CN102788406A - Humidifier, humidification system and control method of humidifier and humidification system - Google Patents
Humidifier, humidification system and control method of humidifier and humidification system Download PDFInfo
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- CN102788406A CN102788406A CN2011101328382A CN201110132838A CN102788406A CN 102788406 A CN102788406 A CN 102788406A CN 2011101328382 A CN2011101328382 A CN 2011101328382A CN 201110132838 A CN201110132838 A CN 201110132838A CN 102788406 A CN102788406 A CN 102788406A
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Abstract
The invention discloses a humidifier which comprises at least one humidification device externally connected with a water source, and a humidity control device, wherein a first pipeline flow control device is arranged on a pipeline of the humidification device externally connected with the water source; the humidity control device comprises a first processor, as well as a first input device and at least one first humidity sensor that are in signal connection with the first processor; and the first pipeline flow control device is in signal connection with the first processor. The humidifier can perform automatic intelligent control through the humidity control device, so as to keep the indoor humidity within a preset scope, avoid too high or low indoor humidity and correspondingly save energy sources. The invention further discloses a humidification system comprising the humidifier, and a control method for controlling the humidifier and the humidification system.
Description
Technical field
The present invention relates to the humidifying technology field, particularly a kind of humidifier the invention still further relates to a kind of humidification system of above-mentioned humidifier and control method of controlling said humidifier and humidification system respectively of comprising.
Background technology
The humidity of air all has significant effects, the higher or on the low side drawback that all exists of air humidity for preservation of health, indoor furniture or other article of human body etc.
At present, mainly there is the humidity problem of lower in the crowd for long-term use air-conditioning system or heating installation.Especially in the winter time between heating period, it is dry more that the indoor environment that script drying and air do not circulate basically becomes, and room relative humidity basically can be between 10-20%, and as far as human body, this is a dangerous environment (human body optimum humidity scope is 45-65%RH).
Room humidity is crossed low disease, the moisture of skin that can cause respiratory system and is run off, thereby quickens aging, the poor sleeping quality of skin, and in addition, furniture is out of shape because of moisture evaporation, also can produce a large amount of static.Yet indoor humidity can not be too low, can not be too high, and humidity is too high also to have harm such as growing mould easily.What the most often run in people's the life at present is the air humidity problem of lower mostly.
In order to improve air quality; Improve the humidity of air; Mainly improve indoor humidity in the prior art through humidifier work; Family expenses, commercialization and industrial several types are arranged at present, and the humidification form has ultrasonic type, directly evaporates (pure) type, electric heating type etc., and the humidification amount is then confirmed with adding wetted surface.With the ultrasonic humidifier is example, and ultrasonic humidifier adopts the ultrasonic wave high frequency oscillation, and making water fogging is ultramicron; Through aerophor, water smoke is diffused in the air, make negative oxygen ion with the humid air and that association is abundant; The ability fresh air; Improve health, change the scorching of heating installation in winter, build comfortable living environment.
Yet, though the application of above-mentioned humidification scheme is more extensive, also there is the following shortcoming:
At first, the use troublesome poeration of humidifier, its humidity control accuracy is not high enough, need regulate indoor humidity for perception through the people usually; Secondly, in daily use, maintenance, need regularly add water, regularly clean etc., maintenance program is loaded down with trivial details and be easy to generate potential safety hazard again;
Moreover the price of humidifier is also higher.
Therefore, how a kind of easy and simple to handle, regulation and control humidifier or humidification system accurate and with low cost being provided, is those skilled in the art's technical issues that need to address.
Summary of the invention
The objective of the invention is to; Operate and safeguard the defective of the cost of inconvenient, as can't to take into account humidity regulation and control precision and device to the damping device/humidification system of above-mentioned prior art; A kind of easy and simple to handle, regulation and control humidifier accurate and with low cost is provided, and this humidifier can keep indoor humidity to be in the preset humidity range through humidity conditioner automatically.The present invention also aims to, a kind of humidification system that comprises above-mentioned humidifier is provided.In addition, the present invention provides a kind of control method of controlling above-mentioned humidifier and humidification system respectively.
For reaching first purpose of the present invention; The present invention provides a kind of humidifier; The damping device and the humidity conditioner that comprise at least one external water source; The pipeline at the external water source of said damping device is provided with the first pipeline flow control device, and said humidity conditioner comprises first processor and first input unit and at least one first humidity sensor that are connected through the signal ways of connecting with said first processor respectively; The said first pipeline flow control device is connected through the signal ways of connecting with said first processor.
Preferably, the said first pipeline flow control device is electric flow control valve, magnetic valve or electrical ball valve.
This humidifier has damping device and humidity conditioner; The user can set required humidity value on humidity conditioner; When the humidity of humidity sensor detection was lower than the humidity value of setting, the output of humidity conditioner increased the signal of humidification amount to the first pipeline flow control device output of humidifier; When the humidity of humidity sensor detection was higher than the humidity value of setting, the output of humidity conditioner reduced the signal of humidification amount to the first pipeline flow control device output of humidifier.Then this humidifier can carry out automatic intelligent control through control panel, thereby keeps the indoor humidity constant state that is in according to the humidity of setting, and avoids indoor humidity too high or too low, correspondingly can also save the energy.
For reaching second purpose of the present invention, the present invention provides a kind of humidification system, comprises at least one humidifier and the water source that is communicated with said humidifier, and said humidifier is the described humidifier of technique scheme.
Preferably, said water source is family expenses supply and drain water system, air-conditioning system with water circulation pipeline or at least one fin, and the delivery port at said water source is communicated with at least one said humidifier.
Preferably; Said humidification system also comprises the thermal source that the import of said fin is communicated with; The pipeline that said fin is communicated with said thermal source is provided with the second pipeline flow control device; The said second pipeline flow control device comprises first temperature sensor and the flow controller of controlling through first temperature sensor, connects through mechanical connection or signal between said first temperature sensor and the flow controller.
Preferably, each said first processor, the first pipeline flow control device and the second pipeline flow control device all are connected through the signal ways of connecting with second processor of centralized control panel; Said centralized control panel also comprises second input unit that is connected with said second processor through the signal ways of connecting.
Preferably, said thermal source has thermal source control system, and said thermal source control system comprises thermal source outlet conduit control device, and said second processor is connected through the signal ways of connecting with said thermal source outlet conduit control device.
Preferably, also be provided with filter on the pipeline at the external water source of said damping device, said water source is family expenses supply and drain water system or air-conditioning system with water circulation pipeline, and said damping device connects with the pipeline that is communicated with said water source is soft.
In a kind of specific embodiment, the water inlet of humidifier is communicated with the delivery port of fin, and promptly its humidification water source directly from the water circulation of heating system, need not manually to add water, and is simple to operate, and the danger of having avoided lack of water to cause; In addition, can utilize the backwater waste heat of fin to improve the heat utilization efficiency of heating system and the efficient of damping device, reduce indoor thermic load.Preferably, can also indoor temperature, the humidity of Synchronization Control, and according to the quantity delivered of indoor temperature, the required thermal source discharge capacity control of humidity regulation thermal source, effectively energy savings.
For reaching the 3rd purpose of the present invention, the present invention provides a kind of control method of humidifier, and said humidifier is the described humidifier of technique scheme, may further comprise the steps:
11) preset humidity range in said first input unit;
12) said first humidity sensor obtains the indoor humidity value in real time, and is sent to said first processor;
13) said first processor is according to the indoor humidity calculated signals that receives and send out feedback signal, and when said indoor humidity value is in the preset humidity range, then said first processor does not outwards send any signal, and gets into step 13); When said indoor humidity value is higher than humidity range, then get into step 14); When said indoor humidity value is lower than humidity range, then get into step 15);
14) said first processor output reduces the said first pipeline flow control device that controls signal to of humidification amount discharging, and gets into step 13);
15) said first processor output improves the said first pipeline flow control device that controls signal to of humidification amount discharging, and gets into step 13).
Preferably, in step 14), said first processor is also exported and is reduced the said first pipeline flow control device of controlling signal to of the said first pipeline flow control device aperture;
In step 15), said first processor is also exported the said first pipeline flow control device that controls signal to that increases the said first pipeline flow control device aperture.
Then the control method of humidifier provided by the present invention can change the humidification amount discharging of control humidifier according to indoor humidity, keeps indoor humidity to be in the preset humidity range.
For reaching the 4th purpose of the present invention, the present invention provides a kind of control method of humidification system, and said humidification system is the described humidification system of technique scheme, may further comprise the steps:
101) preset humidity range in said first input unit;
102) said first humidity sensor obtains the indoor humidity value in real time and is sent to said first processor;
103) said first processor is according to the calculated signals that receives and send out feedback signal, and when said indoor humidity value is in the preset humidity range, then said first processor does not outwards send any signal, and gets into step 103); When said indoor humidity value is higher than humidity range, then get into step 104); When said indoor humidity value is lower than humidity range, then get into step 105);
104) said first processor output reduces the said first pipeline flow control device that controls signal to of humidification amount discharging, and gets into step 103);
105) said first processor output improves the said first pipeline flow control device that controls signal to of humidification amount discharging, and gets into step 103).
Preferably, said step 101) also comprise: preset temperature range in the said second pipeline flow control device and/or first input unit;
Said step 102) also comprise: said first temperature sensor obtains the indoor temperature value in real time and is sent to said flow controller and/or first processor;
Said step 103) also comprise: said first temperature sensor is according to the folding degree of the temperature signal that obtains in real time/said first processor according to the temperature signal control flow controller that receives; In the indoor temperature value is in preset temperature range; Then said first temperature sensor and/or first processor do not send any type of work order to flow controller, and get into step 103); When said indoor temperature value exceeds temperature range, then get into step 106); When said indoor temperature value is lower than temperature range, then get into step 107);
Step 106) said first temperature sensor and/or first processor send the work order that reduces the high temperature refrigerant input flow rate to flow controller, and get into step 103);
Step 107) said first temperature sensor and/or first processor send the work order that improves the high temperature refrigerant input flow rate to flow controller, and get into step 103).
Preferably, in step 104) in, said first processor is also exported and is reduced the said first pipeline flow control device of controlling signal to of the said first pipeline flow control device aperture;
In step 105) in, said first processor is also exported the said first pipeline flow control device that controls signal to that increases the said first pipeline flow control device aperture;
In step 106) in, said first temperature sensor and/or first processor are also exported work order to the said flow controller that reduces said flow controller aperture;
In step 107) in, said first temperature sensor and/or first processor are also exported work order to the said flow controller that increases said flow controller aperture.
For reaching the 5th purpose of the present invention, the present invention provides a kind of control method of humidification system, and said humidification system is the described humidification system of technique scheme, may further comprise the steps:
111) preset humidity range in each said first input unit and/or second input unit;
112) each said first humidity sensor obtains the indoor humidity value respectively in real time and is sent to connected first processor and/or second processor;
113) the said first processor and/or second processor are according to the calculated signals that receives and send out feedback signal; When said indoor humidity value is in the preset humidity range; The then said first processor and/or second processor outwards do not send any signal, and get into step 113); When said indoor humidity value exceeds humidity range, then get into step 114); When said indoor humidity value is lower than humidity range, then get into step 115);
Step 114) output of said first processor reduces the said first pipeline flow control device that controls signal to of humidification amount discharging, and gets into step 113);
Step 115) output of said first processor improves the said first pipeline flow control device that controls signal to of humidification amount discharging, and gets into step 113).
Preferably, said step 111) also comprise: preset temperature range in each said first input unit and/or said second processor and/or the second pipeline flow control device;
Said step 112) also comprise: said first temperature sensor obtains the indoor temperature value in real time and is sent to said first processor and/or second processor and/or flow controller;
Said step 113) also comprise: the said first processor and/or second processor are according to the folding degree of the signal that receives/said first temperature sensor according to the temperature signal control flow controller that obtains in real time; When said indoor temperature value is in the preset temperature range; The then said first processor and/or second processor and/or first temperature sensor do not send any type of work order to flow controller, and get into step 113); When said indoor temperature value exceeds temperature range, then get into step 116); When said indoor temperature value is lower than temperature range, then get into step 117);
Step 116) the said first processor and/or second processor and/or first temperature sensor send the work order that reduces the high temperature refrigerant input flow rate to flow controller, and get into step 113);
Step 117) the said first processor and/or second processor and/or first temperature sensor send the work order that improves the high temperature refrigerant input flow rate to flow controller, and get into step 113).
Preferably, said step 113) also comprise: said second processor is according to the said thermal source control of the real time temperature signal controlling of the feedback of coming first temperature sensor system;
When indoor temperature in setting range, said second processor does not outwards send any signal, and gets into step 113); When indoor temperature is higher than setting range, and get into step 118); When indoor and outdoor temperature is lower than setting range, and get into step 119);
Step 118) said second processor sends the signal that reduces the high temperature refrigerant output quantity to said thermal source control system, and gets into step 113);
Step 119) said second processor sends the signal that increases the high temperature refrigerant output quantity to said thermal source control system, and gets into step 113).
Preferably, in step 114) in, the said first processor and/or second processor are also exported and are reduced the said first pipeline flow control device of controlling signal to of the said first pipeline flow control device aperture;
In step 115) in, the said first processor and/or second processor are also exported the said first pipeline flow control device that controls signal to that increases the said first pipeline flow control device aperture;
In step 116, the said first processor and/or second processor and/or first temperature sensor are also exported work order to the said flow controller that reduces said flow controller aperture;
In step 117, the said first processor and/or second processor and/or first temperature sensor are also exported work order to the said flow controller that increases said flow controller aperture;
In step 118) in, said second processor is also exported and is reduced the said thermal source outlet conduit control device of controlling signal to of said thermal source outlet conduit control device aperture;
In step 119) in, said second processor is also exported the said thermal source outlet conduit control device that controls signal to that increases said thermal source outlet conduit control device aperture.
The control method of the humidification system that this invention provided can be according to the humidity value and the humidity value of temperature and humidity sensor detection, and the control thermal source is to the heat supply of fin and the discharging of humidification amount.Thereby regulate indoor temperature and indoor humidity automatically to the temperature and humidity scope of setting, and regulate the thermal source quantity delivered according to indoor temperature, the required thermal source discharge capacity of humidity regulation.Promptly this control method can make indoor constant temperature and humidity state and the effective energy savings of being in.
Description of drawings
Fig. 1-1 is the principle schematic of a kind of specific embodiment of humidifier provided by the present invention;
Fig. 1-2 is the principle schematic of the humidity conditioner of a kind of specific embodiment of humidifier provided by the present invention;
Fig. 2 is the principle schematic one of first kind of specific embodiment of humidification system provided by the present invention;
Fig. 3 is the principle schematic two of first kind of specific embodiment of humidification system provided by the present invention;
Fig. 4-1 is the principle schematic of second kind of specific embodiment of humidification system provided by the present invention;
Fig. 4-2 is the principle schematic of the centralized control panel of second kind of specific embodiment of humidification system provided by the present invention;
Fig. 5 is the principle schematic of the third specific embodiment of humidification system provided by the present invention.
The specific embodiment
One of core of the present invention provides a kind of humidifier, and this humidifier can keep constant humidity automatically through humidity conditioner.Two of core of the present invention provides a kind of humidification system that comprises above-mentioned humidifier.Three of core of the present invention is control methods that above-mentioned humidifier and humidification system are provided respectively.
In order to make those skilled in the art understand technical scheme of the present invention better, the present invention is done further detailed description below in conjunction with accompanying drawing and specific embodiment.
Please refer to Fig. 1-1 and Fig. 1-2, Fig. 1-1 is the principle schematic of a kind of specific embodiment of humidifier provided by the present invention.
Humidifier 1 also comprises humidity conditioner 13; Humidity conditioner 13 comprises first processor 131 and is connected through the signal ways of connecting with said first processor 131 with at least one first humidity sensor, 133, the first pipeline flow control device 12 through first input unit 132 that the signal ways of connecting is connected with said first processor 131 respectively.Be that the keying of humidifier 1 and the adjusting of humidification amount are controlled according to the humidity feedback signal of first humidity sensor 133 by humidity conditioner 13.In the present embodiment; Humidity conditioner 13 can be the control panel shown in Fig. 1; The user sets required humidity value on control panel, when the humidity that detects when humidity sensor was lower than the humidity value of setting, the output of control panel was to the keying control interface output start signal of humidifier 1 and control the discharging of its humidification amount; Humidification work is carried out in humidifier 1 operation; When the humidity of humidity sensor detection is higher than the humidity value of setting; According to the concrete number range that exceeds; The output of control panel reduces the signal of humidification amount discharging to the humidification control interface output of humidifier 1; When the numerical value that exceeds is too high, directly export the signal that damping device 11 is closed in the humidifier 1, make humidifier 1 out of service.Then this humidifier 1 can carry out accurate automatic intelligent control through control panel 13, thereby keeps the indoor humidity constant state that is in according to the humidity of setting, and avoids indoor humidity too high or too low, correspondingly can also save the energy.
In another kind of specific embodiment, the first pipeline flow control device 12 that is provided with on the pipeline at damping device 11 external water sources can be electric flow control valve, magnetic valve or electrical ball valve.Then the water inlet 114 of damping device 11 is communicated with through the first pipeline flow control device 12 with the water source, and the signal input part of the first pipeline flow control device 12 is connected with the output of humidity conditioner 13.When the humidity of first humidity sensor, 133 detections is lower than setting value; Humidity conditioner 13 is to the first pipeline flow control device, 12 output start signal; And control the valve port opening size of the first pipeline flow control device 12 according to the humidity range of concrete reception; Then the first pipeline flow control device 12 is in conducting state, and current get into humidifier 1 inside, simultaneously; Humidity conditioner 13 output control signal corresponding are opened humidifier 1 and are controlled the humidification amount discharging of damping device 11, and then humidifier 1 beginning is according to the humidification discharge capacity operation work of control; When the humidity of first humidity sensor, 133 detections is higher than setting value; Humidity conditioner 13 reduces the signal of valve port opening to 12 outputs of the first pipeline flow control device; When humidity is too high, directly export the signal of valve-off, the first pipeline flow control device 12 is in off-state; Thereby block the path of water source and humidifier 1, control panel 13 is correspondingly regulated and control humidifier 1 simultaneously.
Humidifier 1 is communicated with the water source through the first pipeline flow control device 12, can realize the instant humidification of humidifier 1, and the current that promptly get in the humidifier 1 are all handled back row in air through damping device 11; When humidifier 1 quits work, the anhydrous humidifier 1 that flows into, then humidifier 1 need not water; Thereby; Humidifier 1 can omit the setting of water tank, can reduce the overall volume of humidifier 1, is convenient to settle again convenient processing; And, avoided problems such as humidification water pollution that the water tank water caused, bacteria breed; Certainly, also can keep the water tank of humidifier 1, when the water source is arranged, conveniently take off and save the space, during no water source, can continue use, thereby make that the scope of application of humidifier 1 is more extensive.The first pipeline flow control device 12 can be located at outward on the path at humidifier 1 and water source, also can be integrated into the inside of damping device 11, for the ease of the processing of humidifier 1, preferably takes the mode of the external first pipeline flow control device 12; In addition, the first pipeline flow control device 12 is regulated and control by humidity conditioner 13 with damping device 11, thereby has realized the dual regulation of humidification amount discharging.
Can also the automatic water inlet valve door be set at water inlet 114 places of humidifier 1; When the water inlet in getting into humidifier 1 highly surpassed designated water level, valve was closed automatically, such as; Valve is in open mode under spring action; When water inlet highly reached setting height, hydraulic pressure can overcome spring force just valve is pressed to closed condition, also has other forms of automatic water inlet valve door certainly.Then the automatic water inlet valve door can make humidifier 1 omit water tank equally or reduce the volume of water tank, and its control accuracy is also inferior to motor-operated control valve.
The control method of above-mentioned humidifier may further comprise the steps:
Step 1) preset humidity range in first input unit 132;
Step 2) first humidity sensor 133 obtains the indoor humidity value in real time, and is sent to first processor 131;
Step 3) first processor 131 is according to the indoor humidity calculated signals that receives and send out feedback signal, and in the indoor humidity value was in preset humidity range, then first processor 131 did not outwards send any signal, and got into step 3); When the indoor humidity value is higher than humidity range, then get into step 4; When the indoor humidity value is lower than humidity range, then get into step 5);
Step 4) first processor 131 outputs reduce by the first pipeline flow control device 12 that controls signal to of humidification amount discharging, and get into step 3);
Preferably, in step 4) in, first processor 131 is also exported the first pipeline flow control device 12 that controls signal to that reduces the first pipeline flow control device, 12 apertures.Promptly the first pipeline flow control device 12 both can also change self aperture size according to the discharging of the signal controlling humidification amount that receives, thus the control flow of inlet water.
Step 5) first processor 131 outputs improve the first pipeline flow control device 12 that controls signal to of humidification amount discharging, and get into step 3); Preferably, in step 5) in, first processor 131 is also exported the first pipeline flow control device 12 that controls signal to that increases the first pipeline flow control device, 12 apertures.
Except above-mentioned humidifier, the present invention also provides a kind of humidification system, comprises humidifier and water source, and said humidifier is the described humidifier of above-mentioned arbitrary embodiment.Because above-mentioned humidifier has above-mentioned technique effect, the humidification system with above-mentioned humidifier 1 also has constructed effect, does not give unnecessary details at this.
Please refer to Fig. 2, Fig. 2 is the principle schematic one of first kind of specific embodiment of humidification system provided by the present invention.
Particularly, the humidification system of present embodiment comprises at least one humidifier 1 and the water source that is communicated with humidifier 1.The water source of humidification system can be: the fin 3 in family expenses supply and drain water system, air-conditioning system with water circulation pipeline or the domestic heating system.Existing is the system that example is told about present embodiment with fin 3:
Hot water flows out from fin 3 delivery ports, and the humidifier 1 in the humidification system can be the water source with fin 3, and the water inlet 114 of humidifier 1 is communicated with the delivery port of fin 3, and then current get in the humidifier 1 under the pipeline pressure effect automatically.Same as the previously described embodiments, current can flow in the humidifier 1 through the first pipeline flow control device 12.
Preferably; The humidification system of present embodiment also comprises the thermal source 6 that is communicated with the import of said fin 3; The pipeline that fin 3 is communicated with thermal source 6 is provided with the second pipeline flow control device 4; The second pipeline flow control device 4 comprises between first temperature sensor 401 and flow controller 402, the first temperature sensors 401 through the control of first temperature sensor 401 and the flow controller 402 and connecting through mechanical connection or signal.
Wherein flow controller 402 can be: flow control valve, two-port valve or ball valve etc. can be that mechanical system drives, and also can be that signal drives.
The second pipeline flow control device 4 and humidity conditioner 13 no annexations shown in Figure 2 can be through the folding degree of first temperature sensor, 401 control flow controllers 402.Preferably, flow controller 402 can also be controlled its folding degree through the mode of Long-distance Control.
Concrete, please refer to Fig. 3, Fig. 3 is the principle schematic two of first kind of specific embodiment of humidification system provided by the present invention.
In this embodiment, the second pipeline flow control device 4 of the water inlet of fin 3 and humidity conditioner 13 are connected through signal.Thus, both can on the second pipeline flow control device 4, directly set temperature required scope, the second pipeline flow control device 4 can be responded to indoor temperature automatically, automatically adjusts according to predefined temperature range, makes the indoor constant temperature of keeping.Can also be on humidity conditioner 13 long-range design temperature scope, and according to the folding degree of the temperature signal control flow controller 402 of first temperature sensor, 401 feedbacks.
In addition; Can mounting filtering device 2 in fin 3 delivery ports and pipeline that humidifier 1 water inlet 114 is communicated with, such as y-type filter, can prevent that impurity such as ducted iron rust from getting into humidifier 1; Guarantee the water quality of water inlet; In fact, for all embodiment of the present invention, all filter 2 can be set in the inlet channel of humidifier 1.
In addition, if fin 3 concealed installations in indoor, when then settling humidifier 1; Also can take the mode of concealed installation; Avoid influencing indoor outward appearance, save the space, make the outlet of the humidifier 1 of concealed installation connect heat-preserving hose; Through special exhaust outlet moisture is arranged to the indoor humidification that carries out, this scheme optimization adopts the small size humidifier 1 that omits water tank among the present invention.
The humidification water source of humidifier 1 directly from the water circulation of heating system, need not manually to add water in this embodiment, and is simple to operate, and the danger of having avoided lack of water to cause; In addition, can utilize the backwater waste heat of fin 3 to improve the heat utilization efficiency of heating system and the efficient of damping device 11, reduce indoor thermic load.
The control method of the humidification system of present embodiment may further comprise the steps:
Step 1) preset humidity range in first input unit 132; Preferably, step 1) also comprise: preset temperature range in the second pipeline flow control device 4 and/or first input unit 132;
Step 2) first humidity sensor 133 obtains the indoor humidity value in real time and is sent to first processor 131; Preferably, step 2) also comprise: first temperature sensor 401 obtains the indoor temperature value in real time and is sent to flow controller 402 and/or first processor 131;
Step 3) first processor 131 is according to the calculated signals that receives and send out feedback signal, and in the indoor humidity value was in preset humidity range, then first processor 131 did not outwards send any signal, and got into step 3); When the indoor humidity value is higher than humidity range, then get into step 4); When the indoor humidity value is lower than humidity range, then get into step 5);
Preferably; Step 3) also comprise: first temperature sensor 401 is according to the folding degree of the temperature signal/first processor that obtains in real time 131 according to the temperature signal control flow controller 402 that receives; In the indoor temperature value is in preset temperature range; Then first temperature sensor 401 and/or first processor 131 do not send any type of work order to flow controller 402, and get into step 3); When the indoor temperature value exceeds temperature range, then get into step 6); When the indoor temperature value is lower than temperature range, then get into step 7);
Step 4) first processor 131 outputs reduce by the first pipeline flow control device 102 that controls signal to of humidification amount discharging, and get into step 3); Preferably, in step 4) in, first processor 131 is also exported the first pipeline flow control device 12 that controls signal to that reduces the first pipeline flow control device, 12 apertures;
Step 5) first processor 131 outputs improve the first pipeline flow control device 102 that controls signal to of humidification amount discharging, and get into step 3); Preferably, in step 5) in, first processor 131 is also exported the first pipeline flow control device 12 that controls signal to that increases the first pipeline flow control device, 12 apertures;
Step 6) first temperature sensor 401 and/or first processor 131 send the work order that reduces the high temperature refrigerant input flow rate to flow controller 402, and get into step 3); Preferably, in step 6) in, first temperature sensor 401 and/or first processor 131 are also exported work order to the flow controller 402 that reduces flow controller 402 apertures; Be that flow controller 402 can carry out self adjusting according to the signal of first temperature sensor, 401 inputs, and/or realize remote adjustment through first processor 131.
Step 7) first temperature sensor 401 and/or first processor 131 send the work order that improves the high temperature refrigerant input flow rate to flow controller 402, and get into step 3); Preferably, in step 7) in, first temperature sensor 401 and/or first processor 131 are also exported work order to the flow controller 402 of augmented flow controller 402 apertures.
Please refer to Fig. 4-1 and Fig. 4-2, Fig. 4-1 is the principle schematic of the third specific embodiment of humidification system provided by the present invention; Fig. 4-2 is the principle schematic of the centralized control panel of second kind of specific embodiment of humidification system provided by the present invention.
Further; The number of fin 3 is more than one; Go for small-sized household or commercial heating system; Each fin 3 correspondence is provided with more than one humidifier 1, and each first processor 131, the first pipeline flow control device 12 and the second pipeline flow control device 4 are connected through the signal ways of connecting with second processor 501 of centralized control panel 5 respectively.Centralized control panel 5 also comprises second input unit 502 that is connected with second processor 501 respectively through the signal ways of connecting.
Centralized control panel 5 can also be connected the discharge capacity of control thermal source 6 through the signal ways of connecting with the thermal source control system 8 of thermal source 6.Humidification system in this embodiment can be arranged at different rooms with each humidifier 1 and supporting fin 3, thereby constitutes family expenses or commercial humidification system.The humidifier 1 that adopts a centralized control panel 5 can unify to control in each room carries out humidification respectively, and is easy and simple to handle, realizes easily.And, the second pipeline flow control device 4 is connected with centralized control panel 5, temperature range that can the long-range setting second pipeline flow control device 4 is so that actual controlling.And single room is provided with independent humidity conditioner 13, and centralized control panel 5 does not hinder each humidity conditioner 13 to control separately according to actual needs in centralized and unified control; In addition; Centralized control panel 5 in this humidification system is connected with thermal source 6; When first temperature sensor, 401 detected temperatures surpassed setting value, centralized control panel 5 can reduce thermal source 6 discharge capacitys or directly close thermal source 6, can save the energy when making environment keep constant temperature; Certainly, this kind advantage embodies when having independent thermal source 6.
The control method of the humidification system of present embodiment may further comprise the steps:
Step 1) preset humidity range in each first input unit 132 and/or second input unit 502; Preferably, step 1) also comprise: preset temperature range in each first input unit 132 and/or second processor 501 and/or the second pipeline flow control device 4;
Step 2) each first humidity sensor 133 obtains the indoor humidity value respectively in real time and is sent to connected first processor 131 and/or second processor 501; Preferably, step 2) also comprise: first temperature sensor 401 obtains the indoor temperature value in real time and is sent to first processor 131 and/or second processor 501 and/or flow controller 402;
Step 3) first processor 131 and/or second processor 501 are according to the calculated signals that receives and send out feedback signal; In the indoor humidity value is in preset humidity range; Then the first processor 131 and/or second processor 501 outwards do not send any signal, and get into step 3); When the indoor humidity value exceeds humidity range, then get into step 4); When the indoor humidity value is lower than humidity range, then get into step 5);
Preferably; Step 3) also comprise: the first processor 131 and/or second processor 501 are according to the folding degree of the signal that receives/first temperature sensor 401 according to the temperature signal control flow controller 402 that obtains in real time; In the indoor temperature value is in preset temperature range; Then the first processor 131 and/or second processor 501 and/or first temperature sensor 401 do not send any type of work order to flow controller 402, and get into step 3); When the indoor temperature value exceeds temperature range, then get into step 6); When the indoor temperature value is lower than temperature range, then get into step 7);
Preferably; Step 3) also comprise: second processor 501 is according to the real time temperature signal controlling thermal source control system 8 of the feedback of coming first temperature sensor 401; When indoor temperature in setting range, second processor 501 does not outwards send any signal, and gets into step 3); When indoor temperature is higher than setting range, and get into step 8); When indoor and outdoor temperature is lower than setting range, and get into step 9);
Step 4) first processor 131 outputs reduce controlling signal to the first pipeline flow control device 12 and getting into step 3 of humidification amount discharging); Preferably, in step 4) in, the first processor 131 and/or second processor 501 are also exported the first pipeline flow control device 12 that controls signal to that reduces the first pipeline flow control device, 12 apertures;
Step 5) first processor 131 outputs improve controlling signal to the first pipeline flow control device 12 and getting into step 3 of humidification amount discharging); Preferably, in step 5) in, the first processor 131 and/or second processor 501 are also exported the first pipeline flow control device 12 that controls signal to that increases the first pipeline flow control device, 12 apertures;
Step 6) first processor 131 and/or second processor 501 and/or first temperature sensor 401 send the work order that reduces the high temperature refrigerant input flow rate to flow controller 402, and get into step 3); Preferably, in step 6) in, the first processor 131 and/or second processor 501 and/or first temperature sensor 401) also output reduce work order to the flow controller 402 of flow controller 402 apertures;
Step 7) first processor 131 and/or second processor 501 and/or first temperature sensor 401 send the work order that improves the high temperature refrigerant input flow rate to flow controller 402, and get into step 3); Preferably, in step 7) in, the first processor 401 and/or second processor 501 and/or first temperature sensor 401 are also exported work order to the flow controller 402 of augmented flow controller 402 apertures.
Step 8) second processor, 501 thermotropism source control systems 8 send the signal that reduces the high temperature refrigerant output quantity, and get into step 3); Preferably, in step 8) in, second processor 501 also export reduce thermal source outlet conduit control device 801 apertures control signal to thermal source outlet conduit control device 801;
Step 9) second processor, 501 thermotropism source control systems 8 send the signal that increases the high temperature refrigerant output quantity, and get into step 3); Preferably, in step 9) in, second processor 501 also export increase thermal source outlet conduit control device 801 apertures control signal to thermal source outlet conduit control device 801.
Please refer to Fig. 5, Fig. 5 is the structural representation of the 4th kind of specific embodiment of humidification system provided by the present invention.
The water source that is communicated with humidifier 1 water inlet 114 in this humidification system can also be a family expenses supply and drain water system 9; Then the installation of humidifier 1 is more flexible; The water source is more stable and sufficient, as shown in Figure 5, and a plurality of humidifiers 1 all are connected with unified supply and drain water system pipeline.The water source also can be the air-conditioning system with water circulation pipeline, is about to humidifier 1 and connects the use of fill cycle air-conditioning system, thereby enlarge the scope of application of humidifier 1.
For above-mentioned each embodiment, the water inlet 114 of humidifier 1 all can carry out soft connecing through soft joint 113 with the pipeline that is communicated with the water source.Humidifier 1 adopts the soft mode that connects to be connected with pipeline, and then the arrangement of humidifier 1 is comparatively flexible.Can process special putting by mounting at the back of humidifier 1, then humidifier 1 can be by being hung on wall, kitchen wall or other positions, thus be convenient to humidifier 1 carry out regular maintenance with and the replacing of self-filtering device.
Control to the pipeline flow control device is also identical with the principle of above-mentioned humidifier control method.
In addition, about the control method of above-mentioned humidifier control method and humidification system, its specific embodiment also has embodiment in the embodiment of humidifier and humidification system, do not give unnecessary details at this.
More than a kind of humidification system provided by the present invention and humidifier thereof have been carried out detailed introduction.Used concrete example among this paper principle of the present invention and embodiment are set forth, the explanation of above embodiment just is used for helping to understand method of the present invention and core concept thereof.Should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the principle of the invention, can also carry out some improvement and modification to the present invention, these improvement and modification also fall in the protection domain of claim of the present invention.
Claims (17)
1. humidifier; It is characterized in that; The damping device (11) and the humidity conditioner (13) that comprise at least one external water source; The pipeline at the external water source of said damping device (11) is provided with the first pipeline flow control device (12), and said humidity conditioner (13) comprises first processor (131) and first input unit (132) and at least one first humidity sensor (133) that are connected through the signal ways of connecting with said first processor (131) respectively; The said first pipeline flow control device (12) is connected through the signal ways of connecting with said first processor (131).
2. humidifier according to claim 1 is characterized in that, the said first pipeline flow control device (12) is electric flow control valve, magnetic valve or electrical ball valve.
3. a humidification system comprises at least one humidifier (1) and the water source that is communicated with said humidifier (1), it is characterized in that, said humidifier (1) is claim 1 or 2 described humidifiers (1).
4. described humidification system according to claim 3 is characterized in that, said water source is family expenses supply and drain water system (9), air-conditioning system with water circulation pipeline or at least one fin (3), and the delivery port at said water source is communicated with at least one said humidifier (1).
5. humidification system according to claim 4; It is characterized in that; Said humidification system also comprises the thermal source (6) that is communicated with the import of said fin (3); The pipeline that said fin (3) is communicated with said thermal source (6) is provided with the second pipeline flow control device (4); The said second pipeline flow control device (4) comprises first temperature sensor (401) and the said flow controller of controlling through said first temperature sensor (401) (402), connects through mechanical connection or signal between said first temperature sensor (401) and the said flow controller (402).
6. humidification system according to claim 5; It is characterized in that each said first processor (131), the said first pipeline flow control device (12) and the said second pipeline flow control device (4) all are connected through the signal ways of connecting with second processor (501) of centralized control panel (5); Said centralized control panel (5) also comprises second input unit (502) that is connected with said second processor (501) through the signal ways of connecting.
7. humidification system according to claim 6; It is characterized in that; Said thermal source (6) has thermal source control system (8); Said thermal source control system (8) comprises thermal source outlet conduit control device (801), and said second processor (501) is connected through the signal ways of connecting with said thermal source outlet conduit control device (801).
8. according to each described humidifier of claim 3 to 7, it is characterized in that also be provided with filter (2) on the pipeline at the external water source of said damping device (11), said damping device (11) connects with the pipeline that is communicated with said water source is soft.
9. the control method of a humidifier, said humidifier is claim 1 or 2 described humidifiers, it is characterized in that, may further comprise the steps:
11) preset humidity range in said first input unit (132);
12) said first humidity sensor (133) obtains the indoor humidity value in real time, and is sent to said first processor (131);
13) said first processor (131) is according to the indoor humidity calculated signals that receives and send out feedback signal, and when said indoor humidity value is in the preset humidity range, then said first processor (131) does not outwards send any signal, and gets into step 13); When said indoor humidity value is higher than humidity range, then get into step 14); When said indoor humidity value is lower than humidity range, then get into step 15);
14) said first processor (131) output reduces the said first pipeline flow control device (12) that controls signal to of humidification amount discharging, and gets into step 13);
15) said first processor (131) output improves the said first pipeline flow control device (12) that controls signal to of humidification amount discharging, and gets into step 13).
10. the control method of humidifier according to claim 9 is characterized in that,
In step 14), said first processor (131) is also exported and is reduced the said first pipeline flow control device (12) of controlling signal to of said first pipeline flow control device (12) aperture;
In step 15), said first processor (131) is also exported the said first pipeline flow control device (12) that controls signal to that increases said first pipeline flow control device (12) aperture.
11. the control method of a humidification system, said humidification system are the described humidification system of claim 5, it is characterized in that, may further comprise the steps:
101) preset humidity range in said first input unit (132);
102) said first humidity sensor (133) obtains the indoor humidity value in real time and is sent to said first processor (131);
103) said first processor (131) is according to the calculated signals that receives and send out feedback signal, and when said indoor humidity value is in the preset humidity range, then said first processor (131) does not outwards send any signal, and gets into step 103); When said indoor humidity value is higher than humidity range, then get into step 104); When said indoor humidity value is lower than humidity range, then get into step 105);
104) said first processor (131) output reduces the said first pipeline flow control device (12) that controls signal to of humidification amount discharging, and gets into step 103);
105) said first processor (131) output improves the said first pipeline flow control device (12) that controls signal to of humidification amount discharging, and gets into step 103).
12. the control method of humidifier according to claim 11 is characterized in that,
Said step 101) also comprises: preset temperature range in said second pipeline flow control device (4) and/or first input unit (132);
Said step 102) also comprise: said first temperature sensor (401) obtains the indoor temperature value in real time and is sent to said flow controller (402) and/or first processor (131);
Said step 103) also comprise: said first temperature sensor (401) is according to the folding degree of the temperature signal that obtains in real time/said first processor (131) according to the temperature signal control flow controller (402) that receives; In the indoor temperature value is in preset temperature range; Then said first temperature sensor (401) and/or first processor (131) do not send any type of work order to flow controller (402), and get into step 103); When said indoor temperature value exceeds temperature range, then get into step 106); When said indoor temperature value is lower than temperature range, then get into step 107);
Step 106) said first temperature sensor (401) and/or first processor (131) send the work order that reduces the high temperature refrigerant input flow rate to flow controller (402), and get into step 103);
Step 107) said first temperature sensor (401) and/or first processor (131) send the work order that improves the high temperature refrigerant input flow rate to flow controller (402), and get into step 103).
13. the control method of humidification system according to claim 12 is characterized in that,
In step 104) in, said first processor (131) is also exported and is reduced the said first pipeline flow control device (12) of controlling signal to of said first pipeline flow control device (12) aperture;
In step 105) in, said first processor (131) is also exported the said first pipeline flow control device (12) that controls signal to that increases said first pipeline flow control device (12) aperture;
In step 106) in, said first temperature sensor (401) and/or first processor (131) are also exported work order to the said flow controller (402) that reduces said flow controller (402) aperture;
In step 107) in, said first temperature sensor (401) and/or first processor (131) are also exported work order to the said flow controller (402) that increases said flow controller (402) aperture.
14. the control method of a humidification system, said humidification system are the described humidification system of claim 7, it is characterized in that, may further comprise the steps:
111) preset humidity range in each said first input unit (132) and/or second input unit (502);
112) each said first humidity sensor (133) obtains the indoor humidity value respectively in real time and is sent to connected first processor (131) and/or second processor (501);
113) said first processor (131) and/or second processor (501) are according to the calculated signals that receives and send out feedback signal; When said indoor humidity value is in the preset humidity range; Then said first processor (131) and/or second processor (501) outwards do not send any signal, and get into step 113); When said indoor humidity value exceeds humidity range, then get into step 114); When said indoor humidity value is lower than humidity range, then get into step 115);
114) said first processor (131) output reduces the said first pipeline flow control device (12) that controls signal to of humidification amount discharging, and gets into step 113);
115) said first processor (131) output improves the said first pipeline flow control device (12) that controls signal to of humidification amount discharging, and gets into step 113).
15. the control method of humidification system according to claim 14 is characterized in that,
Said step 111) also comprises: preset temperature range in each said first input unit (132) and/or said second processor (501) and/or the second pipeline flow control device (4);
Said step 112) also comprise: said first temperature sensor (401) obtains the indoor temperature value in real time and is sent to said first processor (131) and/or second processor (501) and/or flow controller (402);
Said step 113) also comprise: said first processor (131) and/or second processor (501) are according to the folding degree of the signal that receives/said first temperature sensor (401) according to the temperature signal control flow controller (402) that obtains in real time; When said indoor temperature value is in the preset temperature range; Then said first processor (131) and/or second processor (501) and/or first temperature sensor (401) do not send any type of work order to flow controller (402), and get into step 113); When said indoor temperature value exceeds temperature range, then get into step 116); When said indoor temperature value is lower than temperature range, then get into step 117);
Step 116) said first processor (131) and/or second processor (501) and/or first temperature sensor (401) send the work order that reduces the high temperature refrigerant input flow rate to flow controller (402), and get into step 113);
Step 117) said first processor (131) and/or second processor (501) and/or first temperature sensor (401) send the work order that improves the high temperature refrigerant input flow rate to flow controller (402), and get into step 113).
16. the control method according to claim 14 or 15 described humidification systems is characterized in that,
Said step 113) also comprise: said second processor (501) is according to the said thermal source control of the real time temperature signal controlling of the feedback of coming first temperature sensor (401) system (8);
When indoor temperature in setting range, said second processor (501) does not outwards send any signal, and gets into step 113); When indoor temperature is higher than setting range, and get into step 118); When indoor and outdoor temperature is lower than setting range, and get into step 119);
Step 118) said second processor (501) sends the signal that reduces the high temperature refrigerant output quantity to said thermal source control system (8), and gets into step 113);
Step 119) said second processor (501) sends the signal that increases the high temperature refrigerant output quantity to said thermal source control system (8), and gets into step 113).
17. the control method of humidification system according to claim 16 is characterized in that,
In step 114) in, said first processor (131) and/or second processor (501) are also exported and are reduced the said first pipeline flow control device (12) of controlling signal to of said first pipeline flow control device (12) aperture;
In step 115) in, said first processor (131) and/or second processor (501) are also exported the said first pipeline flow control device (12) that controls signal to that increases said first pipeline flow control device (12) aperture;
In step 116) in, said first processor (131) and/or second processor (501) and/or first temperature sensor (401) are also exported work order to the said flow controller (402) that reduces said flow controller (402) aperture;
In step 117) in, said first processor (401) and/or second processor (501) and/or first temperature sensor (401) are also exported work order to the said flow controller (402) that increases said flow controller (402) aperture;
In step 118) in, said second processor (501) also export reduce said thermal source outlet conduit control device (801) aperture control signal to said thermal source outlet conduit control device (801);
In step 119) in, said second processor (501) also export increase said thermal source outlet conduit control device (801) aperture control signal to said thermal source outlet conduit control device (801).
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