CN108316397A - Rainwater-collecting storage facilities on ocean engineering platform - Google Patents
Rainwater-collecting storage facilities on ocean engineering platform Download PDFInfo
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- CN108316397A CN108316397A CN201810120335.5A CN201810120335A CN108316397A CN 108316397 A CN108316397 A CN 108316397A CN 201810120335 A CN201810120335 A CN 201810120335A CN 108316397 A CN108316397 A CN 108316397A
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- Prior art keywords
- fixedly mounted
- rainwater
- circular
- offshore platform
- water
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Classifications
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- E—FIXED CONSTRUCTIONS
- E03—WATER SUPPLY; SEWERAGE
- E03B—INSTALLATIONS OR METHODS FOR OBTAINING, COLLECTING, OR DISTRIBUTING WATER
- E03B3/00—Methods or installations for obtaining or collecting drinking water or tap water
- E03B3/02—Methods or installations for obtaining or collecting drinking water or tap water from rain-water
-
- E—FIXED CONSTRUCTIONS
- E03—WATER SUPPLY; SEWERAGE
- E03F—SEWERS; CESSPOOLS
- E03F5/00—Sewerage structures
- E03F5/10—Collecting-tanks; Equalising-tanks for regulating the run-off; Laying-up basins
-
- E—FIXED CONSTRUCTIONS
- E03—WATER SUPPLY; SEWERAGE
- E03F—SEWERS; CESSPOOLS
- E03F5/00—Sewerage structures
- E03F5/22—Adaptations of pumping plants for lifting sewage
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A20/00—Water conservation; Efficient water supply; Efficient water use
- Y02A20/108—Rainwater harvesting
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- Engineering & Computer Science (AREA)
- Health & Medical Sciences (AREA)
- Life Sciences & Earth Sciences (AREA)
- Hydrology & Water Resources (AREA)
- Public Health (AREA)
- Water Supply & Treatment (AREA)
- Environmental & Geological Engineering (AREA)
- Revetment (AREA)
- Arrangements For Transmission Of Measured Signals (AREA)
Abstract
The invention discloses the rainwater-collecting storage facilities on a kind of ocean engineering platform,Including offshore platform ontology,The offshore platform ontology is equipped with rainwater-collecting mechanism,The rainwater-collecting mechanism is by being equipped with circular support column,Inclined shore column,Circular groove,Square groove,Stepper motor,Door,Fixing bearing,Shaft coupling,Drive shaft,Circular rotatable disk,Tilt taper is into bucket,Protection network,Metal protection column,Assist rotating mechanism,Guide and locating mechanism,The guide and locating mechanism is equipped with fixed station,Wind transducer,Small recesses,RF transmitter,Infrared receiver,The offshore platform ontology is equipped with rainwater storage mechanism,The rainwater storage mechanism is equipped with protection channel,Water tank,Guide rod,Fixed ring,Water storage square hole,Through hole,Telescoping tube,Gasket,The offshore platform ontology, which is equipped with, uses water dispenser structure,Circular support column upper surface is equipped with controller.The invention has the advantages that of simple structure and strong practicability.
Description
Technical field
The present invention relates to ocean engineering platform equipment field, the rainwater-collecting storage on especially a kind of ocean engineering platform
Equipment.
Background technology
Water resource is one of indispensable resource of the mankind, and at sea water resource is particularly precious when working platform, daily
Larger needed for drinking water in life, seawater can not directly be drunk, and carried out processing and be more troublesome, and the nuisance contained by rainwater
Matter is less, capable of direct drinking after processing, and at sea rainwater is also more sufficient, in the case where water resource lacks, can make
With treated rainwater, so the rainwater-collecting of offshore platform is critically important, and the space on offshore platform is more nervous, storage
It is also a big problem.
Invention content
The purpose of the present invention is to solve the above problem, the rainwater-collecting storage on a kind of ocean engineering platform is devised
Equipment.
Realize above-mentioned purpose the technical scheme is that, the rainwater-collecting storage facilities on a kind of ocean engineering platform,
Including offshore platform ontology, offshore platform ontology lower surface is fixedly mounted on equipped with multiple fixed columns on ocean, the sea
Upper mounting plate ontology is equipped with rainwater-collecting mechanism, and the rainwater-collecting mechanism is equal by being fixedly mounted on offshore platform body upper surface
Multiple circular support columns of even distribution, one end are fixed is fixedly connected with the other end and circular support column with offshore platform body upper surface
The inclined shore column that is fixedly connected, positioned at the circular groove of circular support column upper surface, in circular groove lower surface side
Connected in star is fixedly mounted on lower surface in square groove and the upward stepper motor of round end, is fixedly mounted on square groove and goes out
Door at mouthful is fixedly mounted on door and is fixedly mounted on the concentric corresponding fixing bearing of stepper motor round end, one end
Shaft coupling, one end on stepper motor round end are fixedly connected with the driving that the other end passes through fixing bearing with the shaft coupling other end
Axis, is fixedly mounted on circular rotatable disk upper table at the circular rotatable disk for being fixedly mounted on drive shaft upper end and being located in circular groove
The tilt taper in face into bucket, be fixedly mounted on tilt taper into bucket water inlet end protection network, be fixedly mounted on round fixation
The metal protection column of column upper surface, is fixedly mounted on the auxiliary rotating mechanism being fixedly mounted in circular groove
What the guide and locating mechanism on circular support column collectively formed, the guide and locating mechanism is by being fixedly mounted on circular support column
The fixed station of surface side, the wind transducer for being fixedly mounted on fixed station upper surface, the signal inside wind transducer
Transmitter one, the small recesses on circular rotatable disk side surface, the RF transmitter being fixedly mounted in small recesses,
It is fixedly mounted on infrared receiver corresponding with RF transmitter position on circular groove inner surface, is located at infrared ray hair
What the signal projector two inside emitter collectively formed, the offshore platform ontology is equipped with rainwater storage mechanism, the rainwater
Stocking mechanism is by being fixedly mounted on the protection channel of fixed column side, the water tank being placed in protection channel, being fixedly mounted on
It is located at the guide rod of both sides, one end in protection channel in round fixed column to be fixedly mounted on the other end on water tank and be sleeved on guiding
Multiple fixed rings on bar, positioned at the water storage square hole of circular support column lower inside, between circular groove and water storage square hole
Through hole, one end be fixedly connected with water storage square hole lower end the other end stretched into across offshore platform ontology it is flexible in water tank
It manages, the gasket that is fixedly mounted on telescoping tube and water tank interface, one end are fixedly mounted on the other end on telescoping tube and are sleeved on
What the connection ring one on one guide rod collectively formed, the offshore platform ontology, which is equipped with, uses water dispenser structure, the circular support
Column upper surface is equipped with controller.
It is coated with anticorrosion paint vehicle on the metal protection column.
The auxiliary rotating mechanism is by being located at the equally distributed spherical groove in lower surface in circular groove, being placed on spherical female
What the stainless steel spherical ball in slot collectively formed.
Circular rotatable disk side surface and lower surface and stainless steel spherical ball close to.
The protection channel is made of steel-pipe welding, and is welded with intercept net on the inside of protection channel.
It is described with water dispenser structure by being fixedly mounted in water tank the liquid level sensor of top, inside liquid level sensor
Signal projector three, the suction pump for being fixedly mounted on offshore platform body upper surface, one end are fixedly connected with suction pump water inlet end
Flexible outlet pipe that the other end is stretched into from below inside water tank is fixedly mounted on the close of flexible outlet pipe and water tank interface
Seal, one end are fixedly mounted on connection ring two, the fixed installation that the other end on flexible outlet pipe is sleeved on another guide rod
At sea the purifier of platform body upper surface, one end are fixedly connected with the other end and purifier water inlet with suction pump water outlet
The water inlet pipe being fixedly connected is held to collectively form.
The water tank is fully sealed except with remaining position in addition to telescoping tube and flexible outlet pipe interface.
It is equipped in the controller with electrical interface, capacitance display screen, signal receiver, PLC system.
The signal projector one, signal projector two, signal projector three are connected by Bluetooth signal and signal receiver
It connects.
The controller and stepper motor, wind transducer, RF transmitter, infrared receiver, liquid level sensor,
The electric connections such as suction pump, are controlled by PLC system.
Using technical scheme of the present invention make ocean engineering platform on rainwater-collecting storage facilities, can by rainwater into
Row is collected, and can increase the area of water receiving into bucket by tilt taper, improves the efficiency of water receiving, the water being connected to is put into storage
It in water tank and is placed in seawater and is preserved, the area of offshore platform is greatly saved, uses after processing, has saved water money
Source.
Description of the drawings
Fig. 1 is the structural schematic diagram of the rainwater-collecting storage facilities on ocean engineering platform of the present invention；
Fig. 2 is the partial schematic diagram of rainwater-collecting mechanism of the present invention；
Fig. 3 is the partial schematic diagram of the rainwater-collecting storage facilities on ocean engineering platform of the present invention；
Fig. 4 is the partial schematic diagram of protection channel of the present invention；
Fig. 5 is the partial schematic diagram of controller of the present invention；
In figure, 1, offshore platform ontology；2, fixed column；3, circular support column；4, inclined shore column；5, circular groove；6, rectangular
Groove；7, stepper motor；8, door；9, fixing bearing；10, shaft coupling；11, drive shaft；12, circular rotatable disk；13, cone is tilted
Shape is into bucket；14, protection network；15, metal protection column；16, fixed station；17, wind transducer；18, signal projector one；19、
Small recesses；20, RF transmitter；21, infrared receiver；22, signal projector two；23, protection channel；24, water storage
Case；25, guide rod；26, fixed ring；27, water storage square hole；28, through hole；29, telescoping tube；30, gasket；31, connection ring one；
32, controller；33, anticorrosion paint vehicle；34, spherical groove；35, stainless steel spherical ball；36, intercept net；37, level sensing
Device；38, signal projector three；39, suction pump；40, stretch outlet pipe；41, sealing ring；42, connection ring two；43, purifier；
44、；45, electrical interface is used；46, capacitance display screen；47, signal receiver；48, PLC system.
Specific implementation mode
The present invention is specifically described below in conjunction with the accompanying drawings, as shown in Figs. 1-5, the rainwater on a kind of ocean engineering platform
Storage facilities, including offshore platform ontology 1 are collected, 1 lower surface of offshore platform ontology is fixedly mounted equipped with multiple fixed columns 2
On ocean, the offshore platform ontology 1 is equipped with rainwater-collecting mechanism, and the rainwater-collecting mechanism is by being fixedly mounted at sea
The equally distributed multiple circular support columns 3 in 1 upper surface of platform body, one end, which are fixed to fix with 1 upper surface of offshore platform ontology, to be connected
Connect inclined shore column 4 that the other end is fixedly connected with circular support column 3, positioned at 3 upper surface of circular support column circular groove 5,
Positioned at the square groove 6 of lower surface in circular groove 5, it is fixedly mounted on lower surface in square groove 6 and the upward step of round end
Stepper motor 7, the door 8 for being fixedly mounted on 6 exit of square groove, be fixedly mounted on door 8 it is same with 7 round end of stepper motor
It is another that the corresponding fixing bearing 9 of the heart, one end are fixedly mounted on shaft coupling 10, one end and shaft coupling 10 on 7 round end of stepper motor
One end is fixedly connected with the other end and passes through the drive shaft 11 of fixing bearing 9, is fixedly mounted on 11 upper end of drive shaft and positioned at round recessed
Circular rotatable disk 12 in slot 5, be fixedly mounted on the tilt taper of 12 upper surface of circular rotatable disk into bucket 13, be fixedly mounted on
Protection network 14 of the tilt taper into 13 water inlet end of bucket, the metal protection column 15, solid that is fixedly mounted on 2 upper surface of round fixed column
Dingan County be mounted in be fixedly mounted in circular groove 5 auxiliary rotating mechanism, the guide-localization that is fixedly mounted on circular support column 3
What mechanism collectively formed, the guide and locating mechanism is by being fixedly mounted on the fixed station 16 of 3 upper surface side of circular support column, consolidating
Wind transducer 17, signal projector one 18 positioned at wind transducer 17 inside, position of the Dingan County mounted in 16 upper surface of fixed station
In the small recesses 19 on 12 side surface of circular rotatable disk, the RF transmitter 20, solid that is fixedly mounted in small recesses 19
Dingan County is mounted in infrared receiver 21 corresponding with 20 position of RF transmitter on 5 inner surface of circular groove, positioned at infrared
What the signal projector 2 22 inside line transmitter 20 collectively formed, the offshore platform ontology 1 is equipped with rainwater storage mechanism,
The rainwater storage mechanism is by the protection channel 23 for being fixedly mounted on 2 side of fixed column, the water storage being placed in protection channel 23
Case 24 is fixedly mounted in round fixed column 2 and is located at the guide rods 25 of both sides, one end in protection channel 23 and is fixedly mounted on water storage
The other end is sleeved on multiple fixed rings 26 on guide rod 25, positioned at the water storage square hole of 3 lower inside of circular support column on case 24
27, the through hole 28 between circular groove 5 and water storage square hole 27, one end are fixedly connected with the other end with 27 lower end of water storage square hole
The telescoping tube 29 that is stretched into water tank 24 across offshore platform ontology 1 is fixedly mounted on telescoping tube 29 and 24 interface of water tank
Gasket 30, that one end is fixedly mounted on connection ring 1 that the other end on telescoping tube 29 is sleeved on a guide rod 25 is common
It constitutes, the offshore platform ontology 1, which is equipped with, uses water dispenser structure, and 3 upper surface of circular support column is equipped with controller 32；It is described
Anticorrosion paint vehicle 33 is coated on metal protection column 15；The auxiliary rotating mechanism is uniform by being located at lower surface in circular groove 5
The spherical groove 34 of distribution, the stainless steel spherical ball 35 being placed in spherical groove 34 collectively form；The circular rotatable
12 side surface of disk and lower surface and stainless steel spherical ball 35 close to；The protection channel 23 is made of steel-pipe welding, and is prevented
23 inside of shield channel is welded with intercept net 36；It is described with water dispenser structure by being fixedly mounted on the liquid level sensor of top in water tank 24
37, the signal projector 3 38 inside liquid level sensor 37, be fixedly mounted on the suction pump of 1 upper surface of offshore platform ontology
39, one end is fixedly connected with the other end with 39 water inlet end of suction pump and stretches into flexible outlet pipe 40 inside water tank 24, solid from below
Dingan County is mounted in flexible outlet pipe 40 and is fixedly mounted on flexible outlet pipe 40 separately with the sealing ring 41 of 24 interface of water tank, one end
Connection ring 2 42 that one end is sleeved on another guide rod 25, the water purification cartridge for being fixedly mounted on 1 upper surface of offshore platform ontology
Setting 43, one end, that water inlet pipe 44 that the other end is fixedly connected with 43 water inlet end of purifier is fixedly connected with 39 water outlet of suction pump is total
With what is constituted；The water tank 24 is fully sealed except with remaining position in addition to 40 interface of telescoping tube 29 and flexible outlet pipe；It is described
It is equipped in controller 32 with electrical interface 45, capacitance display screen 46, signal receiver 47, PLC system 48；The signal projector one
18, signal projector 2 22, signal projector 3 38 are connect by Bluetooth signal with signal receiver 47；The controller 32 with
Stepper motor 7, wind transducer 17, RF transmitter 20, infrared receiver 21, liquid level sensor 37, suction pump 39 etc.
It is electrically connected, is controlled by PLC system 48.
The characteristics of the present embodiment is that offshore platform ontology lower surface is fixedly mounted on equipped with multiple fixed columns on ocean,
Offshore platform ontology is equipped with rainwater-collecting mechanism, and rainwater-collecting mechanism is uniform by being fixedly mounted on offshore platform body upper surface
The other end is fixedly connected with offshore platform body upper surface for multiple circular support columns of distribution, one end fixation and circular support column is solid
Surely the inclined shore column that connects, positioned at the circular groove of circular support column upper surface, in circular groove, lower surface is rectangular
Groove is fixedly mounted on lower surface in square groove and the upward stepper motor of round end, is fixedly mounted on square groove outlet
The door at place is fixedly mounted on door and is fixedly mounted on step with the concentric corresponding fixing bearing of stepper motor round end, one end
Shaft coupling, one end on stepper motor round end be fixedly connected with the shaft coupling other end other end across fixing bearing drive shaft,
It is fixedly mounted on drive shaft upper end and circular rotatable disk in the circular groove, is fixedly mounted on circular rotatable disk upper surface
Tilt taper into bucket, be fixedly mounted on tilt taper into bucket water inlet end protection network, be fixedly mounted in round fixed column
The metal protection column on surface, is fixedly mounted on circle at the auxiliary rotating mechanism being fixedly mounted in circular groove
What the guide and locating mechanism on support column collectively formed, guide and locating mechanism is by being fixedly mounted on circular support column upper surface side
Fixed station, be fixedly mounted on fixed station upper surface wind transducer, the signal projector one inside wind transducer,
Small recesses on circular rotatable disk side surface, are fixedly mounted the RF transmitter being fixedly mounted in small recesses
On circular groove inner surface infrared receiver corresponding with RF transmitter position, be located at RF transmitter inside
Signal projector two collectively form, offshore platform ontology is equipped with rainwater storage mechanism, and rainwater storage mechanism is by fixing peace
Mounted in fixed column side protection channel, be placed in protection channel water tank, be fixedly mounted in round fixed column and be located at
The guide rod of both sides, one end are fixedly mounted on the multiple fixations of other end suit on the guide bar on water tank in protection channel
Ring, positioned at the water storage square hole of circular support column lower inside, the through hole between circular groove and water storage square hole, one end with
Water storage square hole lower end be fixedly connected the telescoping tube that the other end stretches into water tank across offshore platform ontology, be fixedly mounted on it is flexible
Pipe is fixedly mounted on the connection that the other end on telescoping tube is sleeved on a guide rod with the gasket of water tank interface, one end
What ring one collectively formed, offshore platform ontology, which is equipped with, uses water dispenser structure, and circular support column upper surface is equipped with controller, and one kind can turn
Rainwater-collecting storage facilities dynamic, on the ocean engineering platform that can position, occupy a small amount of space, increases the effect for collecting rainwater
Rate, the less area of occupied offshore platform, saves water resource.
In the present embodiment, when raining, the direction of wind is experienced by wind transducer, and send signal to controller
In, it is controlled by controller and starts stepper motor, circular rotatable disc spins are driven by stepper motor, are sent out by RF transmitter
Infrared signal, and after receiving signal by infrared receiver, determine position, and will be round by controller control stepper motor
Turn disc faces the direction that wind comes to suitable angle, by tilt taper into bucket, improves the efficiency for collecting rainwater,
Spherical groove and stainless steel spherical ball can reduce frictional force, enter circular groove into the rainwater that bucket is collected by tilt taper
In, and rainwater is discharged into water tank by through hole, water storage square hole, telescoping tube, water tank is in the seawater along on guide rod
Lower movement, water inlet pipe is moved up and down with it, and is protected by protection channel, when using water, experiences water tank by liquid level sensor
Interior liquid level signal, and send signal in controller, start suction pump and water is extracted into purifier, makes after processing
With completion whole work process.
Above-mentioned technical proposal only embodies the optimal technical scheme of technical solution of the present invention, those skilled in the art
The principle of the present invention is embodied to some variations that some of which part may be made, belongs to the scope of protection of the present invention it
It is interior.
Claims (10)
1. the rainwater-collecting storage facilities on a kind of ocean engineering platform, including offshore platform ontology（1）, which is characterized in that institute
State offshore platform ontology（1）Lower surface is equipped with multiple fixed columns（2）It is fixedly mounted on ocean, the offshore platform ontology（1）
It is equipped with rainwater-collecting mechanism, the rainwater-collecting mechanism is by being fixedly mounted on offshore platform ontology（1）Upper surface is uniformly distributed
Multiple circular support columns（3）, one end fix with offshore platform ontology（1）Upper surface is fixedly connected with the other end and circular support column
（3）The inclined shore column being fixedly connected（4）, be located at circular support column（3）The circular groove of upper surface（5）, be located at circular groove
（5）The square groove of interior lower surface（6）, be fixedly mounted on square groove（6）Interior lower surface and the upward stepper motor of round end
（7）, be fixedly mounted on square groove（6）The door in exit（8）, be fixedly mounted on door（8）Upper and stepper motor（7）Rotation
The concentric corresponding fixing bearing in end（9）, one end be fixedly mounted on stepper motor（7）Shaft coupling on round end（10）, one end with
Shaft coupling（10）The other end is fixedly connected with the other end and passes through fixing bearing（9）Drive shaft（11）, be fixedly mounted on drive shaft
（11）Upper end and be located at circular groove（5）Interior circular rotatable disk（12）, be fixedly mounted on circular rotatable disk（12）Upper surface
Tilt taper is into bucket（13）, be fixedly mounted on tilt taper into bucket（13）The protection network of water inlet end（14）, be fixedly mounted on
Round fixed column（2）The metal protection column of upper surface（15）, be fixedly mounted on circular groove（5）Interior auxiliary turns
Motivation structure is fixedly mounted on circular support column（3）On guide and locating mechanism collectively form, the guide and locating mechanism is by solid
Dingan County is mounted in circular support column（3）The fixed station of upper surface side（16）, be fixedly mounted on fixed station（16）The wind direction of upper surface
Sensor（17）, be located at wind transducer（17）Internal signal projector one（18）, be located at circular rotatable disk（12）Side surface
On small recesses（19）, be fixedly mounted on small recesses（19）Interior RF transmitter（20）, be fixedly mounted on it is round recessed
Slot（5）On inner surface with RF transmitter（20）The corresponding infrared receiver in position（21）, be located at RF transmitter
（20）Internal signal projector two（22）It collectively forms, the offshore platform ontology（1）It is equipped with rainwater storage mechanism, institute
Rainwater storage mechanism is stated by being fixedly mounted on fixed column（2）The protection channel of side（23）, be placed on protection channel（23）Interior
Water tank（24）, be fixedly mounted on round fixed column（2）It is upper to be located at protection channel（23）The guide rod of interior both sides（25）, one end it is solid
Dingan County is mounted in water tank（24）The upper other end is sleeved on guide rod（25）On multiple fixed rings（26）, be located at circular support column
（3）The water storage square hole of lower inside（27）, be located at circular groove（5）With water storage square hole（27）Between through hole（28）, one end
With water storage square hole（27）Lower end is fixedly connected with the other end and passes through offshore platform ontology（1）Stretch into water tank（24）Interior telescoping tube
（29）, be fixedly mounted on telescoping tube（29）With water tank（24）The gasket of interface（30）, one end be fixedly mounted on telescoping tube
（29）The upper other end is sleeved on a guide rod（25）On connection ring one（31）It collectively forms, the offshore platform ontology
（1）It is equipped with and uses water dispenser structure, the circular support column（3）Upper surface is equipped with controller（32）.
2. the rainwater-collecting storage facilities on a kind of ocean engineering platform according to claim 1, which is characterized in that described
Metal protection column（15）On be coated with anticorrosion paint vehicle（33）.
3. the rainwater-collecting storage facilities on a kind of ocean engineering platform according to claim 1, which is characterized in that described
Assist rotating mechanism by being located at circular groove（5）The interior equally distributed spherical groove in lower surface（34）, be placed on spherical groove
（34）Interior stainless steel spherical ball（35）It collectively forms.
4. the rainwater-collecting storage facilities on a kind of ocean engineering platform according to claim 3, which is characterized in that described
Circular rotatable disk（12）Side surface and lower surface and stainless steel spherical ball（35）Close to.
5. the rainwater-collecting storage facilities on a kind of ocean engineering platform according to claim 1, which is characterized in that described
Protection channel（23）It is made of steel-pipe welding, and protection channel（23）Inside is welded with intercept net（36）.
6. the rainwater-collecting storage facilities on a kind of ocean engineering platform according to claim 1, which is characterized in that described
With water dispenser structure by being fixedly mounted on water tank（24）The liquid level sensor of interior top（37）, be located at liquid level sensor（37）Internal
Signal projector three（38）, be fixedly mounted on offshore platform ontology（1）The suction pump of upper surface（39）, one end and suction pump（39）
Water inlet end is fixedly connected with the other end and stretches into water tank from below（24）Internal flexible outlet pipe（40）, be fixedly mounted on and stretch
Water pipe（40）With water tank（24）The sealing ring of interface（41）, one end be fixedly mounted on flexible outlet pipe（40）Upper another end cap
Mounted in another guide rod（25）On connection ring two（42）, be fixedly mounted on offshore platform ontology（1）The water purification cartridge of upper surface
It sets（43）, one end and suction pump（39）Water outlet is fixedly connected with the other end and purifier（43）The water inlet that water inlet end is fixedly connected
Pipe（44）It collectively forms.
7. the rainwater-collecting storage facilities on a kind of ocean engineering platform according to claim 1, which is characterized in that described
Water tank（24）It removes and telescoping tube（29）With flexible outlet pipe（40）Remaining outer position of interface is fully sealed.
8. the rainwater-collecting storage facilities on a kind of ocean engineering platform according to claim 1, which is characterized in that described
Controller（32）Interior be equipped with uses electrical interface（45）, capacitance display screen（46）, signal receiver（47）, PLC system（48）.
9. the rainwater-collecting storage facilities on a kind of ocean engineering platform according to claim 1, which is characterized in that described
Signal projector one（18）, signal projector two（22）, signal projector three（38）Pass through Bluetooth signal and signal receiver
（47）Connection.
10. the rainwater-collecting storage facilities on a kind of ocean engineering platform according to claim 1, which is characterized in that institute
State controller（32）With stepper motor（7）, wind transducer（17）, RF transmitter（20）, infrared receiver（21）, liquid
Level sensor（37）, suction pump（39）Deng electric connection, pass through PLC system（48）Control.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810120335.5A CN108316397B (en) | 2018-02-07 | 2018-02-07 | Rainwater collecting and storing device on ocean engineering platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810120335.5A CN108316397B (en) | 2018-02-07 | 2018-02-07 | Rainwater collecting and storing device on ocean engineering platform |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108316397A true CN108316397A (en) | 2018-07-24 |
| CN108316397B CN108316397B (en) | 2020-10-02 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201810120335.5A Active CN108316397B (en) | 2018-02-07 | 2018-02-07 | Rainwater collecting and storing device on ocean engineering platform |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113433602A (en) * | 2021-07-05 | 2021-09-24 | 内蒙古自治区林业科学研究院 | Forest interception rainfall and surface evaporation capacity detection equipment |
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| CN206141789U (en) * | 2016-11-10 | 2017-05-03 | 浙江海洋大学 | Utilize currents power generation 's semi -submerged formula platform |
| CN107327088A (en) * | 2017-09-04 | 2017-11-07 | 申翰昭 | A kind of integrated roof leak proof support equipment with rainwater recycle function |
| CN107473489A (en) * | 2017-10-10 | 2017-12-15 | 孙祎 | A kind of rainwater purification apparatus peculiar to vessel and its application process |
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| CN113433602A (en) * | 2021-07-05 | 2021-09-24 | 内蒙古自治区林业科学研究院 | Forest interception rainfall and surface evaporation capacity detection equipment |
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