CN205991551U - A kind of hot water cyclesystem of intelligent building - Google Patents
A kind of hot water cyclesystem of intelligent building Download PDFInfo
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- CN205991551U CN205991551U CN201620963792.7U CN201620963792U CN205991551U CN 205991551 U CN205991551 U CN 205991551U CN 201620963792 U CN201620963792 U CN 201620963792U CN 205991551 U CN205991551 U CN 205991551U
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- hot water
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Abstract
A kind of hot water cyclesystem of intelligent building includes：First heat storage water tank, the second heat storage water tank, connecting pipe, moisturizing pipeline, building hot water recycle unit, temperature control processing system and anti-interference system, first heat storage water tank and the second heat storage water tank are connected by connecting pipe, second heat storage water tank is connected with moisturizing pipeline, first heat storage water tank is connected with building hot water recycle unit by pipeline, temperature control processing system is connected with the first heat storage water tank and the second heat storage water tank, and anti-interference system is connected with temperature control processing system.Wherein, anti-interference system includes：Gauge outfit harvester and transmission control unit (TCU).Using double individually Database Systems compared with conventional art, each water tank has an independent temperature data storehouse to enter the storage of trip temperature, then ceaselessly interacts with each other temperature and be balanced this utility model.A bottom line temperature is set simultaneously, prevents the too low problem of temperature in equilibrium process.Traditional burst data transfers are converted thereof into by gauge outfit harvester by numerical data by anti-interference system simultaneously and upload to temperature control processing system again, prevent transmission to be interfered and lead to data not accurate.
Description
Technical field
This utility model is related to a kind of intelligent circulation system and in particular to a kind of hot water cyclesystem of intelligent building.
Background technology
, using single cisten mechanism, its annual energy consumption proportion in building is very high for traditional hot water cyclesystem.
In therefore one Ground Connection in Intelligent Building transformation process, the special attention for hot water cyclesystem.Double water tank moisturizing in these schemes
Scheme be one not only economic same structure also simply design very much.But in the control of intelligent building, the design meeting of double water tank
Cause the obstruction of data transfer, lead to from must excessively close to the reading of temperature data of two water tanks and upload go wrong, and by
Particularity on structure problem, nor carry out excessive transformation.
In order to solve the above problems, we are made that a series of improvement.
Utility model content
The purpose of this utility model is, provides a kind of hot water cyclesystem of intelligent building, to overcome prior art institute
The disadvantages mentioned above existing and deficiency.
A kind of hot water cyclesystem of intelligent building is it is characterised in that include：First heat storage water tank, the second heat storage water tank,
Connecting pipe, moisturizing pipeline, building hot water recycle unit, temperature control processing system and anti-interference system, described first heat storage water tank
Connected by connecting pipe with the second heat storage water tank, described second heat storage water tank is connected with moisturizing pipeline, described first water storage
Case is connected with building hot water recycle unit by pipeline, described temperature control processing system and the first heat storage water tank and the second heat storage water tank
Connect, described anti-interference system is connected with temperature control processing system；
Wherein, described anti-interference system includes：Gauge outfit harvester and transmission control unit (TCU), one end of described gauge outfit harvester with
The harvester of temperature control processing system connects, and the other end of described gauge outfit harvester is connected with transmission control unit (TCU), and described transmission controls
Device is connected with temperature control processing system.
Further, described first heat storage water tank includes：Heat supply end, water side, discharge ends, the last time mouth of a river and the mouth of a river next time,
Described heat supply end and building hot water recycle unit, described water side is connected with building user side, described discharge ends and drainage pipeline
Connect, described last time the mouth of a river and next time the switch valve at the mouth of a river be connected with temperature control processing system, described last time the mouth of a river and mouth of a river next time
It is connected with the second heat storage water tank by connecting pipe.
Further, described second heat storage water tank includes：Return cold water outlet, send hot water mouth, overfall and water supplement port, described Hui Leng
The mouth of a river is connected with the last time mouth of a river by connecting pipe, described send hot water mouth to pass through connecting pipe to be connected with the mouth of a river next time, described overflow
Located at water supplement port upper end, described water supplement port is connected with replenishing water tank of water by moisturizing pipeline for outlet.
Further, described temperature control processing system includes：Administrative center's control system, humiture collection device and flow velocity metering
Device, described administrative center control system is connected with humiture collection device and flow velocity quantifier, described humiture collection device and flow velocity
Quantifier is respectively arranged in the first heat storage water tank and the second heat storage water tank.
The beneficial effects of the utility model：
Using double individually Database Systems compared with conventional art, each water tank has an independent temperature to this utility model
Data base enters the storage of trip temperature, then ceaselessly interacts with each other temperature and is balanced.A bottom line temperature is set simultaneously,
Prevent the too low problem of temperature in equilibrium process.The state that is so balanced according to the temperature of other side mutually will be it is not necessary to will
Temperature transmission judges so that temperature can be maintained within the scope of one well, difference variation very little, and the efficiency for heating
Also higher.Traditional burst data transfers are converted thereof into by gauge outfit harvester by numerical data by anti-interference system simultaneously
Upload to temperature control processing system again, prevent transmission to be interfered and lead to data not accurate.
Brief description
Fig. 1 is structure chart of the present utility model.
Reference：
First heat storage water tank 100, heat supply end 110, water side 120, discharge ends 130, the last time mouth of a river 140 and the mouth of a river next time
150
Second heat storage water tank 200, return cold water outlet 210, send hot water mouth 220, overfall 230 and water supplement port 240.
Connecting pipe 300, moisturizing pipeline 400 and building hot water recycle unit 500.
Temperature control processing system 600, administrative center's control system 610, humiture collection device 620 and flow velocity quantifier 630.
Anti-interference system 700, gauge outfit harvester 710 and transmission control unit (TCU) 720.
Specific embodiment
Below in conjunction with specific embodiment, this utility model is made with progressive explanation.It should be understood that following examples are merely to illustrate
This utility model is not for restriction scope of the present utility model.
Embodiment 1
Fig. 1 is structure chart of the present utility model.
As shown in figure 1, a kind of hot water cyclesystem of intelligent building includes：First heat storage water tank 100, the second heat storage water tank
200th, connecting pipe 300, moisturizing pipeline 400, building hot water recycle unit 500, temperature control processing system 600 and anti-interference system
700, the first heat storage water tank 100 and the second heat storage water tank 200 are connected by connecting pipe, the second heat storage water tank 200 and filling pipe
Road 400 connects, and the first heat storage water tank 100 is connected with building hot water recycle unit 500 by pipeline, temperature control processing system 600 with
First heat storage water tank 100 and the second heat storage water tank 200 connect, and anti-interference system 700 is connected with temperature control processing system 600；
Wherein, anti-interference system 700 includes：Gauge outfit harvester 710 and transmission control unit (TCU) 720, the one of gauge outfit harvester 710
End is connected with the harvester of temperature control processing system 600, and the other end of gauge outfit harvester 710 is connected with transmission control unit (TCU) 720, transmission
Controller 720 is connected with temperature control processing system 600.
First heat storage water tank 100 includes：Heat supply end 110, water side 120, discharge ends 130, the last time mouth of a river 140 and lower water-back
Mouthfuls 150, heat supply end 110 and building hot water recycle unit 500, water side 120 is connected with building user side, discharge ends 130 and arranging
Waterpipe connects, last time the mouth of a river 140 and next time the switch valve at the mouth of a river 150 be connected with temperature control processing system 600, last time the mouth of a river 140
The mouth of a river 150 is connected with the second heat storage water tank 200 by connecting pipe 300 next time.
Second heat storage water tank 200 includes：Return cold water outlet 210, send hot water mouth 220, overfall 230 and water supplement port 240, Hui Leng
The mouth of a river 210 is connected with the last time mouth of a river 140 by connecting pipe 300, send hot water mouth 220 to pass through connecting pipe 300 and the mouth of a river next time
150 connections, overfall 230 is connected with replenishing water tank of water by moisturizing pipeline 400 located at water supplement port 240 upper end, water supplement port 240.
Temperature control processing system 600 includes：Administrative center's control system 610, humiture collection device 620 and flow velocity quantifier
630, administrative center's control system 610 is connected with humiture collection device 620 and flow velocity quantifier 630, humiture collection device 620 He
Flow velocity quantifier 630 is respectively arranged in the first heat storage water tank 100 and the second heat storage water tank 200.
This utility model is then double individually Database Systems, all builds for two water tanks in administrative center's control system 610
Stand the storage that trip temperature is entered in independent temperature data storehouse, then synchronous can carry out hygral equilibrium between data base.Arrange simultaneously
One bottom line temperature, prevents the too low problem of temperature in equilibrium process.So put down according to the temperature of other side mutually
The state of weighing apparatus judges so that temperature can be maintained within the scope of one well it is not necessary to transmit temperature, difference variation very little,
And the efficiency for heating is also higher.Then need to open switch valve according to temperature and allow the first heat storage water tank 100 and the second storage
Boiler 200 is circulated balance.Work as hypervolia, last time the mouth of a river 140 unnecessary hot water can be transmitted by returning cold water outlet 210
To the second heat storage water tank 200, when the hot water of the second heat storage water tank 200 is excessive, then can be overflowed by overfall 230, feed back simultaneously
Carry out in the air to administrative center's control system 610.And if the first heat storage water tank 100 water yield is very few, then the second heat storage water tank 200
It is transferred to the first heat storage water tank 100 by sending hot water mouth 220, and the second heat storage water tank 200 hot water is very few also can pass through water supplement port
240 carry out moisturizing.In this process, in order to the heating system in water tank is measured also according to humiture collection device 620 and flow velocity
Device 630 is heated after feeding back to the data analysiss of administrative center's control system 610.
The maximum problem of this scheme from must excessively close to the reading of temperature data of two water tanks and upload problem, its environment
Also cannot be with traditional project plan comparison it is therefore desirable to a set of special anti-interference system.
This utility model uses and is mounted directly in the output end of humiture collection device 620 and flow velocity quantifier 630
Gauge outfit harvester 710, the mode of transmission does not adopt traditional impulse form, but changes into digital form, then allows gauge outfit lead to
Cross communication control processor and administrative center's control system 610 immediate data connects.Data so can be effectively prevented from transmission
Process is due to interference, and the data transmission fault causing.
Above specific embodiment of the present utility model is illustrated, but this utility model is not limited thereto, only
Will be without departing from objective of the present utility model, this utility model can also have various change.
Claims (4)
1. a kind of hot water cyclesystem of intelligent building is it is characterised in that include：First heat storage water tank (100), the second water storage
Case (200), connecting pipe (300), moisturizing pipeline (400), building hot water recycle unit (500), temperature control processing system (600) and
Anti-interference system (700), described first heat storage water tank (100) and the second heat storage water tank (200) are connected by connecting pipe, described
Second heat storage water tank (200) is connected with moisturizing pipeline (400), and described first heat storage water tank (100) passes through pipeline and building hot water
Recycle unit (500) connection, described temperature control processing system (600) and the first heat storage water tank (100) and the second heat storage water tank (200)
Connect, described anti-interference system (700) is connected with temperature control processing system (600)；
Wherein, described anti-interference system (700) includes：Gauge outfit harvester (710) and transmission control unit (TCU) (720), described gauge outfit is adopted
One end of storage (710) is connected with the harvester of temperature control processing system (600), the other end of described gauge outfit harvester (710) with
Transmission control unit (TCU) (720) connects, and described transmission control unit (TCU) (720) is connected with temperature control processing system (600).
2. a kind of intelligent building according to claim 1 hot water cyclesystem it is characterised in that：Described first water storage
Case (100) includes：Heat supply end (110), water side (120), discharge ends (130), the last time mouth of a river (140) and the mouth of a river (150) next time,
Described heat supply end (110) and building hot water recycle unit (500), described water side (120) is connected with building user side, described row
Water end (W.E.) (130) is connected with drainage pipeline, the mouth of a river of described last time (140) and the next time switch valve of the mouth of a river (150) and temperature control processing system
System (600) connects, and connecting pipe (300) and the second heat storage water tank are passed through in the mouth of a river of described last time (140) and the next time mouth of a river (150)
(200) connect.
3. a kind of intelligent building according to claim 1 hot water cyclesystem it is characterised in that：Described second water storage
Case (200) includes：Return cold water outlet (210), send hot water mouth (220), overfall (230) and water supplement port (240), described time cold water outlet
(210) be connected with the last time mouth of a river (140) by connecting pipe (300), described send hot water mouth (220) pass through connecting pipe (300)
It is connected with the mouth of a river next time (150), described overfall (230) located at water supplement port (240) upper end, pass through to mend by described water supplement port (240)
Waterpipe (400) is connected with replenishing water tank of water.
4. a kind of intelligent building according to claim 1 hot water cyclesystem it is characterised in that：Described temperature control processing system
System (600) includes：Administrative center's control system (610), humiture collection device (620) and flow velocity quantifier (630), described management
Central control system (610) is connected with humiture collection device (620) and flow velocity quantifier (630), described humiture collection device
(620) it is respectively arranged in the first heat storage water tank (100) and the second heat storage water tank (200) with flow velocity quantifier (630).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620963792.7U CN205991551U (en) | 2016-08-26 | 2016-08-26 | A kind of hot water cyclesystem of intelligent building |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620963792.7U CN205991551U (en) | 2016-08-26 | 2016-08-26 | A kind of hot water cyclesystem of intelligent building |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205991551U true CN205991551U (en) | 2017-03-01 |
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ID=58104898
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620963792.7U Active CN205991551U (en) | 2016-08-26 | 2016-08-26 | A kind of hot water cyclesystem of intelligent building |
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| Country | Link |
|---|---|
| CN (1) | CN205991551U (en) |
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2016
- 2016-08-26 CN CN201620963792.7U patent/CN205991551U/en active Active
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