CN209165528U - One source of one kind is mostly for waterpower delivery system - Google Patents
One source of one kind is mostly for waterpower delivery system Download PDFInfo
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- CN209165528U CN209165528U CN201821901281.8U CN201821901281U CN209165528U CN 209165528 U CN209165528 U CN 209165528U CN 201821901281 U CN201821901281 U CN 201821901281U CN 209165528 U CN209165528 U CN 209165528U
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- 238000010438 heat treatment Methods 0.000 claims abstract description 322
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 162
- 239000007788 liquid Substances 0.000 claims abstract description 94
- 239000008236 heating water Substances 0.000 claims description 21
- 230000017525 heat dissipation Effects 0.000 claims description 15
- 239000012530 fluid Substances 0.000 abstract description 83
- 230000009286 beneficial effect Effects 0.000 description 4
- 230000000694 effects Effects 0.000 description 4
- 238000000034 method Methods 0.000 description 3
- 238000010586 diagram Methods 0.000 description 2
- 238000005265 energy consumption Methods 0.000 description 2
- 230000005484 gravity Effects 0.000 description 2
- 238000010276 construction Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000001105 regulatory effect Effects 0.000 description 1
- 230000006641 stabilisation Effects 0.000 description 1
- 238000011105 stabilization Methods 0.000 description 1
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Abstract
The utility model discloses an a kind of sources mostly for waterpower delivery system, belongs to heating field.One source of one kind of the utility model is mostly for waterpower delivery system, including heat power supply device, hot water supply system, radiator system and ground heating system, heat power supply device is connected with main outlet tube road, the liquid feeding end of hot water supply system is connected to main outlet tube road, the outlet end of hot water supply system is connect with heat power supply device, main outlet tube road is connected with floor heating main line, the outlet end and liquid returning end of ground heating system are both connected on floor heating main line, the main liquid back pipe road of floor heating is connected on floor heating main line, the main liquid back pipe road of floor heating is connected to heat power supply device, the liquid feeding end and liquid returning end of radiator system are both connected to main outlet tube road, and radiator system is between heat power supply device and ground heating system.The waterpower delivery system of the utility model is capable of providing domestic hot-water, and can satisfy the heating demands of different zones, while waterpower delivery system pipeline arrangement is rationally, and the heat utilization ratio of circulation fluid is high.
Description
Technical field
The utility model relates to Hydraulic Power Systems, more specifically to an a kind of source mostly for waterpower delivery system.
Background technique
With the development of economy, heating is more more and more universal, when existing technology is used for premises heating, generally uses a heat
Source device such as burnt gas wall hanging furnace etc. provides heat source, and is building heating by ground heating system.But usually, in building not
It is different with temperature required for region, as hall, toilet need temperature more higher than other rooms, basement, storage
It is equal between hiding then to need lower temperature.In addition, usually, building is also required to using domestic hot-water, is needs one in building
A little building heat supply in winter need different room temperatures, while needing domestic hot-water, and temperature needed for domestic hot-water is usually
Relatively high.It can be seen that the terminal temperature of water conservancy system needed for different zones in building is not different, existing skill
Multiple heat sources are configured in art in Hydraulic Power System usually to meet the needs of each end, but this kind of Hydraulic Power System needs setting more
A heat source can not only occupy many spaces, but also energy consumption is very high.Certainly, now also have using a heat source and meet different ends
Hold the Hydraulic Power System needed, but such existing system often design it is unreasonable, each end in water conservancy system often heat and
Assignment of traffic is inappropriate, and whole system energy consumption is still higher.
Summary of the invention
1. utility model technical problems to be solved
For Hydraulic Power System above shortcomings in the prior art, the utility model provides one source of one kind mostly for waterpower
Delivery system, the waterpower delivery system heat distribution is reasonable, is capable of providing domestic hot-water, and can satisfy different zones in building
Heating demands, while waterpower delivery system pipeline arrangement is rationally, high to the heat utilization ratio of circulation fluid, and each end is flowed
Amount is very sufficient, and each end is run smoothly reliably.
2. technical solution
In order to achieve the above objectives, technical solution provided by the utility model are as follows:
One source of one kind of the utility model is mostly for waterpower delivery system, including heat power supply device, hot water supply system, radiator
System and ground heating system, the heat power supply device are connected with main outlet tube road, the liquid feeding end connection of the hot water supply system
On main outlet tube road, the outlet end of the hot water supply system is connect with heat power supply device, the main outlet tube road connection
There is floor heating main line, the outlet end and liquid returning end of the ground heating system are both connected on floor heating main line, the floor heating master
The main liquid back pipe road of floor heating is connected on pipeline, the main liquid back pipe road of the floor heating is connected to heat power supply device, the radiator system
The liquid feeding end and liquid returning end of system are both connected to main outlet tube road, and the radiator system is located at heat power supply device and floor heating system
Between system.
Further, the hot water supply system includes water tank, tank hot water's outlet tube road, water tank cold water inlet tube
Road and water tank heat exchange circulation line, tank hot water's outlet tube road and water tank cold water inlet pipe are connect with water tank, institute
The water tank heat exchange circulation line stated includes heat exchange cycle inlet pipe and heat exchange cycle outlet tube road, the heat exchange cycle feed liquor
On main outlet tube road, the heat exchange cycle outlet tube road is connect piping connection with heat power supply device.
Further, the first connection is connected between tank hot water's outlet tube road and water tank cold water inlet pipe
Pipeline, tank hot water's outlet tube road are located at the first connecting line position equipped with three-way water mixing valve one.
Further, the ground heating system includes ground heating system one and ground heating system two, the ground heating system one
It is both connected to the upper end of floor heating main line with the liquid feeding end of ground heating system two, the ground heating system one and ground heating system two go out
Liquid end is both connected to the lower end of floor heating main line.
Further, the main liquid back pipe road of the floor heating is connect with heat exchange cycle outlet tube road, and the main liquid back pipe of floor heating
Road and the connecting pin of floor heating main line are located between the liquid feeding end and liquid returning end of ground heating system.
Further, the upper end of the floor heating main line is equipped with lateral duct one, under the floor heating main line
It holds and is equipped with lateral duct two, the liquid feeding end of the ground heating system one and ground heating system two is both connected in lateral duct one, institute
The outlet end of the ground heating system one and ground heating system two stated is both connected in lateral duct two.
Further, the ground heating system one includes the first inlet pipe of floor heating, third circulating pump, floor heating water divider
And pipe network one and the first outlet tube of floor heating road, the floor heating water divider and pipe network one pass through the first inlet pipe of floor heating and floor heating
First outlet tube road is connected on floor heating main line.
Further, first inlet pipe of floor heating and floor heating the first outlet tube road by the second connecting line into
Row is connected to, and is located at the second connecting line position in first inlet pipe of floor heating and is additionally provided with three-way water mixing valve two, described
Three-way water mixing valve two connect with the second connecting line.
Further, the radiator system includes radiate main inlet pipe, the 5th circulating pump, the main outlet tube of heat dissipation
Road and multiple radiators, the main inlet pipe of the heat dissipation and main outlet tube road of radiating are both connected to main outlet tube road, multiple
Radiator is arranged in parallel, and the liquid feeding end of radiator and liquid returning end are connected to the main inlet pipe of heat dissipation and the main outlet tube that radiates
On the road.
Further, the ground heating system two includes the second inlet pipe of floor heating, the 4th circulating pump, floor heating water divider
And pipe network two and the second outlet tube of floor heating road, the floor heating water divider and pipe network two pass through the second inlet pipe of floor heating and floor heating
Second outlet tube road is connected on floor heating main line, and second inlet pipe of floor heating and floor heating the second outlet tube road pass through the
Three connecting lines are connected to, and it is mixed to be additionally provided with threeway in second inlet pipe of floor heating at third connecting line position
Water valve three, the three-way water mixing valve three are connect with third connecting line.
3. beneficial effect
It is had the following beneficial effects: compared with existing well-known technique using technical solution provided by the utility model
(1) mostly for waterpower delivery system, which includes heat power supply device, life in one source of one kind of the utility model
Work hot-water heating system, radiator system and ground heating system, heat power supply device can give hot water supply system, radiator system and floor heating system
System provides heat source, and hot water supply system provides domestic hot-water, radiator system and ground heating system can collective effect to building not
Heat with region, also, the hot water supply system of the waterpower delivery system and radiator system directly with heat power supply device
Main outlet tube road, thus the temperature of hot water supply system and radiator system is higher, can satisfy the demand of the two systems,
Circulation fluid and master of the radiator system between heat power supply device and ground heating system, after flowing through radiator system progress circulation heating
The original circulation fluid mixing in outlet tube road, thus the temperature for entering circulation fluid in ground heating system is lower, the confession of ground heating system
Warm temperature is also corresponding lower, and waterpower delivery system pipeline arrangement rationally, can meet the needs of each end, Neng Gouman well
Foot builds the heating demands of interior different zones, and the heat distribution of heat power supply device is reasonable.
(2) one source of one kind of the utility model is mostly for waterpower delivery system, the hot water supply system of the waterpower delivery system
Including water tank, tank hot water's outlet tube road, water tank cold water inlet pipe and water tank heat exchange circulation line, and tank hot water's outlet tube
The first connecting line is connected between road and water tank cold water inlet pipe, tank hot water's outlet tube road is located at the first connecting line
Position is equipped with three-way water mixing valve one, which can be timely into water tank by water tank cold water inlet pipe
Make-up water source, meanwhile, can be made by the first connecting line and three-way water mixing valve one in water tank cold water inlet pipe part water source into
Enter into tank hot water's outlet tube road and mix, enables to outflow tank hot water's outlet tube road for the temperature of the water used
Reach a suitable temperature, can be avoided outflow tank hot water's outlet tube road so that the temperature of the water used is excessively high, entirely give birth to
Hot-water heating system living uses reliable.
(3) mostly for waterpower delivery system, the ground heating system of the waterpower delivery system includes in one source of one kind of the utility model
The liquid feeding end of ground heating system one and ground heating system two, ground heating system one and ground heating system two is both connected to the upper of floor heating main line
The outlet end of end, ground heating system one and ground heating system two is both connected to the lower end of floor heating main line, under the action of natural gravity,
The higher circulation fluid meeting nature of temperature flow to the upper end of main line, and then enters in ground heating system one and ground heating system two,
And the lower end that the lower circulation fluid of rear temperature is then located at main line is circulated, circulation fluid flows smooth sequential.
(4) one source of one kind of the utility model is mostly for waterpower delivery system, on the floor heating main line of the waterpower delivery system
It is connected with the main liquid back pipe road of floor heating, the main liquid back pipe road of the floor heating is connect with heat exchange cycle outlet tube road, and the main liquid back pipe road of floor heating
It is located between the liquid feeding end and liquid returning end of ground heating system with the connecting pin of floor heating main line, circulating fluid is followed through ground heating system
Enter the lower end of floor heating main line after ring heating, which being capable of part and the high temperature circulation that is located at floor heating main line upper end
Liquid is mixed, and is partially flowed back into heat power supply device by the main liquid back pipe road of floor heating, and circulation fluid mixing improves hot in circulation fluid
The utilization rate of amount, and enable to the flow of circulation fluid in floor heating main line more sufficient, the circulation fluid in ground heating system is not
It will appear the situation of underfed.
(5) one source of one kind of the utility model is mostly for waterpower delivery system, the floor heating main line of the waterpower delivery system
Upper end is equipped with lateral duct one, and the lower end of floor heating main line is equipped with lateral duct two, ground heating system one and ground heating system two into
Liquid end is both connected in lateral duct one, and the outlet end of ground heating system one and ground heating system two is both connected to lateral duct two
On, temperature higher circulation fluid in floor heating main line upper end, which can be first into lateral duct one, to be accumulated, and can be guaranteed
There can be enough circulation fluids to enter in ground heating system within any time of waterpower delivery system operation, meanwhile, circulation
Low-temperature circulating liquid after heating, which can be first into lateral duct two, to be buffered, and low-temperature circulating liquid is avoided to be directly impinging
The upper end of floor heating main line.
(6) mostly for waterpower delivery system, the ground heating system one of the waterpower delivery system is wrapped in one source of one kind of the utility model
Include the first inlet pipe of floor heating, third circulating pump, floor heating water divider and pipe network one and the first outlet tube of floor heating road, and floor heating
One inlet pipe is connected to floor heating the first outlet tube road by the second connecting line, and the is located in the first inlet pipe of floor heating
Three-way water mixing valve two, the circulation in the first inlet pipe of floor heating and the first outlet tube of floor heating road are additionally provided at two connecting line positions
Liquid can be mixed by the second connecting line and three-way water mixing valve two, so that circulation fluid at floor heating water divider and pipe network one
Flow is more sufficient, so that one heating effect of ground heating system is more preferable, and three-way water mixing valve two controls simply, easy to use, together
When, circulation fluid mixing is also beneficial to accurately control the temperature for entering floor heating water divider and the circulation fluid in pipe network one, so that ground
The heating of warm water segregator and pipe network one reaches requirement.
(7) one source of one kind of the utility model is mostly for waterpower delivery system, the radiator system packet of the waterpower delivery system
Include the main inlet pipe of heat dissipation, the 5th circulating pump, the main outlet tube road of heat dissipation and multiple radiators, the main inlet pipe that radiates and heat dissipation master
Outlet tube road is both connected to main outlet tube road, and multiple radiators are arranged in parallel, and the liquid feeding end of radiator and liquid returning end difference
It is connected to the main inlet pipe of heat dissipation and main outlet tube road of radiating, the part circulation fluid in main outlet tube road is first into heat dissipation
Circulation heating is carried out in device system, the circulation fluid that temperature after being circulated throughout reduces flowed out by radiator system after with main outlet tube road
In original circulation fluid mixing reduce the bulk temperature of circulation fluid so that circulation fluid temperature can satisfy the demand of ground heating system and
Do not damage ground heating system.
(8) mostly for waterpower delivery system, the ground heating system two of the waterpower delivery system is wrapped in one source of one kind of the utility model
Include the second inlet pipe of floor heating, the 4th circulating pump, floor heating water divider and pipe network two and the second outlet tube of floor heating road, floor heating second into
Three-way water mixing valve three is equipped on liquid pipeline, ground heating system two is equally able to carry out the mixing of circulation fluid, can equally adjust into
Enter the temperature to the circulation fluid in floor heating water divider and pipe network two, entire ground heating system can satisfy the different temperatures of different zones
Demand, it is very easy to use.
Detailed description of the invention
Fig. 1 is overall structure diagram of one source of one kind of the utility model mostly for waterpower delivery system.
Label declaration in schematic diagram:
1, heat power supply device；2, hot water supply system；21, heat exchange cycle inlet pipe；22, first circulation pumps；23, heat exchange follows
Ring outlet tube road；24, tank hot water's outlet tube road；25, water tank cold water inlet pipe；26, the first connecting line；27, threeway is mixed
Water valve one；28, water tank；3, radiator system；31, radiate main inlet pipe；32, the 5th circulating pump；33, radiate main outlet tube
Road；34, radiator；4, ground heating system one；41, the first inlet pipe of floor heating；42, third circulating pump；43, floor heating water divider and pipe
Net one；44, the first outlet tube of floor heating road；45, the second connecting line；46, three-way water mixing valve two；5, ground heating system two；51, floor heating
Second inlet pipe；52, the second outlet tube of floor heating road；53, the 4th circulating pump；54, three-way water mixing valve three；55, third connecting tube
Road；56, floor heating water divider and pipe network two；6, the main liquid back pipe road of floor heating；61, second circulation pumps；7, main outlet tube road；8, liquid is led back
Pipeline；9, floor heating main line；91, lateral duct one；92, lateral duct two.
Specific embodiment
For the content for further appreciating that the utility model, the utility model is described in detail in conjunction with the accompanying drawings and embodiments.
Embodiment
As shown in connection with fig. 1, one source of one kind of the present embodiment is mostly for waterpower delivery system, it is characterised in that: fills including heat source
Set 1, hot water supply system 2, radiator system 3 and ground heating system, wherein heat power supply device 1 is connected with main outlet tube road 7, life
The liquid feeding end of hot-water heating system 2 is connected on main outlet tube road 7, and the outlet end of hot water supply system 2 and heat power supply device 1 connect
It connects, at the same time, main outlet tube road 7 is connected with floor heating main line 9, and the outlet end and liquid returning end of ground heating system are both connected to floor heating
On main line 9, the main liquid back pipe road 6 of floor heating is connected on the floor heating main line 9, the main liquid back pipe road 6 of floor heating is connected to heat power supply device
1, in addition, the liquid feeding end and liquid returning end of above-mentioned radiator system 3 are both connected on main outlet tube road 7, and radiator system 3
Between heat power supply device 1 and ground heating system.
Circulation fluid after the heating of heat power supply device 1 is first into main outlet tube road 7, then is entered by main outlet tube road 7
Into each end, since hot water supply system 2 and radiator system 3 are directly connected on main outlet tube road 7, thus master goes out
Circulation fluid in liquid pipeline 7 can enter directly into hot water supply system 2 and radiator system 3, therefore enter life heat
Water system 2 and the temperature of the circulation fluid in radiator system 3 are higher, hot water supply system 2 and radiator system 3 be capable of providing compared with
The domestic hot-water of high-temperature and the heating of higher temperature, and ground heating system is connect by floor heating main line 9 with main outlet tube road 7,
And radiator system 3 is between heat power supply device 1 and ground heating system, thus the part circulation fluid in main outlet tube road 7 can be first
It enters in radiator system 3 and is flowed, so that radiator system 3 starts the work that heats, circulating fluid is through radiator system 3
It is flow back into outlet tube road 7 by the liquid returning end of radiator system 3 later, which follows with script in outlet tube road 7
Ground heating system is flowed to again after the mixing of ring liquid, and the circulation fluid due to flowing through radiator system 3 had carried out circulation heating, thus should
Partial circulation fluid temperature can be reduced accordingly, and the temperature of the circulation fluid of the part can be lower than the circulation fluid of script in outlet tube road 7
Temperature, after which mixes with the circulation fluid of script in outlet tube road 7, the temperature of whole circulation fluid in outlet tube road 7
Degree can be lowered, and the temperature for entering the circulation fluid of ground heating system i.e. can be lower than the circulation fluid entered in radiator system 3
Temperature, therefore ground heating system can provide temperature slightly lower heating, and since the temperature of circulation fluid is not too high, thus
The circulation fluid entered in ground heating system will not damage ground heating system.Preferably, the heat power supply device 1 in the present embodiment is gas-fired boiler
Furnace.Waterpower delivery system pipeline arrangement rationally, can meet the needs of each end well, can satisfy the interior not same district of building
The heat distribution of the heating demands in domain, the circulation fluid after the heating of heat power supply device 1 is reasonable.Multiple ends are all often in the prior art
It is connected directly between on heat source, often there is the situation of heat distribution unevenness.
Specifically, above-mentioned hot water supply system 2 includes water tank 28, tank hot water's outlet tube road 24, water tank cold water feed liquor
Pipeline 25 and water tank heat exchange circulation line, tank hot water's outlet tube road 24 and water tank cold water inlet pipe 25 connect with water tank 28
Connect, can be replenished in time cold water into water tank 28 by water tank cold water inlet pipe 25, it is heated in water tank 28 after water energy it is enough logical
The output of tank hot water's outlet tube road 24 is crossed, and water tank 28 connects 1 heating water tank of heat power supply device by water tank heat exchange circulation line
Domestic water in 28.Water tank heat exchange circulation line includes heat exchange cycle inlet pipe 21 and heat exchange cycle outlet tube road 23,
Heat exchange cycle inlet pipe 21 is connected on main outlet tube road 7, and heat exchange cycle outlet tube road 23 is connect with heat power supply device 1, heat exchange
It recycles and is connected with first circulation pump 22 on liquid pipeline 23, the circulation fluid in main outlet tube road 7 is by heat exchange cycle inlet pipe 21
It enters in heat exchange cycle pipeline and the water in water tank 28 is heated, and circulation fluid is flowed by heat exchange cycle outlet tube road 23
It returns in heat power supply device 1, it is preferable that the heat exchange cycle outlet tube road 23 of the present embodiment is connected directly to time liquid of heat power supply device 1
End can also connect main liquid back pipe road 8 in the liquid returning end of heat power supply device 1, and by heat exchange cycle outlet tube road 23 and lead back liquid certainly
Pipeline 8 connects.Further, first is connected between above-mentioned tank hot water's outlet tube road 24 and water tank cold water inlet pipe 25
Connecting line 26, and be located at 26 position of the first connecting line on tank hot water's outlet tube road 24 and be equipped with three-way water mixing valve
One 27, three-way water mixing valve 1 is adjusted, the portion of cold water in water tank cold water inlet pipe 25 can be made to enter tank hot water and gone out
It in liquid pipeline 24, is mixed with the hot water in tank hot water's outlet tube road 24, thus in regulating tank hot water outlet tube road 24
The temperature of domestic hot-water enables to outflow tank hot water's outlet tube road 24 to reach one suitably for the temperature of the water used
Temperature can be avoided outflow tank hot water's outlet tube road 24 so that the temperature of the water used is excessively high, and enable to water tank hot
The amount for the domestic hot-water that water outlet tube road 24 is flowed out is more sufficient, and entire hot water supply system 2 uses reliable.
Above-mentioned radiator system 3 includes radiate main inlet pipe 31, the 5th circulating pump 32, main 33 and of outlet tube road of heat dissipation
Multiple radiators 34, the main inlet pipe 31 that radiates and main outlet tube road 33 of radiating are both connected on main outlet tube road 7, the 5th circulation
Pump 32, which is set to, to radiate in main inlet pipe 31, and multiple radiators 34 are arranged in parallel, and the liquid feeding end of radiator 34 and liquid returning end point
It is not connected to the main inlet pipe 31 of heat dissipation and radiates on main outlet tube road 33, the main inlet pipe 31 that radiates and main outlet tube road of radiating
33 are respectively positioned on the front end of ground heating system, and the part circulation fluid in main outlet tube road 7 is entered by the main inlet pipe 31 that radiates first
Circulation heating is carried out in radiator system 3, after the circulation fluid that the temperature after being circulated throughout reduces is flowed out by main outlet tube road 33 of radiating
The bulk temperature for reducing circulation fluid is mixed with circulation fluid original in main outlet tube road 7, the circulation fluid after reducing temperature is after afterflow
Move in floor heating main line 9 and provide circulation fluid for ground heating system so that circulation fluid temperature can satisfy the demand of ground heating system and
Do not damage ground heating system.Radiator system 3 is connected between heat power supply device 1 and ground heating system and enables to radiator system 3
Possess different terminal temperatures with ground heating system, to enable radiator system 3 and ground heating system is different area in building
Domain heating meets different zones to the different demands of temperature, radiator system 3 can be used for example and supply to the place such as toilet
It is warm, and ground heating system is used to heat to the place such as bedroom.Meanwhile the set-up mode of radiator system 3 is but also at ground heating system
Circulation fluid flow it is very sufficient, ground heating system stable working is reliable.
The ground heating system of the present embodiment is connect by floor heating main line 9 with main outlet tube road 7, and floor heating main line 9 is both ends
Enclosed construction, the liquid feeding end of ground heating system are both connected to the upper end of floor heating main line 9, and the outlet end of ground heating system is both connected to
The lower end of floor heating main line 9.Circulation fluid in main outlet tube road 7 enters in floor heating main line 9, and most circulation fluid can begin
Final position is in floor heating main line 9, thus the flow of the circulation fluid in floor heating main line 9 is very sufficient always, then flowing to ground
The flow of circulation fluid in heating system i.e. can be more sufficient, and ground heating system runs smoothly reliably, and heating effect is good, and the prior art
In be then to need to heat circulation fluid in heating device and be input to each end again, have can for each end pole in thermal process in sight
Underfed can occur, and the structure of the present embodiment then avoids the problem.Also, under the action of natural gravity,
The higher circulation fluid of temperature can automatically achieve the upper end of floor heating main line 9, and the lower circulation fluid of temperature can then be located at after flowing back
The lower end of floor heating main line 9, the higher circulation fluid of temperature can enter in ground heating system in an orderly manner, and circulation fluid flowing steadily has
Sequence.Further, the upper end of the floor heating main line 9 of the present embodiment is equipped with lateral duct 1, and the lower end of floor heating main line 9
Equipped with lateral duct 2 92, the liquid feeding end of ground heating system is connected in lateral duct 1, and the liquid returning end of ground heating system is connected to
In lateral duct 2 92, the 9 higher circulation fluid of upper end temperature of floor heating main line can be first into lateral duct 1 into
Row accumulates, and can guarantee can have enough circulation fluids to enter floor heating system within any time that waterpower delivery system is run
It is not in 9 upper end circulating fluid flow rate of floor heating main line insufficient situation suddenly in system, meanwhile, the low temperature after circulation heating
Circulation fluid can be first into lateral duct two 92 and be buffered, and low-temperature circulating liquid is avoided to be directly impinging floor heating main line
9 upper end is conducive to the stabilization of circulation fluid in floor heating main line 9.
The main liquid back pipe road 6 of above-mentioned floor heating is connect with heat exchange cycle outlet tube road 23, and the main liquid back pipe road 6 of floor heating is equipped with the
Two circulating pumps 61, and the main liquid back pipe road 6 of floor heating is located at the liquid feeding end and liquid returning end of ground heating system with the connecting pin of floor heating main line 9
Between, circulating fluid enters the lower end of floor heating main line 9 after ground heating system carries out circulation heating, which being capable of part
It is mixed with the high temperature circulation liquid for being located at 9 upper end of floor heating main line, part circulation fluid then passes through the main liquid back pipe road 6 of floor heating and flows
Into heat exchange cycle outlet tube road 23 to flow back into heat power supply device 1, circulation fluid mixes the benefit for improving heat in circulation fluid
With rate, and enable to the flow of circulation fluid in floor heating main line 9 more sufficient, the circulation fluid in ground heating system is not in
The situation of underfed.The main liquid back pipe road 6 of floor heating connect the laying that can also simplify pipeline with heat exchange cycle outlet tube road 23, keeps away
Having exempted from the main liquid back pipe road of floor heating 6, individually another adapter tube road does not have excessive pipeline at heat power supply device 1 to heat power supply device 1.
As a preferred embodiment, the ground heating system of the present embodiment includes ground heating system 1 and ground heating system 25, floor heating
The liquid feeding end of system 1 and ground heating system 25 is both connected to the upper end of floor heating main line 9, and ground heating system 1 and ground heating system
25 outlet end is both connected to the lower end of floor heating main line 9, i.e. the liquid feeding end of ground heating system 1 and ground heating system 25 is all connected with
In lateral duct 1, the outlet end of ground heating system 1 and ground heating system 25 is both connected on 92 in lateral duct two, is needed
It is noted that in the present embodiment, the liquid feeding end of ground heating system 1 and ground heating system 25 is to be connected to lateral duct 1
At the different location of upside, and the temperature of the circulation fluid at the different location of the lateral duct 1 of floor heating main line 9 is not
It is identical, thus the temperature for entering ground heating system 1 and the circulation fluid in ground heating system 25 is also differentiated, Neng Gouman
The different demands of 25 pairs of circulation fluid temperature of sufficient ground heating system 1 and ground heating system.Specifically, ground heating system 1 includes floor heating
First inlet pipe 41, third circulating pump 42, floor heating water divider and pipe network 1 and the first outlet tube of floor heating road 44, floor heating divides water
Device and pipe network 1 are connected on floor heating main line 9 by the first inlet pipe of floor heating 41 and the first outlet tube of floor heating road 44, the
Three circulating pumps 42 are connected in the first inlet pipe of floor heating 41.In addition, the first outlet tube of the first inlet pipe of floor heating 41 and floor heating
Road 44 is connected to by the second connecting line 45, is located at 45 position of the second connecting line also in the first inlet pipe of floor heating 41
Equipped with three-way water mixing valve 2 46, which connect with the second connecting line 45.41 He of the first inlet pipe of floor heating
Circulation fluid in the first outlet tube of floor heating road 44 can be mixed by 45 road of the second connecting tube and three-way water mixing valve 2 46, be made
The flow for obtaining circulation fluid at floor heating water divider and pipe network 1 is more sufficient, so that one 4 heating effect of ground heating system is more preferable, and
The control of three-way water mixing valve 2 46 is simple, easy to use, meanwhile, circulation fluid mixing, which is also beneficial to accurately control, to be entered floor heating and divides water
The temperature of device and the circulation fluid in pipe network 1, so that the heating of floor heating water divider and pipe network 1 reaches requirement.Similarly, originally
The ground heating system 25 of embodiment includes floor heating the second inlet pipe 51,2 56 and of the 4th circulating pump 53, floor heating water divider and pipe network
The second outlet tube of floor heating road 52, floor heating divide device and pipe network 2 56 to pass through the second inlet pipe of floor heating 51 and the second outlet tube of floor heating road
52 are connected on floor heating main line 9, and the 4th circulating pump 53 is set in the second inlet pipe of floor heating 51, also, the second feed liquor of floor heating
Pipeline 51 is connected to the second outlet tube of floor heating road 52 by third connecting line 55, is located in the second inlet pipe of floor heating 51
Three-way water mixing valve 3 54 is additionally provided at 55 position of third connecting line, three-way water mixing valve 3 54 is connect with third connecting line 55,
Ground heating system 25 is equally able to carry out the mixing of circulation fluid, can equally adjust and enter in floor heating water divider and pipe network 2 56
Circulation fluid temperature, entire ground heating system can satisfy the different temperatures demand of different zones, very easy to use.This implementation
The ground heating system of example can further adjust ground heating system 1 and floor heating by two connecting lines and two three-way water mixing valves
The heating temperature of system 25, so that the heating temperature of two systems creates a difference.In use, storage can be set to ground heating system 1
The places such as room are hidden, ground heating system 25 is set to the places such as bedroom, ground heating system 1 is then entered into floor heating water divider and pipe
The temperature of circulation fluid in net 1 is turned down by way of mixed water, and the heating of low temperature can be realized in ground heating system 1, by ground
The temperature of circulation fluid in heating system 25, which is adjusted to suitable temperature, to be the heating of the place such as bedroom, the floor heating of the present embodiment
System equally can provide the heating of different temperatures, the confession of ground heating system 1 and ground heating system 25 for the requirement of different zones
Warm temperature can be different, and heating system is very easy to use.
Mostly for waterpower delivery system, the waterpower delivery system heat distribution is reasonable in one source of one kind of the utility model, can
Meet the heating demands of different zones in building, and waterpower delivery system pipeline arrangement is rationally, to the heat utilization of circulation fluid
Rate is high, and each end flow is very sufficient, and each end is run smoothly reliably.
Schematically the utility model and embodiments thereof are described above, description is not limiting, attached drawing
Shown in be also one of the embodiments of the present invention, actual structure is not limited to this.So if this field
Those of ordinary skill enlightened by it, without deviating from the purpose of the present invention, without creatively designing
Frame mode similar with the technical solution and embodiment, all should belong to the protection range of the utility model.
Claims (10)
1. an a kind of source is mostly for waterpower delivery system, it is characterised in that: including heat power supply device (1), hot water supply system (2), dissipate
Hot device system (3) and ground heating system, the heat power supply device (1) are connected with main outlet tube road (7), the hot water supply system
(2) liquid feeding end is connected on main outlet tube road (7), and the outlet end of the hot water supply system (2) and heat power supply device (1) are even
It connects, the main outlet tube road (7) is connected with floor heating main line (9), and the outlet end and liquid returning end of the ground heating system connect
It connects on floor heating main line (9), the main liquid back pipe road (6) of floor heating, the floor heating master is connected on the floor heating main line (9)
Liquid back pipe road (6) is connected to heat power supply device (1), and the liquid feeding end and liquid returning end of the radiator system (3) are both connected to master and go out
On liquid pipeline (7), and the radiator system (3) is located between heat power supply device (1) and ground heating system.
2. an a kind of source according to claim 1 is mostly for waterpower delivery system, it is characterised in that: the domestic hot-water system
System (2) includes water tank (28), tank hot water's outlet tube road (24), water tank cold water inlet pipe (25) and water tank heat exchange circulation pipe
Road, tank hot water's outlet tube road (24) and water tank cold water inlet pipe (25) are connect with water tank (28), the water
Case heat exchange cycle pipeline includes heat exchange cycle inlet pipe (21) and heat exchange cycle outlet tube road (23), the heat exchange cycle into
Liquid pipeline (21) is connected on main outlet tube road (7), and the heat exchange cycle outlet tube road (23) is connect with heat power supply device (1).
3. an a kind of source according to claim 2 is mostly for waterpower delivery system, it is characterised in that: the tank hot water goes out
The first connecting line (26) are connected between liquid pipeline (24) and water tank cold water inlet pipe (25), the tank hot water goes out liquid
It is located at the first connecting line (26) position on pipeline (24) and is equipped with three-way water mixing valve one (27).
4. an a kind of source according to claim 3 is mostly for waterpower delivery system, it is characterised in that: the ground heating system packet
Include ground heating system one (4) and ground heating system two (5), the liquid feeding end of the ground heating system one (4) and ground heating system two (5) connects
Connect the upper end in floor heating main line (9), the outlet end of the ground heating system one (4) and ground heating system two (5) is both connected to ground
The lower end of warm main line (9).
5. an a kind of source according to claim 4 is mostly for waterpower delivery system, it is characterised in that: main time liquid of the floor heating
Pipeline (6) is connect with heat exchange cycle outlet tube road (23), and the connecting pin of floor heating main liquid back pipe road (6) and floor heating main line (9)
Between the liquid feeding end and liquid returning end of ground heating system.
6. an a kind of source according to claim 4 or 5 is mostly for waterpower delivery system, it is characterised in that: the floor heating master
The upper end of pipeline (9) is equipped with lateral duct one (91), and the lower end of the floor heating main line (9) is equipped with lateral duct two (92),
The liquid feeding end of the ground heating system one (4) and ground heating system two (5) is both connected in lateral duct one (91), the floor heating
The outlet end of system one (4) and ground heating system two (5) is both connected in lateral duct two (92).
7. an a kind of source according to claim 6 is mostly for waterpower delivery system, it is characterised in that: the ground heating system one
It (4) include that the first inlet pipe of floor heating (41), third circulating pump (42), floor heating water divider and pipe network one (43) and floor heating first go out
Liquid pipeline (44), the floor heating water divider and pipe network one (43) go out liquid by the first inlet pipe of floor heating (41) and floor heating first
Pipeline (44) is connected on floor heating main line (9).
8. an a kind of source according to claim 7 is mostly for waterpower delivery system, it is characterised in that: the floor heating first into
Liquid pipeline (41) and the first outlet tube of floor heating road (44) are connected to by the second connecting line (45), the floor heating first into
It is located at the second connecting line (45) position on liquid pipeline (41) and is additionally provided with three-way water mixing valve two (46), the three-way water mixing valve
Two (46) are connect with the second connecting line (45).
9. an a kind of source according to claim 1 is mostly for waterpower delivery system, it is characterised in that: the radiator system
(3) include radiate main inlet pipe (31), the 5th circulating pump (32), radiate main outlet tube road (33) and multiple radiators (34),
The main inlet pipe of the heat dissipation (31) and the main outlet tube road (33) of heat dissipation are both connected on main outlet tube road (7), multiple heat dissipations
Device (34) is arranged in parallel, and the liquid feeding end of radiator (34) and liquid returning end are connected to the main inlet pipe (31) of heat dissipation and heat dissipation
On main outlet tube road (33).
10. an a kind of source according to claim 8 is mostly for waterpower delivery system, it is characterised in that: the ground heating system
Two (5) include the second inlet pipe of floor heating (51), the 4th circulating pump (53), floor heating water divider and pipe network two (56) and floor heating second
Outlet tube road (52), the floor heating divide device and pipe network two (56) to go out liquid by the second inlet pipe of floor heating (51) and floor heating second
Pipeline (52) is connected on floor heating main line (9), second inlet pipe of floor heating (51) and the second outlet tube of floor heating road
(52) it is connected to by third connecting line (55), third connecting line is located in second inlet pipe of floor heating (51)
(55) three-way water mixing valve three (54) is additionally provided at position, the three-way water mixing valve three (54) and third connecting line (55) are even
It connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821901281.8U CN209165528U (en) | 2018-11-19 | 2018-11-19 | One source of one kind is mostly for waterpower delivery system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821901281.8U CN209165528U (en) | 2018-11-19 | 2018-11-19 | One source of one kind is mostly for waterpower delivery system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209165528U true CN209165528U (en) | 2019-07-26 |
Family
ID=67338803
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821901281.8U Expired - Fee Related CN209165528U (en) | 2018-11-19 | 2018-11-19 | One source of one kind is mostly for waterpower delivery system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209165528U (en) |
-
2018
- 2018-11-19 CN CN201821901281.8U patent/CN209165528U/en not_active Expired - Fee Related
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| GR01 | Patent grant | ||
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190726 |