CN205804481U - A kind of Novel water source heat pump water intake system being applicable to the bigger seasonal height of water - Google Patents
A kind of Novel water source heat pump water intake system being applicable to the bigger seasonal height of water Download PDFInfo
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- CN205804481U CN205804481U CN201620617068.9U CN201620617068U CN205804481U CN 205804481 U CN205804481 U CN 205804481U CN 201620617068 U CN201620617068 U CN 201620617068U CN 205804481 U CN205804481 U CN 205804481U
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Abstract
This utility model relates to a kind of Novel water source heat pump water intake system being applicable to the bigger seasonal height of water, including intake strucure on the ground, underground water intake structures and water intaking piping.Underground water intake structures include underground hoistway and underground water pump chamber, water intaking piping includes unit section hydraulic pipeline and water intaking section hydraulic pipeline, water intaking section hydraulic pipeline includes fetch water section water delivery house steward, the phase aqueduct that rises, aqueduct in dry season, the intake of phase aqueduct of rising is located in the water intaking layer below the normal mean water in river, and dry season, the intake of aqueduct was located in the water intaking layer below river mean water in dry season.This utility model uses extracts the situation that the water lines reply height of water is big in phase of rising and dry season two, has the advantages that annual water intaking is stable.
Description
Technical field
This utility model relates to a kind of water resource heat pump water intake system, is applicable to bigger seasonal water level particularly to one and falls
The Novel water source heat pump water intake system of difference, belongs to water resource heat pump water intake system field.
Background technology
The low temperature low level heat that water resource heat pump refers to utilize the solar energy absorbed in shallow surface water source and geothermal energy and formed
Energy resource, according to heat energy principle, inputs a small amount of high-order electric energy, the equipment shifted by Lowlevel thermal energy to high level heat.Due to water
Source heat pump needs to absorb low temperature Lowlevel thermal energy from shallow surface water source, and so how surface water is incorporated in heat pump main frame one
It it is directly a highly important problem in water resource heat pump field.Current solution is to build water pump at earth surface water source adnexa
Factory Building, is incorporated into surface water in heat pump main frame by water pump assembly and the water pumping pipe road that is passed through in water source and carries out heat exchange.But, ground
Table water source is respectively arranged with the feature of self because natural environment residing for it is different, and such as, the annual SEA LEVEL VARIATION in some area is bigger,
The seasonal drop of water level is big.According to existing construction scheme, need to build pump house on riverbank, then from pump house fairlead
Road extends up to arrive at water intaking along riverbed in river.This scheme based on the bigger situation of above water surface seasonality drop,
Needing the meansigma methods according to annual horizontal plane height above sea level to determine the position of dry point, this scheme is easily under extreme season environment
Take less than qualified water source, and seasonal drop brings difficulty relatively greatly also to the suitable water intaking layer in location.
Summary of the invention
This utility model is applicable to the Novel water source heat pump water intake system of the bigger seasonal height of water and discloses new side
Case, uses and rises the phase and extract the situation that the seasonal height of water of water lines reply is big dry season two, solve existing scheme because of
What water level seasonality drop brought greatly takes the problem less than qualified water source in extreme season under environment.
This utility model is applicable to the Novel water source heat pump water intake system of the bigger seasonal height of water and includes fetching water on the ground
Structures, underground water intake structures and water intaking piping, be provided with water intaking piping in underground water intake structures.Underground water intake structures bag
Including underground hoistway and underground water pump chamber, the upper end of underground hoistway connects with intake strucure on the ground, the lower end of underground hoistway and ground
Lower pump chamber connects, and water intaking piping includes unit section hydraulic pipeline and water intaking section hydraulic pipeline, the upper end of unit section hydraulic pipeline
Connect with water resource heat pump from offshore side, the upper end pass-out of underground hoistway, the lower end of unit section hydraulic pipeline be located in the ground pump chamber
The water side connection of interior water-delivery pump, water intaking section hydraulic pipeline includes water intaking section water delivery house steward, rises phase aqueduct, dry season
Aqueduct, water intaking section water delivery house steward outlet connect with the water inlet end of water-delivery pump, fetch water section water delivery house steward import with rise
The outlet of phase aqueduct, the interruption-forming three way type that goes out of aqueduct in dry season connect, and the intake of the phase aqueduct that rises sets
In water intaking layer below the normal mean water in river, dry season, the intake of aqueduct was located at river mean water in dry season
In the water intaking layer of lower section.Water-delivery pump rises phase aqueduct and/or aqueduct in described dry season pumps into described in being passed through by river
Described unit section hydraulic pipeline, water source is delivered to water source heat pump units by described unit section hydraulic pipeline.
This utility model be applicable to the Novel water source heat pump water intake system of the bigger seasonal height of water use the phase of rising and
Extract the situation that the water lines reply height of water is big dry season two, have the advantages that annual water intaking is stable.
Accompanying drawing explanation
Fig. 1 is the signal that this utility model is applicable to the Novel water source heat pump water intake system of the bigger seasonal height of water
Figure.
Wherein, 110 is maintaining ladder, and 210 is water-delivery pump, and 221 is lifting job platform, and 310 is unit section hydraulic pipeline,
322 is the phase aqueduct that rises, and 323 is aqueduct in dry season, and 324 is the phase water-supply-pipe concrete pedestal that rises, and 325 is low water
Phase water-supply-pipe concrete pedestal, 326 is extension, and 327 is intake section, and 328 is positioning track, and 329 is location pedestal, 330
It it is counter-flushing pipeline.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in further detail.
As it is shown in figure 1, this utility model is applicable to the Novel water source heat pump water intake system bag of the bigger seasonal height of water
Include intake strucure, underground water intake structures and water intaking piping on the ground, in underground water intake structures, be provided with water intaking piping, it is also possible to
The auxiliary equipments such as arranging inspection platform, the problem simultaneously taking account of current seepage, at the bottom pocket that underground water intake is constructed also
Can arrange gutter, gutter can lead to the subdrainage passage of deeper.Underground water intake structures include underground hoistway
And underground water pump chamber, the upper end of underground hoistway connects with intake strucure on the ground, and the lower end of underground hoistway is with underground water pump chamber even
Logical, water intaking piping includes unit section hydraulic pipeline and water intaking section hydraulic pipeline, and the upper end of unit section hydraulic pipeline is from underground hoistway
Offshore side, upper end pass-out connect with water resource heat pump, the lower end of unit section hydraulic pipeline and the water-delivery pump being located in the ground in pump chamber
Water side connection, water intaking section hydraulic pipeline include fetch water section water delivery house steward, the phase aqueduct that rises, aqueduct in dry season,
The outlet of water intaking section water delivery house steward connects with the water inlet end of water-delivery pump, the import of water intaking section water delivery house steward and the phase aqueduct that rises
Outlet, aqueduct in dry season go out interruption-forming three way type connection, it is normal that the intake of the phase aqueduct that rises is located at river
In water intaking layer below mean water, dry season, the intake of aqueduct was located at the water intaking below river mean water in dry season
In layer.Water-delivery pump rises phase aqueduct and/or aqueduct in described dry season pumps into described unit section described in being passed through by river
Hydraulic pipeline, water source is delivered to water source heat pump units by described unit section hydraulic pipeline.Such scheme uses the phase water-supply-pipe that rises
Road, aqueduct in dry season tackle the water intaking demand in the case of normal water intaking and extreme seasonality respectively, and built-in water intaking
Piping avoids the external problem being easily disturbed, destroying brought of pipeline, owing to being arranged in the environment of a relative closure, and pipe
Construction and the maintenance of system are the most relatively easy.
During building underground water intake structures and water intaking piping and later stage repairing, safeguarding, it is frequently encountered by needs
The operation that the parts with constant weight of big part are transported into, are gone out, owing to underground water intake structures include two connected differences
Constructing space, hanging device directly hangs out from well head, entering to seem is inconvenient in use.In order to solve this problem, this programme is adopted
With installing the scheme of lifting transferring equipment in underground water pump chamber, as it is shown in figure 1, specifically underground water pump chamber top is provided with and hangs
Shipping unit, handling apparatus includes that the handling track being fixed on underground water pump chamber top and the handling can slided on handling track are made
Industry platform, one end of handling track extends to the lower port of underground hoistway, the thing that underground hoistway is transported by lifting job platform
Part is transported to the setting position of underground water pump chamber along handling track crane, lifting job platform by the object in underground water pump chamber along handling
Track crane be transported to the porch of hoistway lower end, underground backward on send out missile silo road.In such scheme, internal handling apparatus draws
Enter building and the maintenance work in later stage of great convenience early stage.Further, attendant passes in and out underground water intake structure for convenience
Building thing, this programme connectivity part in hoistway upper end, underground with intake strucure on the ground is provided with maintaining ladder, and attendant is by dimension
Protect cat ladder turnover underground water intake structures.
In order to improve the stability of the pipeline being exposed in river, reduce in river the magazine granules such as silt and enter intake pipe
In system, it is ensured that water intaking quality and efficiency, the water intaking end of phase of the rising aqueduct of this programme is passed through the part of water intaking layer by rising
Water phase water-supply-pipe concrete pedestal is fixed on riverbed, is provided with filtering net part at the intake of the phase aqueduct that rises water intaking end,
River enters the phase aqueduct that rises after sieve pack filters.Meanwhile, this programme dry season aqueduct water intaking end
The part being passed through water intaking layer is fixed on riverbed by water-supply-pipe concrete pedestal in dry season, aqueduct water intaking in dry season end
Being provided with filtering net part at intake, river enters aqueduct in dry season after sieve pack filters.In order to ensure water source heat
Pump can get satisfactory water source in dry season, and aqueduct in dry season is designed to according to circumstances to extend by this programme
Scheme, specifically aqueduct in dry season water intaking end be passed through the part of water intaking layer include sealing successively splicing connection base section,
Extension, intake section, extension includes that pipeline section is propped up in some extensions connected by sealing flange.A pipeline section is extended by increasing
Quantity, or change and extend the size of pipeline section itself and can realize the purpose of change aqueduct length.Further, for
The appropriate section making above-mentioned aqueduct water intaking in dry season end can adapt to the requirement of river bed specific environment, and this programme also may be used
With the scheme being designed to deform by its part, i.e. extend pipeline section be can elastic telescopic, the pipeline body of torsional deflection, water intaking
Mouth section is fixed on by intake section positioner on the riverbed setting water intaking layer.Above scheme makes intake section be possible not only to
Extend from axially, it is also possible to from radial distorted, enhance the motility of water intaking.
On the basis of such scheme, this programme further discloses a kind of intake section motion guiding device, specifically
It is that intake section positioner includes the positioning track being fixed on riverbed and the location base of location of can sliding on positioning track
Seat, intake section fixed mount is located on the pedestal of location, and location pedestal drives intake section to slide along positioning track, location.Water intaking
The concrete scheme of mouth section positioner enhances the stability of intake section.Further, in order to realize the automatization of Underwater Navigation,
Change according to water body parameter changes the position of dry point in good time, and this programme also discloses the side of being automatically positioned of a kind of intake section
Case, i.e. aqueduct in dry season also include intake section positioner control system, intake section positioner control system bag
Include water temperature detection module, location pedestal drives module, control module, and control module transmits, according to water temperature detection module, the water temperature of coming
Value drives module drive location pedestal to drive intake section along positioning rail with the comparison result control location pedestal of set water temperature value
Road slides, location.The scheme of above-mentioned intelligent water intaking greatly improves automatization and the navigability of water intake system.
This programme is fetched water in the river of natural environment, can be brought into by the silt in the river of certain depth unavoidably, in order to
Improve this situation, it is ensured that water source heat pump units normally works, remove the drift in water-supply-pipe in time, it is necessary to aqueduct
Carry out periodic cleaning.In order to realize above-mentioned technical purpose, this programme introduces counter-flushing pipeline, and specifically water intaking piping also includes
Counter-flushing pipeline, counter-flushing pipeline includes backwash total pipeline, rise phase aqueduct Backwash pipeline, aqueduct in dry season
Backwash pipeline, the water inlet of backwash total pipeline connects with unit section hydraulic pipeline upper end, the outlet of backwash total pipeline
Three way type is formed with the water inlet of the water inlet of phase aqueduct Backwash pipeline that rises, aqueduct Backwash pipeline in dry season
Connection, the outlet of phase aqueduct Backwash pipeline of rising connects with the downstream line of the phase aqueduct that rises, and dry season is defeated
The outlet of waterpipe Backwash pipeline connects with the downstream line of aqueduct in dry season.As it is shown in figure 1, carrying out backwash
Time, close water intaking section water delivery house steward and the connectivity points of phase aqueduct of rising, aqueduct Backwash pipeline in dry season and low water
The connectivity points of phase aqueduct, water-delivery pump is rushed through phase aqueduct Backwash pipeline of rising by aqueduct water intaking in dry season
Wash the phase aqueduct that rises.Close water intaking section water delivery house steward and the connectivity points of aqueduct in dry season, the phase aqueduct that rises anti-
The connectivity points of flushing pipe and the phase aqueduct that rises, water-delivery pump is fetched water through water-supply-pipe in dry season by the phase aqueduct that rises
Road Backwash pipeline rinses aqueduct in dry season.The silt in water-supply-pipe downstream progressively moves to along with the minimizing of upstream quantity of sand and mud
Upstream, then be discharged, so circulation is finally reached the purpose of cleaning pipeline.
Circuit that above scheme relates to, module, electronic devices and components all can use scheme generally in the art and type selecting, also
Specially designed scheme can be used according to actual needs.
The Novel water source heat pump water intake system being applicable to the bigger seasonal height of water of this programme uses phase of rising and withered
The water phase two extracts the situation that the water lines seasonal height of water of reply is big, use the convenient early stage of lifting transferring equipment structure and after
The maintenance of phase, uses the water intaking guider that can change water intaking position the most flexibly to improve the quality of water intaking and water supply
Stability, uses the drift in backwash piping cleaning water-supply-pipe, effectively prevent line clogging, reduce Water source heat pump unit
The fault rate of group.Based on above feature, the Novel water source heat pump water intaking being applicable to the bigger seasonal height of water of this programme is
System is compared currently existing scheme and is had substantive distinguishing features and progress.
The Novel water source heat pump water intake system being applicable to the bigger seasonal height of water of this programme is not limited to concrete reality
Executing the content disclosed in mode, the technical scheme occurred in embodiment can be with individualism, it is also possible to mutually comprise, this area skill
Art personnel combine, according to this programme, the simple alternative that common knowledge makes and fall within the scope of this programme.
Claims (10)
1. it is applicable to a Novel water source heat pump water intake system for the bigger seasonal height of water, it is characterized in that including fetching water on the ground
Structures, underground water intake structures and water intaking piping, be provided with described water intaking piping in described underground water intake structures；Described underground
Intake strucure includes underground hoistway and underground water pump chamber, and the upper end of described underground hoistway is with described ground intake strucure even
Logical, the lower end of described underground hoistway connects with described underground water pump chamber, and described water intaking piping includes unit section hydraulic pipeline and takes
Water section hydraulic pipeline, the upper end of described unit section hydraulic pipeline is from the upper end offshore side pass-out of described underground hoistway and water resource heat pump
Connection, the described lower end of unit section hydraulic pipeline connects with the water side of the water-delivery pump being located in described underground water pump chamber, described
Water intaking section hydraulic pipeline includes fetch water section water delivery house steward, the phase aqueduct that rises, aqueduct in dry season, described water intaking section water delivery
The outlet of house steward connects with the water inlet end of described water-delivery pump, the import of described water intaking section water delivery house steward and the described phase water-supply-pipe that rises
The outlet in road, aqueduct in dry season go out the connection of interruption-forming three way type, described in the rise intake of phase aqueduct be located at river
Flowing in the water intaking layer below normal mean water, described dry season, the intake of aqueduct was located at river mean water in dry season
In the water intaking layer of lower section；Described water-delivery pump rises phase aqueduct and/or aqueduct in described dry season described in being passed through by river
Pumping into described unit section hydraulic pipeline, water source is delivered to water source heat pump units by described unit section hydraulic pipeline.
The Novel water source heat pump water intake system being applicable to the bigger seasonal height of water the most according to claim 1, it is special
Levying and be, described underground water pump chamber top is provided with handling apparatus, and described handling apparatus includes being fixed on described underground water pump chamber top
The handling track in portion and the lifting job platform that can slide on described handling track, one end of described handling track extends to institute
Stating the lower port of underground hoistway, the object that described underground hoistway is transported by described lifting job platform is along described handling track crane
Being transported to the setting position of described underground water pump chamber, described lifting job platform hangs described in the object edge in described underground water pump chamber
Fortune track crane be transported to the porch of hoistway lower end, described underground backward on send out described underground hoistway.
The Novel water source heat pump water intake system being applicable to the bigger seasonal height of water the most according to claim 1, it is special
Levy and be, described in rise that to be passed through the part of water intaking layer solid by the phase water-supply-pipe concrete pedestal that rises for the water intaking end of phase aqueduct
Be scheduled on riverbed, described in rise phase aqueduct water intaking end intake at be provided with filtering net part, river is through described filter screen portion
Rise described in entering after part filtration phase aqueduct.
The Novel water source heat pump water intake system being applicable to the bigger seasonal height of water the most according to claim 1, it is special
Levy and be, described dry season aqueduct water intaking end to be passed through the part of water intaking layer solid by water-supply-pipe concrete pedestal in dry season
Being scheduled on riverbed, be provided with filtering net part at the intake of described aqueduct water intaking in dry season end, river is through described filter screen portion
Part enters aqueduct in described dry season after filtering.
The Novel water source heat pump water intake system being applicable to the bigger seasonal height of water the most according to claim 4, it is special
Levy and be, aqueduct water intaking in described dry season end be passed through the part of water intaking layer include sealing successively splicing connection base section,
Extension, intake section, described extension includes that pipeline section is propped up in some extensions connected by sealing flange.
The Novel water source heat pump water intake system being applicable to the bigger seasonal height of water the most according to claim 5, it is special
Levy and be, described extension prop up pipeline section be can elastic telescopic, the pipeline body of torsional deflection, described intake section pass through intake Duan Ding
Position device is fixed on the riverbed setting water intaking layer.
The Novel water source heat pump water intake system being applicable to the bigger seasonal height of water the most according to claim 6, it is special
Levying and be, described intake section positioner includes the positioning track being fixed on riverbed and can slide on described positioning track
The location pedestal of location, described intake section fixed mount is located on the pedestal of described location, and described location pedestal drives described water intaking
Mouth section is slided along described positioning track, is positioned.
The Novel water source heat pump water intake system being applicable to the bigger seasonal height of water the most according to claim 7, it is special
Levying and be, described dry season, aqueduct also included intake section positioner control system, described intake section positioner
Control system includes that water temperature detection module, location pedestal drive module, control module, and described control module is examined according to described water temperature
It is fixed with described in the comparison result control described location pedestal driving module drive of set water temperature value that survey module transmits next water temperature value
Position pedestal drives described intake section to slide along described positioning track, position.
The Novel water source heat pump water intake system being applicable to the bigger seasonal height of water the most according to claim 1, it is special
Levying and be, described water intaking piping also includes that counter-flushing pipeline, described counter-flushing pipeline include backwash total pipeline, phase water delivery of rising
Pipeline Backwash pipeline, aqueduct Backwash pipeline in dry season, the water inlet of described backwash total pipeline and described unit section
Hydraulic pipeline upper end connects, the outlet of described backwash total pipeline and the water inlet of described phase aqueduct Backwash pipeline of rising
Mouthful, the water inlet of aqueduct Backwash pipeline in described dry season form three way type connection, described in rise the recoil of phase aqueduct
The outlet washing pipeline connects with the described downstream line rising phase aqueduct, described dry season aqueduct Backwash pipeline
Outlet connect with the downstream line of aqueduct in described dry season；Close described water intaking section water delivery house steward to rise the phase with described
The connectivity points of aqueduct, described dry season aqueduct Backwash pipeline with the connectivity points of aqueduct in described dry season, institute
State water-delivery pump to rise described in the flushing of phase aqueduct Backwash pipeline by rising described in described aqueduct water intaking in dry season process
Water phase aqueduct；Close described water intaking section water delivery house steward and the connectivity points of aqueduct in described dry season, described in phase of rising defeated
The connectivity points of waterpipe Backwash pipeline and the described phase aqueduct that rises, described water-delivery pump pass through described in rise phase aqueduct
Fetch water through described aqueduct Backwash pipeline flushing in dry season aqueduct in described dry season.
The Novel water source heat pump water intake system being applicable to the bigger seasonal height of water the most according to claim 1, it is special
Levying and be, hoistway upper end, described underground is provided with maintaining ladder with the connectivity part of described ground intake strucure, and attendant passes through
Described maintaining ladder passes in and out described underground water intake structures.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620617068.9U CN205804481U (en) | 2016-06-21 | 2016-06-21 | A kind of Novel water source heat pump water intake system being applicable to the bigger seasonal height of water |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201620617068.9U CN205804481U (en) | 2016-06-21 | 2016-06-21 | A kind of Novel water source heat pump water intake system being applicable to the bigger seasonal height of water |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105908805A (en) * | 2016-06-21 | 2016-08-31 | 宝莲华新能源技术（上海）有限公司 | Novel water source heat pump water taking system applicable to great seasonal water level drop |
| CN108086403A (en) * | 2017-12-11 | 2018-05-29 | 中国能源建设集团广东省电力设计研究院有限公司 | Water intake structures |
-
2016
- 2016-06-21 CN CN201620617068.9U patent/CN205804481U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105908805A (en) * | 2016-06-21 | 2016-08-31 | 宝莲华新能源技术（上海）有限公司 | Novel water source heat pump water taking system applicable to great seasonal water level drop |
| CN108086403A (en) * | 2017-12-11 | 2018-05-29 | 中国能源建设集团广东省电力设计研究院有限公司 | Water intake structures |
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Address after: 200000 Shanghai City, Pudong New Area Chinese (Shanghai) free trade zone fanchun Road No. 400 Building 1 layer 3 Patentee after: The new energy technology (Shanghai) Limited by Share Ltd Address before: 200233, room 3, building 99, 201 Chiang Jiang Road, Shanghai, Xuhui District Patentee before: Baolianhua New Energy Technology (Shanghai) Co., Ltd. |
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| CP03 | Change of name, title or address | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20200302 Address after: 201900 No. 855, Yangtai Road, Baoshan District, Shanghai Patentee after: Shanghai No.1 Refrigerator Factory Co., Ltd Address before: 200000 Shanghai City, Pudong New Area Chinese (Shanghai) free trade zone fanchun Road No. 400 Building 1 layer 3 Patentee before: The new energy technology (Shanghai) Limited by Share Ltd |
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| TR01 | Transfer of patent right | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20220607 Address after: 8816 Songze Avenue, Qingpu District, Shanghai, 201707 Patentee after: SHANGHAI GENERAL FUSHI COLD MACHINE CO.,LTD. Address before: 855 Yangtai Road, Baoshan District, Shanghai, 201900 Patentee before: Shanghai No.1 Refrigerator Factory Co.,Ltd. |
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| TR01 | Transfer of patent right |