CN105937806A - Control method of hot water mat capable of separate heating - Google Patents
Control method of hot water mat capable of separate heating Download PDFInfo
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- CN105937806A CN105937806A CN201610118360.0A CN201610118360A CN105937806A CN 105937806 A CN105937806 A CN 105937806A CN 201610118360 A CN201610118360 A CN 201610118360A CN 105937806 A CN105937806 A CN 105937806A
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- Prior art keywords
- area
- hot water
- valve
- temperature
- water
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24H—FLUID HEATERS, e.g. WATER OR AIR HEATERS, HAVING HEAT-GENERATING MEANS, e.g. HEAT PUMPS, IN GENERAL
- F24H9/00—Details
- F24H9/20—Arrangement or mounting of control or safety devices
- F24H9/2007—Arrangement or mounting of control or safety devices for water heaters
Abstract
The invention discloses a control method of hot water mat capable of separate heating, which allows hot water heated by a heater of a boiler portion to be circularly supplied to a plurality of disperse areas of a pad portion by means of a water pump to realize heating, wherein a plurality of areas comprises a first area and a second area; a hot water pad stars in a first heating mode or a second heating mode, wherein in the first heating mode, hot water is supplied to the first area and the second area; and in the second heating mode, water is only supplied to the first area or the second area. A control portion controls the opening and closing of the first valve and the second valve, wherein the first valve is used for supplying water for the first area, and the second valve is used for supplying water for the second area. In the first heating mode, when the first area and the second area both reach a preset target temperature, the first valve and/or the second valve maintain (s) an opening state, keep (s) the starting state of the water pump, and close (s) a heater.
Description
Technical field
The present invention relates to the control method of a kind of hot water mat dispersibling and heating, particularly relating to one can be to
Be dispersed into multiple mats regioselectivity ground hot-water supply such that it is able to carry out local heat divide
Dissipate the control method of the hot water mat of heating.
Background technology
Generally, hot water mat refers to that one heats by mat, its heat making to be heated to design temperature in the boiler
Water is circulated along the hot-water line being built in hot water mat, thus performs to heat effect.
The advantage of hot water mat as above is: can eliminate structure in the way of inside is built-in with heating wire
Fire caused by the generation of the shortcoming of existing electric warming pad become, i.e. unwanted electromagnetic wave and heating wire or
The danger of electric shock etc..
Hot water mat is segmented into: utilize electric water pump to make the hot water mat of motor cycle mode of hot water circuit,
And utilize vapour pressure to make the hot water mat of the natural circulation mode of hot water circuit.
With reference to Fig. 1, the hot water mat of existing motor cycle mode includes: boiler portion 10, for carrying out water
Heating；And pad portion 20, make and realize heating from the hot water circuit of described boiler portion 10 heating.From pot
The hot water of stove portion 10 heating is provided to pad portion 20 by hot water supply pipe 11, in pad portion 20 circulation
The water tank portion 30 that hot water is formed within boiler portion 10 by Recovery of the hot water pipe 12 reclaims.
Described boiler portion 10 includes: water tank portion 30, for water storage and heat；Heating part 40, is formed at
The inside in water tank portion 30, and it is built-in with heater 41；Water pump 50, for the warm heated heating part 40
Water circulation-supplied is to side, pad portion 20；Control portion 60, for controlling the operation of hot water mat.At described water tank
Equipped with level sensor 31 and temperature sensor 32 in portion 30, equipped with heating in heating part 40
Device 41, bimetal leaf 42 and temperature fuse 43, described bimetal leaf and temperature fuse be for
Cut off the safety device of overcurrent.Further, conductive switch 71, overcurrent fuse 72 and antifreeze guarantor
Protect switch 73 and be electrically connected to control portion 60.
Can be provided with by-pass valve 21 in described pad portion 20, described by-pass valve 21 makes to pass through hot water
The hot water that supply pipe 11 is supplied to pad portion 20 is diverted to multiple passage.
In Fig. 1, the situation of the inside that heating part 40 is formed at water tank portion 30 proposes as an example,
But as in figure 2 it is shown, be configured to: heating part 40 is formed at the outside in water tank portion 30, and to from
The water that water pump 50 is sent carries out heating and supplying to pad portion 20.
With reference to Fig. 3, the hot water mat of existing natural circulation mode includes: boiler portion 10a, for entering water
Row heating；Pad portion 20a, makes and realizes heating in the hot water circuit of boiler portion 10a heating.In boiler portion
The hot water of 10a heating is provided to pad by the first hot water supply pipe 11a and the second hot water supply pipe 11b
Portion 20a, the hot water in pad portion 20a circulation passes through the first Recovery of the hot water pipe 12a and the second Recovery of the hot water pipe
12b and be recycled to the water tank portion 30a being formed within boiler portion 10a.
Described boiler portion 10a includes: water tank portion 30a, heats for water storage and to water；First heating
Portion 40a and the second heating part 40b, is respectively formed in the first hot water supply pipe 11a and the second hot water supply pipe
11b；First temperature sensor 13 and the second temperature sensor 14, is respectively formed in the first Recovery of the hot water pipe
12a and the second Recovery of the hot water pipe 12b and for detecting the temperature of water of recovery；Control portion 60a, is used for controlling
Heat the operation of water cushion.It is formed with level sensor the 31, first circulation valve 33 at described water tank portion 30a
With the second circulation valve 34, described first circulation valve 33 and the second circulation valve 34 are used for retraining supply
To the first hot water supply pipe 11a and the flowing of the hot water of the second hot water supply pipe 11b.In the first heating part
40a and the second heating part 40b is formed with heater 41, bimetal leaf 42 and temperature fuse 43.And
And, it is electrically connected with conductive switch 71, overcurrent fuse 72 and frost prevention switch 73 at control portion 60a.
Prior art about the hot water mat of described motor cycle mode is disclosed in Korean granted patent
In No. 10-0663967, it is disclosed in Korea S about the prior art of the hot water mat of described natural circulation mode and awards
In power patent the 10-0948908th.
For the hot water mat of described existing motor cycle mode, pad portion 20 being dispersed into multiple region and
The region that heats of expectation is carried out in the case of Topical Dispersion heats, by-pass valve 21 structure as follows
Become: user can carry out manual rotation to controlling bar and arrange the supply line of hot water.Related to this shows
Technology is had to be disclosed in the open utility model the 20-2009-0007072nd of Korea S.But, to supply pipe
In the case of the opening and closing in road is operated manually, with inconvenience during use, and has and be difficult to accurately control
The problem of the temperature within mat 20 processed.
For the hot water mat of described existing natural circulation mode, disperse pad portion 20a to heat
In the case of, can control by controlling the first circulation valve 33 and the opening and closing operations of the second circulation valve 34
System is by the first hot water supply pipe 11a and the supply of the hot water of the second hot water supply pipe 11b, but exists
Following shortcoming: be respectively formed with a pair of for the supply of hot water and the pipe arrangement of recovery, so its pipe arrangement
Structure is complicated, and equipment cost is according at the first hot water supply pipe 11a and the second hot water supply pipe 11b
Form heater 41 respectively and rise.
Further, the hot water mat in existing electrode cycle mode and natural circulation mode carries out the feelings disperseing to heat
Under condition, if multiple region cannot reach default target temperature simultaneously, the temperature that heats in the most each region becomes
Obtain unequal, thus exist and cannot provide the user with the comfortable shortcoming heating environment.
Summary of the invention
The present invention solves that the problems referred to above propose, and its object is to provide a kind of following dispersibling
The control method of the hot water mat heated: can be automatically to the heat in the regional being dispersed into multiple pad portions
Water supply is controlled.
Another object of the present invention is to, it is provided that a kind of following controlling party dispersibling the hot water mat heated
Method: can control the operation of valve, water pump and heater, such that it is able to be dispersed into multiple pad portions
Each region in heat with identical temperature.
To achieve these goals, the invention provides the control method dispersibling the hot water mat heated, should
The hot water that the control method of hot water mat is heated as a kind of heater 111 making boiler portion 100 by means of
Water pump 120 and optionally circulation-supplied realize, to scattered multiple regions in pad portion 200, the side heated
Method, wherein, the plurality of region includes first area 200a and second area 200b；Described hot water mat exists
Start under some pattern in first heating mode and the second heating mode, heat described first
Under pattern, all supply described hot water to described first area 200a and second area 200b；Described
Under two heating modes, supply only to some region in described first area 200a and second area 200b
Should described hot water；Control portion 170 controls the first valve 130 and opening and closing of the second valve 150, and described
One valve 130 is for supplying described hot water to described first area 200a；Described second valve 150 is used for
Described hot water is supplied to described second area 200b；Under described first heating mode, in described first area
In the case of 200a and second area 200b reaches pre-set target temperature, described first valve 130 or
At least one valve in second valve 150 is maintained open state, maintains the unlatching shape of described water pump 120
State, and close described heater 111.
In the case of all reaching pre-set target temperature in described first area 200a and second area 200b,
The pre-set target temperature higher region institute in described first area 200a and second area 200b can be made
Corresponding valve is maintained open state, closes the valve in the region lower corresponding to pre-set target temperature.
In the case of all reaching pre-set target temperature in described first area 200a and second area 200b,
Can be in the period of the open mode of the valve maintained corresponding to the described higher region of target setting temperature
In, the valve in the lower region of described target setting temperature is opened by controlling interval, so that described setting
The temperature in the region that target temperature is lower maintains the target setting temperature in this region.
In the case of all reaching pre-set target temperature in described first area 200a and second area 200b,
If described first area 200a is identical with the pre-set target temperature of second area 200b, then can maintain
Described first valve 130 and the open mode of the second valve 150.
Before all reaching pre-set target temperature in described first area 200a and second area 200b,
In the case of in described first area 200a and second area 200b, only a region reaches goal-selling,
The valve corresponding to the region reaching described pre-set target temperature can be closed, remain the most described and preset
The open mode of the valve corresponding to the region of target temperature, and maintain described water pump 120 and heater 111
Opening.
Before all reaching pre-set target temperature in described first area 200a and second area 200b, can
Reach the feelings of goal-selling only having region in described first area 200a and second area 200b
Under condition, by control, interval opens the valve in the region reaching described pre-set target temperature, until not reaching
Reaching target setting temperature to the region of described target setting temperature, so that having reached described pre-
If the temperature in the region of target temperature maintains described pre-set target temperature.
In the case of starting described second heating mode, described water pump 120 and heater can be opened
111, open the region institute of the supply obtaining described hot water in described first valve 130 and the second valve 150
Corresponding valve, thus by described hot water supply to described first area 200a or second area 200b；
After the temperature obtaining the region of supply of described hot water reaches pre-set target temperature, close described heater
111, maintain the opening of described water pump 120, and maintain the region institute of the supply obtaining described hot water right
The open mode of the valve answered.
In the case of starting described first heating mode, described water pump (120) can enter at the first rotating speed
Row starts；In the case of starting described second heating mode, described water pump (120) can be less than institute
The second rotating speed stating the first rotating speed starts.
May include that the first Recovery of the hot water pipe 102, it is provided that the passage of water is so that water is from described first area
200a is recycled to described boiler portion 100；First temperature sensor 140, detection is by described first hot water
The temperature of the water that recovery tube 102 reclaims；Second Recovery of the hot water pipe 103, it is provided that the pipeline of water so that water from
Described second area 200b is recycled to described boiler portion 100；Second temperature sensor 160, detection is logical
Cross the temperature of the water that described second Recovery of the hot water pipe 103 reclaims, wherein, according to described first temperature sensing
The temperature that device 140 and the second temperature sensor 160 are detected, and judge described first area 200a and
Whether second area 200b reaches target setting temperature.
Described control portion 170 can control the heating-up temperature of described heater 111, so that from described
The temperature of the water of one temperature sensor 140 and the second temperature sensor 160 detection reaches described pad portion 200
The pre-set target temperature of scattered regional.
Described water pump 120 can be formed at described hot water supply pipe 101, and described water pump 120 is for will be from
The hydraulic pressure of described boiler portion 100 supply delivers to side, pad portion 200；Described pad portion 200 is formed with diffluence pass
210, described diffluence pass 210 is for the hot water by the supply along hot water supply pipe 101 to side, pad portion 200
It is assigned to described first area 200a and second area 200b；It is built-in with at described first area 200a
One hot-water circulation pipe 201, described first hot-water circulation pipe 201 is connected to the side of described diffluence pass 210,
And after described first area 200a, it is connected to described first Recovery of the hot water pipe 102；Described
Second area 200b is built-in with the second hot-water circulation pipe 202, and described second hot-water circulation pipe 202 is connected to
The opposite side of described diffluence pass 210, and after via described second area 200b, it is connected to described
Two Recovery of the hot water pipes 103；Under described first heating mode, from described water pump 120 supply water via
Described hot water supply pipe 101, and disperseed at described diffluence pass 210 and supply to described first area 200a
With second area 200b；Under described second heating mode, by controlling described first valve 130 and the
The opening and closing of two valves 150, makes from the water of described water pump 120 supply via described hot water supply pipe 101,
And certain in described diffluence pass 210 is provided to described first area 200a or second area 200b
One region.
Described first valve 130 and the second valve 150 can be made up of electromagnetic valve, described electromagnetic valve
Along with the control signal according to control portion 170 electric current applying whether, carry out the behaviour of automatic shutter pipeline
Make.
For dispersible the control method of the hot water mat heated according to the present invention, can be by with lower section
The dispersion in the scattered region in pad portion is heated and automatically controls by method: be formed with the first valve and the second valve
Door, thus opening and closing is recycled to, from pad portion, the pipeline that the water in boiler portion is flowed respectively；And it is formed with
One temperature sensor and the second temperature sensor, thus detect the temperature of the water reclaimed by each pipeline；
And by controlling the heating-up temperature of heater, so that the first temperature sensor and the second temperature sensor institute
The temperature of the water of detection reaches the pre-set target temperature of the regional in pad portion.
And it is possible to make the temperature in pad portion be stably maintained at as much as possible close to target by the following method
The temperature of design temperature: in the case of heating the pad portion being made up of multiple regions, is reaching pre-
If target temperature and after closing (Off) heater, still start water pump and make hot water circuit.
And it is possible to make to heat temperature and remain stable by the following method: many being dispersed into of pad portion
In the case of a certain side region in individual region first reaches target setting temperature, reach target setting to first
The region interval hot-water supply of temperature, until another region reaches target setting temperature.
And it is possible to realize heating of uniform temperature in all regions in pad portion by the following method:
The rotating speed of water pump in the case of the regional area in pad portion is heated is made so that it is remain low by control
The rotating speed of the water pump in the case of the whole region in pad portion is heated, so that at each of pad portion
The water of the pipe arrangement internal flow in region maintains stable flow velocity.
And it is possible to provide the comfortable environment that heats by the following method: in multiple regions in pad portion
In the case of the pre-set target temperature in some region is higher, and multiple region all reaches pre-set target temperature,
Close the valve in the lower region of pre-set target temperature, and only open the higher region of pre-set target temperature
Valve, thus prevent the region that pre-set target temperature is lower heat that temperature is too high or pre-set target temperature
The temperature that heats in higher region declines.
Accompanying drawing explanation
Fig. 1 is the system module figure of the embodiment illustrating existing motor cycle mode hot water mat.
Fig. 2 is the system module figure of another embodiment illustrating existing motor cycle mode hot water mat.
Fig. 3 is the system module figure of the embodiment illustrating existing natural circulation mode hot water mat.
Fig. 4 is the system module figure dispersibling the hot water mat heated according to the present invention.
Fig. 5 is the top view in pad portion.
Fig. 6 is the stereoscopic figure dispersibling the hot water mat boiler portion heated according to the present invention.
Fig. 7 is the solid illustrating the boiler portion Inner Constitution dispersibling the hot water mat heated according to the present invention
Figure.
Fig. 8 is the office of the Inner Constitution illustrating the boiler portion dispersibling the hot water mat heated according to the present invention
Portion's cutaway drawing.
Fig. 9 and Figure 10 is to illustrate the controlling party according under the first heating mode in the hot water mat of the present invention
The flow chart of method.
Figure 11 is to illustrate the stream according to the control method under the second heating mode in the hot water mat of the present invention
Cheng Tu.
Symbol description
100: boiler portion 101: hot water supply pipe
102: the first Recovery of the hot water pipe 103: the second Recovery of the hot water pipes
106: function setting portion 107: display part
108: reclaim hot water converging portion the 108a: the first backwater hot water connector
108b: the second reclaims hot water connector 108c: hot water outlet
109: hot water inflow entrance 110: water tank portion
110a: water heating part 110b: Water Supplies Department
111: heater 120: water pump
130: the first valve 140: the first temperature sensors
150: the second valve 160: the second temperature sensors
170: control portion 200: pad portion
200a: first area 200b: second area
201: the first hot-water circulation pipe 202: the second hot-water circulation pipes
203: mat 210: diffluence pass
Detailed description of the invention
Hereinafter, referring to the drawings composition and effect to the preferred embodiments of the present invention is described in detail.
With reference to Fig. 4 to Fig. 8, include according to the hot water mat heated that dispersibles of the present invention: boiler portion 100,
For, after heating and storing water, supplying；Pad portion 200, is heated with described boiler portion 100
Hot water be thermal source, and carry out entirety to being dispersed into multiple regions or optionally heat.
Between described boiler portion 100 and pad portion 200, it is formed with hot water supply pipe the 101, first hot water return
Closed tube 102 and the second Recovery of the hot water pipe 103.Described hot water supply pipe 101 is for circulation-supplied hot water
Matched tube structure, and provide the hot water supply heated in boiler portion 100 to the pipeline of side, pad portion 200；
Described first Recovery of the hot water pipe 102 and the second Recovery of the hot water pipe 103 are used for providing pipeline so that circulating pad portion
The hot water of 200 is reclaimed by side, boiler portion 100.
Pipeline at described hot water supply pipe 101 is formed with water pump 120, thus at boiler portion 100 and pad
The pressure that water can be made to circulate is provided between portion 200.It is formed with first at described first Recovery of the hot water pipe 102
Valve 130 and the first temperature sensor 140.Described first valve 130 returns for opening and closing the first hot water
The pipeline of closed tube 102；Described first temperature sensor 140 is for detecting by the first Recovery of the hot water pipe 102
The temperature of the water reclaimed.The second valve 150 and second it is formed with in described second Recovery of the hot water pipe 103
Temperature sensor 160.Described second valve 150 is for the pipeline of opening and closing the second Recovery of the hot water pipe 103；
The temperature of the water that described second temperature sensor 160 is reclaimed by the second recovery tube 103 for detection.And
And, described boiler portion 100 is formed control portion 170, described control portion 170 controls heater 111
Heating operation so that the water temperature detected from the first temperature sensor 140 and the second temperature sensor 160 reaches
Pre-set target temperature to the scattered regional in pad portion 200.
It is formed with water heating part 110a and Water Supplies Department 110b on the top in described boiler portion 100.Described
The inside of water heating part 110a has heater 111；Described Water Supplies Department 110b is for storing from described water
The water of heating part 110a supply, and supply water to side, pad portion 200.Further, upper in boiler portion 100
Portion is formed with water supply port 105, function setting portion 106 and display part 107.Described function setting portion
106 include the composition for the heating-up temperature or time making user setup water.Described display part 107
It act as the use state of the hot water mats such as the time showing current hot water temperature and setting.
The border of described water heating part 110a and Water Supplies Department 110b is provided with dividing plate 110c, this dividing plate
There is the shape of a sidepiece connection；The height of the bottom surface of water heating part 110a is with less than Water Supplies Department 110b
Upper surface height formed；The heater 111 of rod shape it is formed with in the bottom surface of water heating part 110a.
Further, the inside at described water heating part 110a could be formed with bimetal leaf 112 and temperature fusing
Device 113.Described bimetal leaf 112 cuts off electricity in the case of heater 111 exceedes default heating-up temperature
The supply in source, in the case of described temperature fuse 113 is used for applying overcurrent on heater 113,
Automatically cut off.
Level sensor 114, described level sensor 114 have been internally formed it at described Water Supplies Department 110b
Water level for the water that sensing is stored.Described level sensor 114 may include that high water level sensor
114a, low water level sensor 114b and mid water levels sensor 114c.
Be formed with water pump 120 in the downside of described Water Supplies Department 110b, described water pump 120 will be for storing
Hydraulic pressure at Water Supplies Department 110b delivers to side, pad portion 200.The hot water discharged from described water pump 120 passes through shape
Become the hot water supply opening 116 of the side of water pump 120 and hot water supply pipe 101 and be provided to pad portion 200
Side.
With reference to Fig. 7, being internally formed hot water converging portion 108 in described boiler portion 100, described hot water gathers
Conjunction portion 108 is for reclaiming by described first Recovery of the hot water pipe 102 and the second Recovery of the hot water pipe 103
Reclaim to 110a side, water heating part in water is aggregated in single pipe arrangement.
Described hot water converging portion 108 is formed with the first recovery hot water connector 108a and in the side of main body
Two reclaim hot water connector 108b, and the opposite side in main body is formed and reclaims hot water even with described first respectively
Interface 108a and second reclaims hot water outlet 108c of hot water connector 108b connection.Described first
Reclaiming hot water connector 108a and be connected to the first Recovery of the hot water pipe 102, described second reclaims hot water connector
108b is connected to the second Recovery of the hot water pipe 103, and described hot water outlet 108b is connected to be formed at water heating
The hot water inflow entrance 109 of the side of portion 110a.
Therefore, by the water of the first Recovery of the hot water pipe 102 and the recovery of the second Recovery of the hot water pipe 103 at hot water
In the main body of converging portion 108 after polymerization, discharged by hot water outlet 108c, thus flowed into by hot water
Mouthfuls 109 and be recycled to water heating part 110a.As it has been described above, the water reclaimed from pad portion 200 is joined single
Pipe is polymerized and is recycled to water heating part 110a, such that it is able to minimize the matched tube structure for recycle-water.
Being connected with in described hot water converging portion 108: the first valve, opening and closing connects the first recovery heat
Water connector 108a and the pipeline of hot water outlet 108c；Second valve, opening and closing connects the second recovery heat
Water connector 108b and the pipeline of hot water outlet 108c.In the case, described first valve 130
Can be made up of electromagnetic valve with the second valve 150, described electromagnetic valve is according to based on control portion 170
Whether the applying of the electric current of control signal carries out the operation of automatic shutter pipeline.So, in user setup
In the case of only a region in scattered multiple regions in pad portion 200 heats, arranging
In the case of heating in the entirety in multiple regions, or it is being set to stop the feelings of running that heat
Under condition, according to the heating mode of user setup, control portion 170 is to the first valve 130 and the second valve 150
Send corresponding control signal respectively, and carry out the first valve 130 and the second valve 150 accordingly and automatically
Opening and closing operations.That is, multiple regions are being carried out in the case of entirety heats, beating by controlling simultaneously
Open the first valve 130 and the second valve 150；A district in scattered multiple regions in pad portion 200
In the case of territory heats, by controlling only to open the valve of correspondence, simultaneously close off corresponding to not carrying out
The valve in the region heated.
According to above-mentioned composition, compare existing being manually operated and the situation that dispersion heats is set, this
The convenience that operation is set heated for the dispersion carrying out mat can be improved in bright, and can improve
For carrying out disperseing the reliability of pipeline opening and closing operations heated.
Described control portion 170 controls the heating-up temperature from heater 111 heating, so that passing from the first temperature
The temperature of the water of sensor 140 detection reaches dividing with the temperature of the water from the second temperature sensor 160 detection
The pre-set target temperature of the regional dissipated.
Described pad portion 200 is dispersed into multiple region and makes to heat for the dispersion of each zones of different to be able to
Carry out.In the present embodiment, as it is shown in figure 5, described pad portion 200 is with the centrage C of mat 203 as base
Standard is divided into first area 200a and second area 200b in its both sides, at described first area 200a
It is built-in with the first hot-water circulation pipe 201, is built-in with the second hot-water circulation pipe 202 at second area 200b.
Being formed with diffluence pass 210 in described pad portion 200, described diffluence pass 210 will be along hot water supply pipe
101 and supply to the hot water of side, pad portion 200 and be assigned to scattered multiple regions in described pad portion 200.
The side of described diffluence pass 210 is connected to hot water supply pipe 101, and opposite side could be formed with T-shaped
The shunting thing of structure, described shunting thing can be towards described first hot-water circulation pipe 201 and the second hot water circuit
The ground, both sides of pipe 202 connects.Be there is by outfit the diffluence pass 210 of above-mentioned T-type structure, heat can be made
Water supply pipe 101 is made up of single pipe arrangement, therefore can simplify the hot water that will be heated in boiler portion 100
Supply the matched tube structure to side, pad portion 200.
Undeclared symbol 104 in Fig. 3 refers to power line, and the undeclared symbol 181 in Fig. 4 instructs and establishes by cable
Closing, described conductive switch is for blocking power supply supply in the case of side is swung in boiler portion 100；Do not say
Bright symbol 182 refers to overcurrent fuse, and this overcurrent fuse for blocking power supply when applying overcurrent
Supply；Undeclared symbol 183 refers to that anti-frost protection switchs.
In the present embodiment, it is shown that pad portion 200 is dispersed into two regions (i.e. first area 200a and
Two region 200b) example, but the region of more than 3 can also be dispersed into.
The present invention as above has an advantages below: can automatically control in order to carry out dispersion to heat and to
The discrete areas in pad portion 200 is selectively supplied with the setting of the hot water circuit pipeline of hot water, and can letter
Change the supply for hot water and the matched tube structure of recovery.
Hereinafter, with reference to Fig. 9 to Figure 11, the control method of the hot water mat according to the present invention is illustrated.
The heating mode of the hot water mat according to the present invention is made up of the first heating mode and the second heating mode,
Simultaneously to first area 200a and second area 200b hot-water supply under the first heating mode；Second
Under heating mode, the only supply of some region in described first area 200a and second area 200b is hot
Water, and selection based on user and start the first heating mode or the second heating mode.
With reference to Fig. 9 and Figure 10, the first heating mode is illustrated.
First, with reference to Fig. 9, in S101 step, selection based on user starts the first heating mode.
In S102 step, along with the startup of the first heating mode, the first valve 130 and the second valve
150 are opened, and water pump 120 and heater 111 are unlocked (On).Therefore, by heater 111
The hot water of heating, after superheated water supply pipe 101 and diffluence pass 210, is supplied respectively to first area
200a and second area 200b, thus realize heating of first area 200a and second area 200b.?
The water that temperature declines during described first area 200a and second area 200b is by the first warm
Water Sproading pipe 102 and the second Recovery of the hot water pipe 103 and be recovered, and the temperature of the water being recovered by
Measured in the first temperature sensor 140 and the second temperature sensor 160.
In S103 step, by comparing in control portion 170 by the first area 200a of user preset
Pre-set target temperature and the pre-set target temperature of second area 200b, it is judged that first area 200a and
The pre-set target temperature of two region 200a is the most identical.
If it is identical that comparative result is for both, then carry out S104 step, otherwise carry out the S111 step of Figure 10
Suddenly.
In S104 step, judge whether first area 200a and second area 200b reaches goal-selling temperature
Degree.
If it is judged that for reach simultaneously, then carry out S105 step, otherwise carry out S108 step.
In the case, according to by means of the first temperature sensor 140 and the second temperature sensor 160
The temperature measured judges whether to reach pre-set target temperature.Wherein, for the default mesh of first area 200a
Mark temperature and the pre-set target temperature for second area 200b can separately be set.
In S105 step, close (Off) heater 111, and maintain the first valve 130 and the second valve
The open mode of 150, maintains unlatching (On) state of valve 120.Pipe arrangement built-in in pad portion 200
Entire length longer, so the decrease speed of the hot water temperature within pipe arrangement is very fast.Therefore, closing
(Off), after heater 111, if continuing to start water pump 120, then overall hot water can be circulated
And the temperature stabilization of first area 200a and second area 200b is maintained near goal-selling temperature
The temperature of degree.
In S106 step, if measured from the first temperature sensor 140 and the second temperature sensor 160
Temperature be judged as maintaining pre-set target temperature, then maintain current state, if temperature decline and nothing
Faville holds pre-set target temperature, then carry out S107 step.
In S107 step, open (On) heater 111 and water is heated, until passing from the first temperature
The water temperature that sensor 140 and the second temperature sensor 160 are detected reaches pre-set target temperature.Then, weight
Multiple S104 step is to S107 step.
In S108 step to S110 step, to only in first area 200a and second area 200b
The control process that reaches in the case of pre-set target temperature of some region illustrate, and only to exist
First area 200a reaches pre-set target temperature, and second area 200b is not up to pre-set target temperature
Illustrate as a example by situation.
In S108 step, close and first area 200a and second area 200b reaches goal-selling
First valve 130 of the first area 200a of temperature, the most not up to second area of pre-set target temperature
Second valve 150 of 200b is maintained open state, and maintains the unlatching (On) of water pump 120 and heater 111
State.
In S109 step, it is judged that whether second area 200b reaches pre-set target temperature.
If it is judged that for reaching pre-set target temperature, then it represents that first area 200a and second area
200b has all reached pre-set target temperature, so carrying out S105 step, otherwise carries out S110 step.
In S110 step, interval opens the of the first area 200a having reached pre-set target temperature
One valve 130, until the not up to second area 200b of pre-set target temperature reaches pre-set target temperature and is
Only, it is made to maintain pre-set target temperature to control first area 200a.
Wherein, interval is opened finger and is remained on default cycle and time, and by controlling
Described interval is opened, and makes the temperature having reached the first area 200a of pre-set target temperature remain described pre-
If target temperature.
It addition, in S103 step, if to the pre-set target temperature of first area 200a and the secondth district
When the comparative result that the pre-set target temperature of territory 200b is carried out differs for both, carry out S111 step,
So control process being illustrated with reference to Figure 10.
Hereinafter, the pre-set target temperature with first area 200a is less than the goal-selling of second area 200b
Illustrate in case of temperature.
In S111 step, it is judged that whether the first area 200a that pre-set target temperature is lower reaches to set
Target temperature.
If it is judged that reach pre-set target temperature for first area 200a, then carry out S112 step,
Otherwise carry out S111 step.
In S112 step, close first valve of the first area 200a having reached pre-set target temperature
Door 130, then maintains the beating of the second valve 150 of the not up to second area 200b of pre-set target temperature
Open state, and maintain unlatching (On) state of water pump 120 and heater 111.
In S113 step, it is judged that whether pre-set target temperature higher second area 200b reaches default
Target temperature.
If it is judged that reach pre-set target temperature for second area 200b, then carry out S115 step,
Otherwise carry out S114 step.
In S114 step, interval opens the of the first area 200a having reached pre-set target temperature
One valve 130, until second area 200b reaches pre-set target temperature, to control first area 200a
And make it maintain pre-set target temperature.
It addition, when second area 200b reaches pre-set target temperature, in the state closing heater 111
Under, make hot water at first area 200a if open the first valve 130 and the second valve 150 simultaneously and
Circulation in second area 200b, so that the temperature of first area 200a and second area 200b is tieed up as far as possible
Hold in the temperature close to pre-set target temperature, then because the pre-set target temperature in the 200a of first area is low
Temperature in second area 200b, first area 200a becomes too high, and in second area 200b
Temperature reduce because of the water of the low temperature in the 200a of first area, thus be difficult to simultaneously by first area 200a
Pre-set target temperature is maintained with the water temperature in second area 200b.
For solving the problems referred to above, in S115 step, close (Off) heater 111, maintain the first valve
The closed mode of door 130, maintains the open mode of the second valve 150, and maintains opening of water pump 120
Open (On) state.Accordingly, first area 200a and second area 200b can be made to maintain comfortable
Heat environment.
In S106 step, judge whether second area 200b maintains pre-set target temperature.
If it is judged that maintain pre-set target temperature for second area 200b, then maintain current state, no
Then carry out S117 step.
In S117 step, open (On) heater 111 and water is heated, until from the second temperature
Till the temperature of the water that degree sensor 160 is measured reaches pre-set target temperature.Certainly, in the process,
Judge whether measured water temperature maintains pre-set target temperature in the 200a of first area simultaneously, control afterwards
The opening and closing of the first valve 130.
With reference to Figure 10, the second heating mode is illustrated.
In S201 step, start the second heating mode, in described second heating mode, pass through user
Selection and only some region hot-water supply in first area 200a and second area 200b.
Hereinafter, to selecting startup first area 200a to heat, and do not start second area 200b's
Illustrate in case of heating.
In S202 step, open the first area being chosen to heat along with the startup of the second heating mode
First valve 130 of 200a, the second valve 150 is closed mode, water pump 120 and heater 111 quilt
Open (On).Therefore, the hot water heated by heater 111 is through superheated water supply pipe 101 and diffluence pass
It is provided to first area 200a after 210, thus realizes heating of first area 200a.Temperature is passed through
Described first area 200a and the water that declines are recovered by the first Recovery of the hot water pipe 102, then utilize
The temperature of the water being recovered is measured in first temperature sensor 140.
In S203 step, it is judged that whether the temperature of first area 200a reaches to be set in control portion 170
Pre-set target temperature.In the case, judged by the temperature measured by the first temperature sensor 140
Whether reach target setting temperature.
If it is judged that the temperature for first area 200a reaches pre-set target temperature, then carry out S204
Step, otherwise until reaching pre-set target temperature to carry out S203 step.
In S204 step, close first in (Off) heater 111, and the region selected by maintenance
The open mode of valve 130, and maintain unlatching (On) state of water pump 120.Therefore, at heater
After 111 are closed (Off), the hot water of heating still can continuously loop through by means of water pump 120,
It is thus possible to make the temperature of first area 200a remain constant.
In S205 step, if it is determined that the temperature measured by the first temperature sensor 140 maintains pre-
If target temperature, then maintain current state, if temperature declines and is unable to maintain that pre-set target temperature, then
Carry out S206 step.
In S206 step, open (On) heater 111 and water is heated, until by means of the
Till one temperature sensor 140 and the water temperature measured reach target setting temperature.
It addition, under the first heating mode and the second heating mode, by means of the flow of water pump 120 supply
In there are differences, consequently, it is possible to cause heating uneven.That is, for the situation of the first heating mode,
Giving first area 200a and second area 200b hot-water supply, institute is at pre-set target temperature simultaneously
Under the flow that carries out heating relatively large；For the second heating mode, only at first area 200a or
Some region in second area 200b carries out the supply of hot water, at identical goal-selling
At a temperature of the flow that carries out heating relatively small.In the case, if making first to heat by controlling
Pattern is identical, then to the first heating mode with the revolution (rpm) of the water pump 120 under the second heating mode
Speech, the flow of supply is less than required flow, so causing flow velocity slack-off；To the second heating mode
Speech, the flow of supply is more than required flow, so causing flow velocity to become very fast.If inside pipe arrangement
The flow velocity of the hot water of flowing accelerates, then heat transfer quantitative change is big；If the flow velocity of hot water is slack-off, then heat transfer
Amount diminishes.Therefore, under the first heating mode and the second heating mode, also existing can not be with uniform temperature
The problem that degree carries out heating.
In order to solve the problems referred to above, in the present invention, by control in the situation starting the first heating mode
Under, start water pump 120 with of a relatively high rotating speed (the i.e. first rotating speed), thus improve supply to pad portion
The overall flow of 200；Starting in the case of the second heating mode, with relatively low in the first rotating speed
Second rotating speed starts water pump 120, thus reduces and supply the overall flow to pad portion 200.As it has been described above,
If changing the rotating speed of water pump 120 by controlling, then can make to be formed at first area 200a and second
Flow velocity in the pipe arrangement of region 200b remains constant, therefore can carry out heating of uniform temperature.
For there is in the described technical field of the present invention people of general knowledge it is evident that this
The bright above-described embodiment that is not limited to, and in the range of without departing from the technical purpose of the present invention, can carry out
Multiple amendment and deformation implementation.
Claims (12)
1. dispersible a control method for the hot water mat heated,
The control method of this hot water mat makes the heater of boiler portion (100) (111) be heated as one
Hot water by means of water pump (120) optionally scattered multiple to pad portion (200) of circulation-supplied
Region and realize the method heated, wherein,
The plurality of region includes first area (200a) and second area (200b)；
Described hot water mat opens under some pattern in the first heating mode and the second heating mode
Dynamic, under described first heating mode, to described first area (200a) and second area (200b)
All supply described hot water；Under described second heating mode, only give described first area (200a) and the
Described hot water is supplied in some region in two regions (200b)；
Control portion (170) controls the first valve (130) and the opening and closing of the second valve (150), and described
One valve (130) is for supplying described hot water to described first area (200a)；Described second valve (150)
For supplying described hot water to described second area (200b)；
Under described first heating mode, at described first area (200a) and second area (200b) all
In the case of reaching pre-set target temperature, in described first valve (130) or the second valve (150)
At least one valve be maintained open state, maintain the opening of described water pump (120), and close institute
State heater (111).
Dispersible the control method of the hot water mat heated the most as claimed in claim 1, it is characterised in that
Pre-set target temperature is all reached in described first area (200a) and second area (200b)
In the case of, make the pre-set target temperature in described first area (200a) and second area (200b) more
The high valve corresponding to region is maintained open state, closes the region lower corresponding to pre-set target temperature
Valve.
Dispersible the control method of the hot water mat heated the most as claimed in claim 2, it is characterised in that
Pre-set target temperature is all reached in described first area (200a) and second area (200b)
In the case of, in the phase of the open mode of the valve maintained corresponding to the described higher region of target setting temperature
In, open the valve in the lower region of described target setting temperature by controlling interval so that described in set
The temperature in the region that the temperature that sets the goal is lower maintains the target setting temperature in this region.
Dispersible the control method of the hot water mat heated the most as claimed in claim 1, it is characterised in that
Pre-set target temperature is all reached in described first area (200a) and second area (200b)
In the case of, if described first area (200a) and the pre-set target temperature phase of second area (200b)
With, then maintain described first valve (130) and the open mode of the second valve (150).
Dispersible the control method of the hot water mat heated the most as claimed in claim 1, it is characterised in that
Described first area (200a) and second area (200b) reach pre-set target temperature it
Before, described first area (200a) and second area (200b) only have a region and reaches default
In the case of target, close the valve corresponding to region reaching described pre-set target temperature, maintain and do not reach
To the open mode of the valve corresponding to the region of described pre-set target temperature, and maintain described water pump (120)
Opening with heater (111).
Dispersible the control method of the hot water mat heated the most as claimed in claim 5, it is characterised in that
Described first area (200a) and second area (200b) reach pre-set target temperature it
Before, described first area (200a) and second area (200b) only have a region and reaches default
In the case of target, by control, interval opens the valve in the region reaching described pre-set target temperature,
Until the region of the most described target setting temperature reaches target setting temperature, so that having reached
The temperature described pre-set target temperature of maintenance to the region of described pre-set target temperature.
Dispersible the control method of the hot water mat heated the most as claimed in claim 1, it is characterised in that
In the case of starting described second heating mode,
Open described water pump (120) and heater (111), open described first valve (130) and
The valve corresponding to region of the supply obtaining described hot water in two valves (150), thus by described hot water
Supply is to described first area (200a) or second area (200b)；
After the temperature obtaining the region of supply of described hot water reaches pre-set target temperature, add described in closedown
Hot device (111), maintains the opening of described water pump (120), and maintains the supply obtaining described hot water
The open mode of the valve corresponding to region.
8. the control method dispersibling the hot water mat heated as described in claim 1 or 7, its feature
It is,
In the case of starting described first heating mode, described water pump (120) opens with the first rotating speed
Dynamic；In the case of starting described second heating mode, described water pump (120) is with less than described first turn
Second rotating speed of speed starts.
9. the control method dispersibling the hot water mat heated as described in claim 1 or 7, its feature
It is, including:
First Recovery of the hot water pipe (102), it is provided that the passage of water is so that water is from described first area (200a)
It is recycled to described boiler portion (100)；First temperature sensor (140), detects by described first heat
The temperature of the water that Water Sproading pipe (102) reclaims；Second Recovery of the hot water pipe (103), it is provided that the pipeline of water with
Water is made to be recycled to described boiler portion (100) from described second area (200b)；Second temperature sensor
(160), the temperature of the water that detection is reclaimed by described second Recovery of the hot water pipe (103),
Wherein, according to described first temperature sensor (140) and the second temperature sensor (160) institute
The temperature of detection, and judge whether described first area (200a) and second area (200b) reach to set
Set the goal temperature.
Dispersible the control method of the hot water mat heated the most as claimed in claim 9, it is characterised in that
Described control portion (170) controls the heating-up temperature of described heater (111), so that from described
The temperature of the water that the first temperature sensor (140) and the second temperature sensor (160) detect reaches described
The pre-set target temperature of the scattered regional in pad portion (200).
11. control methods dispersibling the hot water mat heated as claimed in claim 9, it is characterised in that
Described water pump (120) is formed at described hot water supply pipe (101), and described water pump (120) is used for
The hydraulic pressure supplied from described boiler portion (100) is delivered to pad portion (200) side；
Being formed with diffluence pass (210) in described pad portion (200), described diffluence pass (210) is for by edge
The hot water hot water supply pipe (101) and supply to pad portion (200) side is assigned to described first area (200a)
With second area (200b)；
It is built-in with the first hot-water circulation pipe (201), described first hot water at described first area (200a)
Circulation pipe (201) is connected to the side of described diffluence pass (210), and through described first area
(200a), after, it is connected to described first Recovery of the hot water pipe (102)；
It is built-in with the second hot-water circulation pipe (202), described second hot water at described second area (200b)
Circulation pipe (202) is connected to the opposite side of described diffluence pass (210), and via described secondth district
Behind territory (200b), it is connected to described second Recovery of the hot water pipe (103)；
Under described first heating mode, the water supplied from described water pump (120) is supplied via described hot water
Pipe (101), and described diffluence pass (210) disperseed and supply to described first area (200a) and
Second area (200b)；
Under described second heating mode, by controlling described first valve (130) and the second valve (150)
Opening and closing, make the water supplied from described water pump (120) via described hot water supply pipe (101), and
Described diffluence pass (210) is provided in described first area (200a) or second area (200b)
Some region.
12. control methods dispersibling the hot water mat heated as described in claim 1 or 7, it is special
Levy and be,
Described first valve (130) and the second valve (150) are made up of electromagnetic valve, described electromagnetic valve
Door along with the electric current of the control signal according to control portion (170) applying whether, carry out automatic shutter pipeline
Operation.
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| KR10-2015-0029264 | 2015-03-02 | ||
| KR20150029264 | 2015-03-02 | ||
| KR10-2015-0152662 | 2015-10-30 | ||
| KR1020150152662A KR101675740B1 (en) | 2015-03-02 | 2015-10-30 | Control method of hot water mat capable of separate heating |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105937806A true CN105937806A (en) | 2016-09-14 |
| CN105937806B CN105937806B (en) | 2019-09-06 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610118360.0A Active CN105937806B (en) | 2015-03-02 | 2016-03-02 | The control method of the hot water mat of dispersible heating |
Country Status (2)
| Country | Link |
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| KR (1) | KR101675740B1 (en) |
| CN (1) | CN105937806B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR102236065B1 (en) * | 2018-09-06 | 2021-04-02 | 이홍석 | Temperature controlling method for hot-water mat |
| KR102655493B1 (en) * | 2019-12-24 | 2024-04-09 | 주식회사 경동나비엔 | Hot water boiler and method for controlling the same |
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| KR200379147Y1 (en) * | 2004-12-31 | 2005-03-17 | 창신대학산학협력단 | Control device for portable type boiler |
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| KR20140146944A (en) * | 2013-06-18 | 2014-12-29 | 주식회사 유로하우징 | Boiler apparatus for forming each heating zone and a heating mat therefor |
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| US4561979A (en) * | 1983-01-03 | 1985-12-31 | Harmsco, Inc. | Single cartridge filter |
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| JP2006046816A (en) * | 2004-08-05 | 2006-02-16 | Noritz Corp | Hot water heating system |
| KR200379147Y1 (en) * | 2004-12-31 | 2005-03-17 | 창신대학산학협력단 | Control device for portable type boiler |
| KR20070000493U (en) * | 2007-04-05 | 2007-04-27 | 정의갑 | hot water circulation system of non-driving pump |
| CN101889174A (en) * | 2007-12-04 | 2010-11-17 | 庆东网络株式会社 | Method for controlling heating system |
| CN202407985U (en) * | 2011-12-28 | 2012-09-05 | 居天易 | Water circulation temperature regulating device |
| KR20140146944A (en) * | 2013-06-18 | 2014-12-29 | 주식회사 유로하우징 | Boiler apparatus for forming each heating zone and a heating mat therefor |
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Also Published As
| Publication number | Publication date |
|---|---|
| KR20160106480A (en) | 2016-09-12 |
| KR101675740B1 (en) | 2016-11-14 |
| CN105937806B (en) | 2019-09-06 |
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