CN107631826A - A kind of ocean wave power monitoring device - Google Patents
A kind of ocean wave power monitoring device Download PDFInfo
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- CN107631826A CN107631826A CN201710957720.0A CN201710957720A CN107631826A CN 107631826 A CN107631826 A CN 107631826A CN 201710957720 A CN201710957720 A CN 201710957720A CN 107631826 A CN107631826 A CN 107631826A
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Abstract
The invention discloses a kind of ocean wave power monitoring device, belong to signal monitoring technical field, including buoyancy post, guide rod, seal head, sleeve, drier, fixed support, connection clip, elastic film, foil gauge, signal wire, A/D converter, water storage box, when waves of seawater passes through buoyancy post, buoyancy post drives guide rod to be moved up and down in sliding intracavitary under buoyancy, and then drives the elastic film of bottom connection to stretch；Ocean wave power monitoring device provided by the invention exports the strain signal of elastic film by the foil gauge on elastic film in real time, and digital data transmission is converted electrical signals to monitoring device by A/D converter；And ocean wave power monitoring device provided by the invention is easy for installation, structural reliability is strong, high sensitivity, the marine environment that can adapt to complexity；The monitoring of ocean wave environment can be achieved, good monitoring means is provided for ocean engineering construction.
Description
Technical field
The present invention relates to signal monitoring technical field, more particularly to a kind of ocean wave power monitoring device.
Background technology
The load that ocean wave is acted on ocean platform jacket is one of important parameter for designing ocean platform.In order to
The data of ocean wave load are obtained, people are measured using various measurement means, at present the measurement side of ocean wave load
Method is broadly divided into two kinds of pressure measurement and dynamometry；Wherein, pressure measurement is and the dynamometry by integrating to obtain ocean wave load again to pressure
It is then a kind of direct measuring method.
The force measuring method for the Measuring Oceanic seaway load being commonly used all is aerodynamic balance measuring method, is surveyed in this balance
In power method, the active force of ocean wave, the number that then will be detected are detected by wave load-carrying unit by sensing element first
Handled according to corresponding processing unit is passed to, finally export required ocean wave load data.Existing aerodynamic balance measuring
Method, due to its experience the sensing element of seaway load design with wave load-carrying unit (such as cylinder) it is integral, thus in order to protect
Card sensing element can experience the load of ocean wave completely, and the interference of unsupported connection wave load-carrying unit structure, still
Connection member structure between aerodynamic balance measuring structure Wave load-carrying unit and ocean platform jacket leg is sufficiently complex；Separately
Outside, whole balance has just linked together with ocean platform jacket leg before actual use measure jointly before
Debugging demarcation, so it is easy to that balance sensing element is caused to damage and influences measurement parameter in ocean platform installation
Reliability.Therefore there is measuring part is complicated, equipment installation requirement is high, functional reliability is low etc. in existing aerodynamic balance measuring method
Defect.
The content of the invention
The present invention provides a kind of ocean wave power monitoring device, it is desirable to provide one kind is easy for installation, structural reliability is strong, spirit
Sensitivity is high, can adapt to the ocean wave power monitoring device of complicated use environment, realizes that the remote of ocean wave power size can
By monitoring, avoid causing unnecessary warp due to the wave force size monitoring inaccuracy that ocean wave is acted on ocean platform
Ji loss and casualties.
Concrete technical scheme provided by the invention is as follows：
A kind of ocean wave power monitoring device provided by the invention, the ocean wave power monitoring device include buoyancy post,
Guide rod, seal head, sleeve, drier, fixed support, upper connection clip, elastic film, foil gauge, signal wire, A/D converter, storage
Water tank, mozzle and lower connection clip, wherein, the buoyancy post half suspends across the sea, and the guide rod is fixed on the buoyancy post
Lower end, the seal head is arranged on the sleeve upper end, and the guide rod is described dry through the seal head and the drier
Drying prescription is stored in the drying chamber of the sleeve；The upper connection clip is riveted on the hypomere of the guide rod, the upper connection clip
Lower end and the upper end of the elastic film rivet, and the lower end of the elastic film and the upper end of the lower connection clip rivet, described
The lower end of lower connection clip is fixed on the bottom of the sleeve；The foil gauge is fixed on the outer surface of the elastic film, described
A/D converter is arranged on the outside of the sleeve, is electrically connected between the foil gauge and the A/D converter using the signal wire
Connect；Described support bracket fastened one end is fixed on the outer surface of the sleeve, is adopted between the water storage box and the sleeve outer surface
Mutually fixed with the mozzle.
Optionally, the guide rod includes the first cylindrical section, the second cylindrical section, the 3rd cylindrical section；Wherein, first cylinder
The upper end of section is fixed on the lower surface of the buoyancy post, and second cylindrical section is connected with first cylindrical section, and described the
Three cylindrical sections are connected with second cylindrical section, and the axis of the axis and first cylindrical section of the 3rd cylindrical section is put down
OK.
Optionally, the axis of second cylindrical section is vertical with the axis of first cylindrical section, the 3rd cylindrical section
Axis it is vertical with the axis of second cylindrical section.
Optionally, the angle between the axis and horizontal plane of second cylindrical section is less than 90 °, first cylindrical section
The axis of axis and the 3rd cylindrical section is not point-blank.
Optionally, the angle between the axis and horizontal plane of second cylindrical section is 0 °.
Optionally, the sleeve includes first section, second section and the 3rd section, wherein, first section is in institute
The top of second section is stated, second section is in the junction of first section and the 3rd section；Described second
The drier is filled with section.
Optionally, the seal head is fixed on the upper end of first section, first cylindrical section using threaded connection
Through the seal head, second cylindrical section is located at the lower end of the seal head and second cylindrical section is located at described first
In the inner chamber of cylinder section, the 3rd cylindrical section passes through the drier.
Optionally, the top of the upper connection clip and the bottom of the 3rd cylindrical section are riveted using bearing pin, the upper company
Locked using trip bolt with being connected the elastic film lower end for connecing folder.
Optionally, the foil gauge is adhesive in the outer surface of the elastic film, described in the right side connection of the mozzle
The outer surface of first section, the left side of the mozzle connect the water storage box, wherein, the inner chamber of the water storage box, described lead
The inner chamber of flow tube and the inner chamber of first section are interconnected.
Optionally, the upper surface of the drier is taper, and the angle between the axis and horizontal plane of the mozzle is big
Angle between 30 °, the cone angle of the upper surface of the drier and the axis and horizontal plane of the mozzle is equal.
Beneficial effects of the present invention are as follows：
A kind of ocean wave power monitoring device provided in an embodiment of the present invention, including buoyancy post, guide rod, seal head, sleeve,
Drier, fixed support, upper connection clip, elastic film, foil gauge, signal wire, A/D converter, mozzle, water storage box and lower company
Folder is connect, wherein, buoyancy post half suspends across the sea, and guide rod is fixed on the lower end of buoyancy post, and seal head is arranged on sleeve upper end, led
Bar passes through seal head and drier, and drier is stored in the drying chamber of sleeve；Upper connection clip is riveted on the hypomere of guide rod, upper company
Connect the lower end of folder and the upper end of elastic film to rivet, the lower end of elastic film and the upper end of lower connection clip rivet, lower connection clip
Lower end is fixed on the bottom of sleeve；Foil gauge is fixed on the outer surface of elastic film, and A/D converter is arranged on the outside of sleeve,
Electrically connected between foil gauge and A/D converter using wire；Support bracket fastened one end is fixed on the outer surface of sleeve, water storage box with
Mutually fixed using mozzle between sleeve outer surface.When ocean wave impacts buoyancy post, buoyancy post acts in ocean wave power
Under fluctuate, and then buoyancy post drive guide rod move up and down, guide rod drive its underpart connect elastic film occur elasticity become
The strain variation situation of elastic film is transferred to A/D converter, A/D conversions by shape, foil gauge in real time as electronic signals
Gained electric signal is converted into data signal and gathered for collector by device, so as to obtain real-time wave force situation；And this hair
Bright ocean wave power monitoring device, due to storing drier, and water storage box and sleeve outer surface in the drying chamber of sleeve
Between be connected using mozzle, the current that can well prevent to bring into device when guide rod moves up and down enter the strain of lower end
Piece, effectively prevent the entrance of steam；First guide rod effectively can prevent seawater from flowing to elastic film along guide rod using bias mode,
During guide rod moves up and down, the contact surface between guide rod 1 and seal head 3 enters the seawater of first section 401, can be smooth
The conical surface through drier upper surface smoothly enter mozzle 14 inner chamber, the inner chamber then through mozzle 14 flows to water storage box
It is interior.
A kind of ocean wave power monitoring device provided in an embodiment of the present invention, easy for installation, structural reliability is strong, sensitivity
Height, it can adapt to complicated use environment, it is possible to achieve the long-haul reliable monitoring of ocean wave power size, avoid due to ocean wave
The wave force size monitoring that wave is acted on ocean platform is inaccurate and causes unnecessary economic loss and casualties.
Brief description of the drawings
Technical scheme in order to illustrate the embodiments of the present invention more clearly, make required in being described below to embodiment
Accompanying drawing is briefly described, it should be apparent that, drawings in the following description are only some embodiments of the present invention, for
For those of ordinary skill in the art, on the premise of not paying creative work, other can also be obtained according to these accompanying drawings
Accompanying drawing.
Fig. 1 is a kind of cross section structure diagram of ocean wave power monitoring device of the embodiment of the present invention；
Fig. 2 is a kind of operating diagram of ocean wave power monitoring device of the embodiment of the present invention.
Embodiment
In order that the object, technical solutions and advantages of the present invention are clearer, the present invention is made below in conjunction with accompanying drawing into
One step it is described in detail, it is clear that described embodiment is only part of the embodiment of the present invention, rather than whole implementation
Example.Based on the embodiment in the present invention, what those of ordinary skill in the art were obtained under the premise of creative work is not made
All other embodiment, belongs to the scope of protection of the invention.
Term " first ", " second ", " the 3rd " in description and claims of this specification and above-mentioned accompanying drawing, "
Four ", " the 5th ", " the 6th ", " the 7th " and (if present)s such as " the 8 " are for distinguishing similar object, without for retouching
State specific order or precedence.It should be appreciated that the data so used can exchange in the appropriate case, to retouch here
The embodiments of the invention stated can for example be implemented with the order in addition to those for illustrating or describing herein.
Aim to provide a kind of strong easy for installation, structural reliability, high sensitivity, the ocean that can adapt to complicated use environment
Wave force monitoring device, the embodiment of the present invention provide a kind of ocean wave power monitoring device include buoyancy post, guide rod, seal head,
Sleeve, drier, fixed support, upper connection clip, elastic film, foil gauge, signal wire, A/D converter, mozzle, water storage box
With lower connection clip, wherein, buoyancy post half suspends across the sea, and guide rod is fixed on the lower end of buoyancy post, and seal head is arranged on sleeve
Upper end, guide rod pass through seal head and drier, and drier is stored in the drying chamber of sleeve；Upper connection clip is riveted under guide rod
Section, the lower end of upper connection clip and the upper end of elastic film rivet, and the lower end of elastic film and the upper end of lower connection clip rivet, lower company
The lower end for connecing folder is fixed on the bottom of sleeve；Foil gauge is fixed on the outer surface of elastic film, and A/D converter is arranged on sleeve
Outside, electrically connected between foil gauge and A/D converter using wire；Support bracket fastened one end is fixed on the outer surface of sleeve, stores
Mutually fixed using mozzle between water tank and sleeve outer surface.When ocean wave impacts buoyancy post, buoyancy post is in ocean wave
Fluctuated under power effect, and then buoyancy post drives guide rod to move up and down, the elastic film that guide rod drives its underpart to connect occurs
The strain variation situation of elastic film is transferred to A/D converter, A/ by elastic deformation, foil gauge in real time as electronic signals
Gained electric signal is converted into data signal and gathered for collector by D converters, so as to obtain real-time wave force situation；And
The ocean wave power monitoring device of the present invention, due to storing drier in the drying chamber of sleeve, and outside water storage box and sleeve
It is connected between surface using mozzle, the current that can well prevent to bring into device when guide rod moves up and down enter lower end
Foil gauge, effectively prevent the entrance of steam；First guide rod can effectively prevent seawater from flowing to elasticity along guide rod using bias mode
Film, during guide rod moves up and down, the contact surface between guide rod 1 and seal head 3 enters the seawater of first section 401, can
Smoothly enter the inner chamber of mozzle 14 with the conical surface smoothly through drier upper surface, then the inner chamber flow direction through mozzle 14 stores
In water tank.A kind of ocean wave power monitoring device provided in an embodiment of the present invention, easy for installation, structural reliability is strong, sensitivity
Height, it can adapt to complicated use environment, it is possible to achieve the long-haul reliable monitoring of ocean wave power size, avoid due to ocean wave
The wave force size monitoring that wave is acted on ocean platform is inaccurate and causes unnecessary economic loss and casualties.
A kind of ocean wave power monitoring device of the embodiment of the present invention is carried out specifically below in conjunction with Fig. 1 and Fig. 2
It is bright.
With reference to shown in figure 1, a kind of ocean wave power monitoring device 100 provided in an embodiment of the present invention, including buoyancy post 1,
Guide rod 2, seal head 3, sleeve 4, drier 6, fixed support 5, upper connection clip 7, elastic film 8, foil gauge 9, signal wire 12, A/
D converters 10, water storage box 11, mozzle 14 and lower connection clip 13, wherein, buoyancy post 1 half is suspended across the sea, and guide rod 2 is fixed
In the lower end of buoyancy post 1, seal head 3 is arranged on the upper end of sleeve 4, and guide rod 2 stores through seal head 3 and drier 6, drier 6
In the drying chamber of sleeve 4；Upper connection clip 7 is riveted on the hypomere of guide rod 2, the lower end of upper connection clip 7 and the upper end of elastic film 8
Riveting, the lower end of elastic film 8 and the upper end of lower connection clip 13 rivet, and the lower end of lower connection clip 13 is fixed on the bottom of sleeve 4；
Foil gauge 9 is fixed on the outer surface of elastic film 8, and A/D converter 10 is arranged on the outside of sleeve 4, and foil gauge 9 and A/D is changed
Electrically connected between device 10 using signal wire 12；One end of fixed support 5 is fixed on the outer surface of sleeve 4, water storage box 11 and sleeve 4
Fixed between outer surface using the phase of mozzle 14.
Wherein, buoyancy post 1 is made of light material, and buoyancy post 1 can suspend in the seawater, can also swim in seawater
In, namely buoyancy post 1 can be with sea level or the size of ocean wave, floating movement up and down.For the specific material of buoyancy post 1
Matter and planform, the embodiment of the present invention are not specifically limited.Example, buoyancy post 1 can be floated with the cylinder of polyethylene material
Son.The specific fixed form of the lower end of buoyancy post 1 is fixed on for guide rod 2, the embodiment of the present invention is not specifically limited, example
, guide rod 2 can be welded on the lower end of buoyancy post 1 or guide rod 2 is fixed on the lower end of buoyancy post 1 using threaded connection.
Further, guide rod 2 includes the first cylindrical section 201, the second cylindrical section 202, the 3rd cylindrical section 203；Wherein, first
The upper end of cylindrical section 201 is fixed on the lower surface of buoyancy post 1, and the second cylindrical section 202 is connected with the first cylindrical section 201, and the 3rd
Cylindrical section 203 is connected with the second cylindrical section 202, the diameter parallel of the axis of the 3rd cylindrical section 203 and the first cylindrical section 201.
Example, the axis of the 3rd cylindrical section 203 is vertically arranged with the first cylindrical section 201, wherein, the axis of the 3rd cylindrical section 203
It is vertically arranged with the first cylindrical section 201, buoyancy post 1 can be facilitated to drive guide rod 2 to move up and down.
With reference to shown in figure 1, the angle between the axis and horizontal plane of the second cylindrical section 202 is 0 °, namely the second cylindrical section
202 is horizontally disposed, and the axis of the second cylindrical section 202 is vertical with the axis of the first cylindrical section 201, the axis of the 3rd cylindrical section 203
It is vertical with the axis of the second cylindrical section 202.
Example, the angle between the axis and horizontal plane of the second cylindrical section 202 is less than 90 °, the axle of the first cylindrical section 201
The axis of line and the 3rd cylindrical section 203 is not point-blank.3rd cylindrical section 203 is parallel with the first cylindrical section 201, and first
The axis of the axis of cylindrical section 201 and the 3rd cylindrical section 203 is not point-blank, it is ensured that guide rod is in up and down motion process
In the current brought into do not flow to elastic film along guide rod.Wherein, the second cylindrical section 202 and seal head 3 and the phase interworking of drier 6
Close, for limiting moving range of the guide rod 1 in the inner chamber of sleeve 4, can effectively prevent from causing bullet because the displacement of guide rod 1 is excessive
Property film 8 is pulled off.
Further, with reference to shown in figure 1, sleeve 4 includes first section, 401, second sections 402 and the 3rd section 403, its
In, first section 401 is in the top of second section 402, connection of second section 402 in first section 401 and the 3rd section 403
Place；Drier 6 is filled with the inner chamber of second section 402.
Further, with reference to shown in figure 1, seal head 3 is fixed on the upper end of first section 401 using threaded connection, and first
Cylindrical section 201 passes through seal head 3, and the second cylindrical section 202 is located at the lower end of seal head 3 and the second cylindrical section 202 is located at first
In the inner chamber of section 401, the 3rd cylindrical section 203 passes through drier 6.
Example, the top of upper connection clip 7 is riveted with the bottom of the 3rd cylindrical section 203 using bearing pin, under upper connection clip 7
Locked using trip bolt for connecting elastic film 8 at end.
Further, with reference to shown in figure 1, foil gauge 9 is adhesive in the outer surface of elastic film 8, i.e. foil gauge 9 is fitted in bullet
The top face of property film 8, foil gauge 9 can deform with the deformation of elastic film.The right side of mozzle 14 connects first section
401 outer surface, the left side connection water storage box 11 of mozzle 14, wherein, the inner chamber of water storage box, the inner chamber of mozzle and first
The inner chamber of section is interconnected.
Example, the upper surface of drier 6 is taper, and the angle between the axis and horizontal plane of mozzle 14 is more than 30 °,
Angle between the cone angle of the upper surface of drier 6 and the axis of mozzle 14 and horizontal plane is equal.By the axis of mozzle 14
Angle between horizontal plane is set greater than 30 ° and the cone angle of the upper surface of drier 6 is set greater than 30 °, it is ensured that
During guide rod moves up and down, the contact surface between guide rod 1 and seal head 3 enters the seawater of first section 401, can be smooth
The conical surface through drier upper surface smoothly enter mozzle 14 inner chamber, the inner chamber then through mozzle 14 flows to water storage box
It is interior.
With reference to shown in figure 2, the ocean wave power monitoring device 100 of the embodiment of the present invention is fixed on during use
On job platform column 200, wherein, the buoyancy post 1 of the ocean wave power monitoring device 100 of the embodiment of the present invention is located at sea
300, when ocean wave impacts buoyancy post 1, buoyancy post 1 fluctuates under the effect of ocean wave power, and then drives on guide rod 2
Lower motion, guide rod 2 drive lower elastic film 8 that elastic deformation occurs, and foil gauge 9 is by the strain variation situation of elastic film with electricity
The form of signal is transferred to A/D converter 10 in real time, and gained electric signal is converted into data signal for collection by A/D converter 10
Personnel gather, so as to obtain real-time wave force situation.
A kind of ocean wave power monitoring device provided in an embodiment of the present invention, including buoyancy post, guide rod, seal head, sleeve,
Drier, fixed support, upper connection clip, elastic film, foil gauge, signal wire, A/D converter, mozzle, water storage box and lower company
Folder is connect, wherein, buoyancy post half suspends across the sea, and guide rod is fixed on the lower end of buoyancy post, and seal head is arranged on sleeve upper end, led
Bar passes through seal head and drier, and drier is stored in the drying chamber of sleeve；Upper connection clip is riveted on the hypomere of guide rod, upper company
Connect the lower end of folder and the upper end of elastic film to rivet, the lower end of elastic film and the upper end of lower connection clip rivet, lower connection clip
Lower end is fixed on the bottom of sleeve；Foil gauge is fixed on the outer surface of elastic film, and A/D converter is arranged on the outside of sleeve,
Electrically connected between foil gauge and A/D converter using wire；Support bracket fastened one end is fixed on the outer surface of sleeve, water storage box with
Mutually fixed using mozzle between sleeve outer surface.When ocean wave impacts buoyancy post, buoyancy post acts in ocean wave power
Under fluctuate, and then buoyancy post drive guide rod move up and down, guide rod drive its underpart connect elastic film occur elasticity become
The strain variation situation of elastic film is transferred to A/D converter, A/D conversions by shape, foil gauge in real time as electronic signals
Gained electric signal is converted into data signal and gathered for collector by device, so as to obtain real-time wave force situation；And this hair
Bright ocean wave power monitoring device, due to storing drier, and water storage box and sleeve outer surface in the drying chamber of sleeve
Between be connected using mozzle, the current that can well prevent to bring into device when guide rod moves up and down enter the strain of lower end
Piece, effectively prevent the entrance of steam；First guide rod effectively can prevent seawater from flowing to elastic film along guide rod using bias mode,
During guide rod moves up and down, the contact surface between guide rod 1 and seal head 3 enters the seawater of first section 401, can be smooth
The conical surface through drier upper surface smoothly enter mozzle 14 inner chamber, the inner chamber then through mozzle 14 flows to water storage box
It is interior.A kind of ocean wave power monitoring device provided in an embodiment of the present invention, easy for installation, structural reliability is strong, high sensitivity, energy
Enough adapt to complicated use environment, it is possible to achieve the long-haul reliable monitoring of ocean wave power size, avoid because ocean wave is made
Cause unnecessary economic loss and casualties with the wave force size monitoring inaccuracy on ocean platform.
Obviously, those skilled in the art can carry out various changes and modification without departing from this hair to the embodiment of the present invention
The spirit and scope of bright embodiment.So, if these modifications and variations of the embodiment of the present invention belong to the claims in the present invention
And its within the scope of equivalent technologies, then the present invention is also intended to comprising including these changes and modification.
Claims (10)
1. a kind of ocean wave power monitoring device, it is characterised in that the ocean wave power monitoring device includes buoyancy post, led
Bar, seal head, sleeve, drier, fixed support, upper connection clip, elastic film, foil gauge, signal wire, A/D converter, water storage
Case, mozzle and lower connection clip, wherein, the buoyancy post half suspends across the sea, and the guide rod is fixed on the buoyancy post
Lower end, the seal head are arranged on the sleeve upper end, and the guide rod passes through the seal head and the drier, the drying
Agent is stored in the drying chamber of the sleeve；The upper connection clip is riveted on the hypomere of the guide rod, under the upper connection clip
End and the upper end of the elastic film rivet, and the lower end of the elastic film and the upper end of the lower connection clip rivet, under described
The lower end of connection clip is fixed on the bottom of the sleeve；The foil gauge is fixed on the outer surface of the elastic film, the A/D
Converter is arranged on the outside of the sleeve, is electrically connected between the foil gauge and the A/D converter using the signal wire；
Described support bracket fastened one end is fixed on the outer surface of the sleeve, and institute is used between the water storage box and the sleeve outer surface
Mozzle is stated mutually to fix.
2. ocean wave power monitoring device according to claim 1, it is characterised in that the guide rod includes the first cylinder
Section, the second cylindrical section, the 3rd cylindrical section；Wherein, the upper end of first cylindrical section is fixed on the lower surface of the buoyancy post, institute
State the second cylindrical section with first cylindrical section to be connected, the 3rd cylindrical section is connected with second cylindrical section, described
The diameter parallel of the axis of 3rd cylindrical section and first cylindrical section.
3. ocean wave power monitoring device according to claim 2, it is characterised in that the axis of second cylindrical section with
The axis of first cylindrical section is vertical, and the axis of the 3rd cylindrical section is vertical with the axis of second cylindrical section.
4. ocean wave power monitoring device according to claim 2, it is characterised in that the axis of second cylindrical section with
For angle between horizontal plane less than 90 °, the axis of the axis of first cylindrical section and the 3rd cylindrical section is not straight at one article
On line.
5. ocean wave power monitoring device according to claim 4, it is characterised in that the axis of second cylindrical section with
Angle between horizontal plane is 0 °.
6. ocean wave power monitoring device according to claim 1, it is characterised in that the sleeve include first section,
Second section and the 3rd section, wherein, first section is on the top of second section, and second section is described
The junction of a tin section and the 3rd section；The drier is filled with second section.
7. ocean wave power monitoring device according to claim 6, it is characterised in that the seal head is using threaded connection
The upper end of first section is fixed on, first cylindrical section passes through the seal head, and second cylindrical section is positioned at described
The lower end of seal head and second cylindrical section is located in the inner chamber of first section, the 3rd cylindrical section is through described dry
Drying prescription.
8. ocean wave power monitoring device according to claim 7, it is characterised in that the top of the upper connection clip and institute
The bottom of the 3rd cylindrical section is stated to rivet using bearing pin, the lower end of the upper connection clip using trip bolt lock be connected described in
Elastic film.
9. ocean wave power monitoring device according to claim 8, it is characterised in that the foil gauge is adhesive in the bullet
Property film outer surface, the right side of the mozzle connects the outer surface of first section, the left side connection of the mozzle
The water storage box, wherein, the inner chamber of the water storage box, the inner chamber of the mozzle and the inner chamber of first section mutually interconnect
It is logical.
10. ocean wave power monitoring device according to claim 9, it is characterised in that the upper surface of the drier is
Taper, angle between the axis and horizontal plane of the mozzle are more than 30 °, the cone angle of the upper surface of the drier and described
Angle between the axis of mozzle and horizontal plane is equal.
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| CN201710957720.0A CN107631826B (en) | 2017-10-16 | 2017-10-16 | A kind of ocean wave power monitoring device |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108917821A (en) * | 2018-03-17 | 2018-11-30 | 鲁东大学 | A kind of marine eco-environment monitoring system |
| CN112639772A (en) * | 2020-03-04 | 2021-04-09 | 交通运输部天津水运工程科学研究所 | Wave force stress calculation method and system for underwater submergence |
| CN113109022A (en) * | 2021-03-18 | 2021-07-13 | 上海交通大学 | Wave load measuring system and measuring module thereof |
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| CN101464199A (en) * | 2009-01-08 | 2009-06-24 | 上海交通大学 | Second-order wave force measuring apparatus of semi-submersible ocean platform external load model experiment |
| CN201464154U (en) * | 2009-04-23 | 2010-05-12 | 中国海洋石油总公司 | Environmental load measuring device of oceaneering model |
| CN104300388A (en) * | 2014-10-28 | 2015-01-21 | 成都峰达科技有限公司 | Waterproof control box |
| CN204924542U (en) * | 2015-08-18 | 2015-12-30 | 上海河口海岸科学研究中心 | A wave force testing arrangement for wave wall |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108917821A (en) * | 2018-03-17 | 2018-11-30 | 鲁东大学 | A kind of marine eco-environment monitoring system |
| CN112639772A (en) * | 2020-03-04 | 2021-04-09 | 交通运输部天津水运工程科学研究所 | Wave force stress calculation method and system for underwater submergence |
| WO2021174440A1 (en) * | 2020-03-04 | 2021-09-10 | 交通运输部天津水运工程科学研究所 | Method and system for calculating wave force received by underwater submerged object |
| CN113109022A (en) * | 2021-03-18 | 2021-07-13 | 上海交通大学 | Wave load measuring system and measuring module thereof |
| CN113109022B (en) * | 2021-03-18 | 2022-03-08 | 上海交通大学 | Wave load measuring system and measuring module thereof |
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