd | Water treatment systems |
| US20130160643A1 (en) * | 2011-12-22 | 2013-06-27 | Amerex Environmental Technologies, Inc. | Self cleaning sorbent injection lance |
| CN105222287A (en) * | 2015-11-16 | 2016-01-06 | 谢梦 | A kind of fan coiler temp. controlled panel with cleaning model |
| CN209371445U (en) * | 2018-11-18 | 2019-09-10 | 湖南同能机电科技有限公司 | A kind of self-cleaning controlling terminal of motor-driven valve |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020098500A1 (en) * | 2018-11-18 | 2020-05-22 | 谢梦 | Valve control method and control terminal |
| CN112558538A (en) * | 2020-12-07 | 2021-03-26 | 四川技高禹圣仪表有限公司 | Wireless remote transmission valve control water meter system with valve maintenance function |
| CN112902363A (en) * | 2021-03-29 | 2021-06-04 | 张吉强 | Intelligent air purification equipment |
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