CN204356335U - A kind of seabed microbial mat sampling thief - Google Patents
A kind of seabed microbial mat sampling thief Download PDFInfo
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- CN204356335U CN204356335U CN201420743127.8U CN201420743127U CN204356335U CN 204356335 U CN204356335 U CN 204356335U CN 201420743127 U CN201420743127 U CN 201420743127U CN 204356335 U CN204356335 U CN 204356335U
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- memory module
- hose
- flexible pipe
- impeller pump
- hose connection
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Abstract
The utility model discloses a kind of seabed microbial mat sampling thief, be equipped on ROV or manned submersible, by fluid motor-driven impeller pump absorption seabed microbial mat, can be collected by multi-form memory module and store seabed microbial mat sample, to be switched by multiple storage receptacle or the mode of scrolling filter membrane realizes multipoint acquisition under water.This sampling thief is made up of suction pipe, memory module, oil motor and impeller pump; Described memory module is a container with cavity, has filter core or filter membrane in the cavity of container; The outer wall of container has hose inlet and flexible pipe outlet, and wherein hose inlet is by hose connection described gripping suction pipe, and flexible pipe outlet is by hose connection described impeller pump entrance; Oil motor connects described impeller pump, and oil motor drives impeller pump, makes suction pipe place produce adsorptive power.
Description
Technical field
The utility model relates to a kind of seabed microbial mat sampling thief, belongs to abyssopelagic organism sampling tool field.
Background technology
Deep-sea is genetic resources storehouse maximum on the earth.Internationally recognized, contain the capable species diversity enriched the most of the earth and maximum biomass in deep-sea.In recent years, international community was to international waters genetic resources most attention.No matter developed country or developing country, has all recognized the great potential using value of the ocean genetic resources outside administration.
Seabed microbial mat is the cluster that under deep-marine-environment, multiple bacterium colony is formed, and shows as the flocculent substance that near Sea Bottom position is floating, has earth shaking meaning for marine biology research.And the sampling tool such as current existing water body sampler, sediment sampler do not have the acquisition function of seabed microbial mat.
Summary of the invention
In view of this, the utility model provides a kind of seabed microbial mat sampling thief, its objective is to realize seabed microbial mat collection; To be switched by multiple storage receptacle or the mode of scrolling filter membrane realizes multipoint acquisition under water; Container type memory module can effectively avoid microbial mat sample mutually to pollute, and volume membrane type memory module can realize Large Copacity collection, obtains more microbial mat samples.
For achieving the above object, the technical solution of the utility model is: a kind of seabed microbial mat sampling thief, is made up of suction pipe, memory module, oil motor and impeller pump; Memory module is a container with cavity, has filter core or filter membrane in the cavity of container; The outer wall of container has hose inlet and flexible pipe outlet, and wherein hose inlet is by hose connection gripping suction pipe, and flexible pipe outlet is by hose connection impeller pump entrance; Oil motor connects impeller pump, and oil motor drives impeller pump, makes suction pipe place produce adsorptive power.
Preferably, memory module is container type memory module; Container type memory module is exported by cuboid container shell, multiple storage receptacle, slide damper, hose inlet and flexible pipe and forms; Cuboid container shell is the rectangular parallelepiped cavity of one end open, cuboid container shell aperture end is vertically placed upward, choosing its two relative side is discrepancy face, at the come in and go out bottom end opening in face the hose connection that is connected as hose inlet, the top end opening in another face of coming in and going out the hose connection that is connected export as flexible pipe; Slide damper evenly has the through hole identical with storage receptacle quantity, and the overall dimensions of slide damper covers one end of cuboid container shell aperture; Storage receptacle comprises rectangular parallelepiped hollow cavity, filter core, spring hinge cover plate and T-shaped handle; Annexation is: rectangular parallelepiped hollow cavity is vertically placed with its length direction, and choosing its two relative side is filtering surface, processed filter opening on filtering surface, has an opening communicated with the external world in the inner chamber bottom surface of rectangular parallelepiped hollow cavity; Spring hinge cover plate is fixed on the inner chamber bottom surface of rectangular parallelepiped hollow cavity by hinge arrangement, and covers opening; Filter core is placed in the inner chamber of rectangular parallelepiped hollow cavity; T-shaped handle is fixedly connected on rectangular parallelepiped hollow cavity outer surface of cupular part; By the T-shaped handle of multiple storage receptacle outwardly and drain in cuboid container shell, wherein filtering surface is relative with discrepancy face; Slide damper is covered one end of cuboid container shell aperture, wherein the T-shaped handling position of each storage receptacle stretches out by the corresponding through hole of slide damper.
When memory module adopts container type memory module, grip suction pipe by hose connection to hose inlet, impeller pump entrance is exported to flexible pipe by hose connection.
Preferably, memory module is volume membrane type memory module; Volume membrane type memory module is exported by cavity housing, motion-work wheel, follow-up pulley, guide deflection sheave, filter membrane, ratchet mechanism, hose inlet and flexible pipe and forms; Cavity housing is the cylinder of an inner hollow, place perpendicular to horizontal plane with two parallel surfaces of this cylinder, then one of them parallel surface open top the hose connection that is connected are as hose inlet, at another parallel surface bottom opening and the hose connection that is connected export as flexible pipe; In cavity enclosure interior, the below of hose inlet position, drive sprocket axle is to connection two parallel surfaces, and follower shaft is to connection two parallel surfaces, and filter membrane is wrapped on motion-work wheel and follow-up pulley and forms conveyer structure, and the position of flexible pipe outlet is at the middle part of conveyer structure; Motion-work wheel is driven by ratchet mechanism and rotates, and ratchet mechanism is positioned at the parallel surface outside surface of drive sprocket axle to side.
When memory module adopts volume membrane type memory module, grip suction pipe by hose connection to hose inlet, impeller pump entrance is exported to flexible pipe by hose connection.
Preferably, ratchet mechanism is connected with rocking handle to rotate for controlling; The center of ratchet mechanism is fixed in rocking handle one end, and the other end connects draw ring; When two parallel surfaces of cavity housing are placed perpendicular to horizontal plane, rocking handle is fixed as free end state straight up by bungee, and this state is the original state of rocking handle.
Draw ring is ring texture, and the axial both sides of draw ring are fixed on the free end of rocking handle; Pull draw ring by mechanical manipulator, thus swing rocking handle is turned an angle, rotating ratchet mechanism rotates and drives motion-work wheel, thus the filter membrane be wrapped on motion-work wheel is rotated; After rotation terminates, mechanical manipulator unclamps draw ring, and rocking handle answers original state next time in the effect of bungee.
Beneficial effect:
1, the utility model is equipped on ROV or manned submersible, by fluid motor-driven impeller pump absorption seabed microbial mat, can be collected by multi-form memory module and store seabed microbial mat sample, to be switched by multiple storage receptacle or the mode of scrolling filter membrane realizes multipoint acquisition under water.
2, the utility model provides a kind of way of realization of container type memory module, and this memory module is owing to have employed multiple storage receptacle, separate between each storage receptacle, can effectively avoid microbial mat sample mutually to pollute.
3, the utility model provides a kind of memory module of volume membrane type simultaneously, and volume membrane area is comparatively large, can realize Large Copacity collection, obtain more microbial mat samples.
Accompanying drawing explanation
Fig. 1-seabed microbial mat sampler structure schematic diagram;
Fig. 2-container type memory module configuration schematic diagram;
The seabed microbial mat sampler structure schematic diagram of Fig. 3-employing container type memory module;
Fig. 4-volume membrane type memory module configuration schematic diagram;
The seabed microbial mat sampler structure schematic diagram of Fig. 5-employing volume membrane type memory module.
Embodiment
To develop simultaneously embodiment below in conjunction with accompanying drawing, the utility model is described in detail.
The utility model provides a kind of seabed microbial mat sampling thief, the utility model is equipped on ROV or manned submersible, by fluid motor-driven impeller pump absorption seabed microbial mat, collected by container type or volume membrane type memory module and store seabed microbial mat sample, to be switched by multiple storage receptacle or the mode of scrolling filter membrane realizes multipoint acquisition under water.Wherein container type memory module can effectively avoid microbial mat sample mutually to pollute, and volume membrane type memory module can realize Large Copacity collection, obtains more microbial mat samples.
Embodiment 1: basic structure of the present utility model as shown in Figure 1, is made up of gripping suction pipe 1, memory module, oil motor 4 and impeller pump 5.
Memory module is a container with cavity, has filter core or filter membrane in container, for preserving the seabed microorganism of collection; The outer wall of container has hose inlet and flexible pipe outlet, and wherein hose inlet is by hose connection gripping suction pipe 1, and flexible pipe outlet is by hose connection impeller pump 5 entrance.
Oil motor 4, for driving impeller pump 5, makes gripping suction pipe 1 place produce adsorptive power, thus seabed microbial mat is sucked in gripping suction pipe 1, by flexible pipe, seabed microbial mat is stored into filter core or the filter membrane of memory module.
Memory module is installed on latent device sampling basket 7 side by fixed mechanism 6, and oil motor 4 and impeller pump 5 are installed on above latent device sampling basket 7 by web member.T-shaped handle 2-8 in device mechanical manipulator hoisting conveyance formula memory module of diving above a sleeve containes, the container that T-shaped handle 2-8 is raised is current storage receptacle.Device gripper of manipulator of diving subsequently holds suction pipe 1 and aims at seabed microbial mat, device hydraulic power source of diving starts, impeller pump 5 is driven to make gripping suction pipe 1 place of sampling thief produce certain adsorptive power by oil motor 4, thus seabed microbial mat is sucked in gripping suction pipe 1, by flexible pipe, seabed microbial mat is stored in current storage receptacle.
Embodiment 2: be illustrated in figure 2 container type memory module, container type memory module 2 exports 2-3 by cuboid container shell 2-4, multiple storage receptacle 2-7, slide damper 2-1, hose inlet 2-2 and flexible pipe and forms; Cuboid container shell 2-4 is the rectangular parallelepiped cavity of one end open, cuboid container shell 2-4 opening end is vertically placed upward, choosing its two relative side is discrepancy face, at the come in and go out bottom end opening in face the hose connection that is connected as hose inlet 2-2, the top end opening in another face of coming in and going out the hose connection that is connected exports 2-3 as flexible pipe; Slide damper 2-1 is the rectangular slab that central authorities hollow out, and slide damper 2-1 evenly has the through hole that quantity is identical with above-mentioned storage receptacle 2-7, and the size of slide damper 2-1 covers one end of cuboid container shell 2-4 opening; Storage receptacle 2-7 comprises rectangular parallelepiped hollow cavity 2-9, filter core 2-6, spring hinge cover plate 2-5 and T-shaped handle 2-8; Annexation is: rectangular parallelepiped hollow cavity 2-9 vertically places with its length direction, and choosing its two relative side is filtering surface, processed filter opening on filtering surface, has a breach communicated with the external world in the inner chamber bottom surface of rectangular parallelepiped hollow cavity 2-9; Spring hinge cover plate 2-5 is fixed on the inner chamber bottom surface of rectangular parallelepiped hollow cavity 2-9 by hinge arrangement, and covers breach; Filter core 2-6 is placed in the inner chamber of rectangular parallelepiped hollow cavity 2-9; T-shaped handle 2-8 is fixedly connected on rectangular parallelepiped hollow cavity 2-9 outer surface of cupular part; Be positioned in the rectangular parallelepiped cavity of 2-4 along one end of cuboid container shell aperture in turn by multiple storage receptacle 2-7, wherein filtering surface is relative with discrepancy face; T-shaped handle 2-8 is stretched out by slide damper 2-1 central authorities cut-out.
When memory module adopts container type memory module 2, grip suction pipe 1 by hose connection to hose inlet 2-2, impeller pump 5 entrance passes through hose connection to flexible pipe outlet 2-3.
The T-shaped handle above a certain storage receptacle is promoted by latent device mechanical manipulator, make hose inlet 2-2 form fluid circuit by exporting 2-3 with flexible pipe bottom the storage receptacle 2-7 that is raised, the seabed microbial mat being sampled device suction flows through storage receptacle and is kept in filter core 2-6.Bottom storage receptacle 2-7, be provided with spring hinge cover plate 2-5, when impeller pump work is aspirated, open under the effect of negative pressure, when after impeller pump power cut-off, spring hinge cover plate 2-5 closes automatically.
Embodiment 3: be illustrated in figure 3 the seabed microbial mat sampling thief adopting volume membrane type memory module, volume membrane type memory module 3 exports 3-11 by cavity housing 3-1, motion-work wheel 3-7, follow-up pulley 3-2, guide deflection sheave 3-4, filter membrane 3-3, ratchet mechanism 3-9, hose inlet 3-10 and flexible pipe and forms; Cavity housing 3-1 is the cylinder of an inner hollow, place perpendicular to horizontal plane with two parallel surfaces of this cylinder, then one of them parallel surface open top the hose connection that is connected are as hose inlet 3-10, at another parallel surface bottom opening and the hose connection that is connected exports 3-11 as flexible pipe; Inner at cavity housing 3-1, the below of hose inlet 3-10 position, motion-work wheel 3-7 axially connects two parallel surfaces, follow-up pulley 3-2 axially connects two parallel surfaces, motion-work wheel 3-7 and follow-up pulley 3-2 therebetween in a distance, filter membrane 3-3 is wrapped on motion-work wheel 3-7 and follow-up pulley 3-2 and forms conveyer structure, and the position of flexible pipe outlet 3-11 is at the middle part of conveyer structure; Motion-work wheel 3-7 is driven by ratchet mechanism 3-9 and rotates, and ratchet mechanism 3-9 is positioned at the parallel surface outside surface of the axial side of motion-work wheel 3-7;
When memory module adopts volume membrane type memory module 3, grip suction pipe 1 by hose connection to hose inlet 3-10, impeller pump 5 entrance passes through hose connection to flexible pipe outlet 3-11.
Wherein roll up membrane type memory module 3 and be installed on latent device sampling basket 7 side by fixed mechanism 6, oil motor 4 and impeller pump 5 are installed on above latent device sampling basket 7 by web member.Device mechanical manipulator of diving pulls volume membrane type memory module 3 side draw ring 3-6, makes memory module interior roll film scrolling certain distance.Device gripper of manipulator of diving subsequently holds suction pipe 1 and aims at seabed microbial mat, device hydraulic power source of diving starts, impeller pump 5 is driven to make gripping suction pipe 1 place of sampling thief produce certain adsorptive power by oil motor 4, thus seabed microbial mat is sucked in gripping suction pipe 1, by flexible pipe, seabed microbial mat is stored on volume film.After latent device arrives next sampling location, continue through latent device mechanical manipulator and pull draw ring, make filter membrane scrolling certain distance carry out the microbial mat sampling of follow-up seabed.
In the present embodiment, ratchet mechanism 3-9 is connected with rocking handle 3-8 to rotate for controlling;
Rocking handle 3-8 is rod-like structure, and one end of rocking handle 3-8 is inboardend, is fixed on the center of ratchet mechanism, and the other end of rocking handle 3-8 is free end, and free end connects draw ring 3-6; When two parallel surfaces of cavity housing 3-1 are placed perpendicular to horizontal plane, rocking handle 3-8 is fixed as free end state straight up by bungee 3-5, and this state is the original state of rocking handle 3-8;
Draw ring 3-6 is ring texture, and the axial both sides of draw ring 3-6 are fixed on the free end of rocking handle 3-8;
Pull draw ring 3-6 by mechanical manipulator, thus swing rocking handle 3-8 is turned an angle, rotating ratchet mechanism 3-9 rotates and drives motion-work wheel 3-7, thus makes the filter membrane 3-3 be wrapped on motion-work wheel 3-7 rotate certain distance; After rotation terminates, mechanical manipulator unclamps draw ring 3-6, and rocking handle 3-8 answers original state next time in the effect of bungee 3-5, because ratchet mechanism 3-9 is one-way rotation mechanism, therefore can't drive motion-work wheel 3-7 action.
In sum, these are only preferred embodiment of the present utility model, be not intended to limit protection domain of the present utility model.All within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (4)
1. a seabed microbial mat sampling thief, is characterized in that, is made up of suction pipe (1), memory module, oil motor (4) and impeller pump (5);
Described memory module is a container with cavity, has filter core or filter membrane in the cavity of container; The outer wall of container has hose inlet and flexible pipe outlet, and wherein hose inlet is by hose connection described gripping suction pipe (1), and flexible pipe outlet is by hose connection described impeller pump (5) entrance;
Described oil motor (4) connects described impeller pump (5), and oil motor (4) drives impeller pump (5), makes suction pipe (1) place produce adsorptive power.
2. a kind of seabed as claimed in claim 1 microbial mat sampling thief, is characterized in that, described memory module is container type memory module (2);
Described container type memory module exports (2-3) by cuboid container shell (2-4), multiple storage receptacle (2-7), slide damper (2-1), hose inlet (2-2) and flexible pipe and forms; The rectangular parallelepiped cavity that described cuboid container shell (2-4) is one end open, described cuboid container shell (2-4) opening end is vertically placed upward, choosing its two relative side is discrepancy face, at the come in and go out bottom end opening in face the hose connection that is connected as hose inlet (2-2), the top end opening in another face of coming in and going out the hose connection that is connected are as flexible pipe outlet (2-3); Described slide damper (2-1) evenly has the through hole identical with described storage receptacle (2-7) quantity, and the overall dimensions of slide damper (2-1) covers one end of described cuboid container shell (2-4) opening; Described storage receptacle (2-7) comprises rectangular parallelepiped hollow cavity (2-9), filter core (2-6), spring hinge cover plate (2-5) and T-shaped handle (2-8); Annexation is: described rectangular parallelepiped hollow cavity (2-9) is vertically placed with its length direction, choosing its two relative side is filtering surface, processed filter opening on filtering surface, has an opening communicated with the external world in the inner chamber bottom surface of rectangular parallelepiped hollow cavity (2-9); Described spring hinge cover plate (2-5) is fixed on the inner chamber bottom surface of rectangular parallelepiped hollow cavity (2-9) by hinge arrangement, and covers described opening; Described filter core (2-6) is placed in the inner chamber of rectangular parallelepiped hollow cavity (2-9); Described T-shaped handle (2-8) is fixedly connected on rectangular parallelepiped hollow cavity (2-9) outer surface of cupular part; By the T-shaped handle (2-8) of described multiple storage receptacle (2-7) outwardly and drain in cuboid container shell (2-4), wherein filtering surface is relative with discrepancy face; Described slide damper (2-1) is covered one end of described cuboid container shell (2-4) opening, wherein T-shaped handle (2-8) position of each storage receptacle (2-7) is stretched out by the corresponding through hole of described slide damper (2-1);
When described memory module adopts container type memory module (2), described gripping suction pipe (1) is by hose connection to described hose inlet (2-2), and described impeller pump (5) entrance is by hose connection extremely described flexible pipe outlet (2-3).
3. a kind of seabed as claimed in claim 1 microbial mat sampling thief, is characterized in that, described memory module is volume membrane type memory module (3);
Described volume membrane type memory module (3) exports (3-11) by cavity housing (3-1), motion-work wheel (3-7), follow-up pulley (3-2), guide deflection sheave (3-4), filter membrane (3-3), ratchet mechanism (3-9), hose inlet (3-10) and flexible pipe and forms; Described cavity housing (3-1) is the cylinder of an inner hollow, place perpendicular to horizontal plane with two parallel surfaces of this cylinder, then one of them parallel surface open top the hose connection that is connected are as hose inlet (3-10), at another parallel surface bottom opening and the hose connection that is connected as flexible pipe outlet (3-11); Inner at cavity housing (3-1), the below of hose inlet (3-10) position, described motion-work wheel (3-7) axially connects two parallel surfaces, described follow-up pulley (3-2) axially connects two parallel surfaces, described filter membrane (3-3) is wrapped on motion-work wheel (3-7) and follow-up pulley (3-2) and forms conveyer structure, and the position of flexible pipe outlet (3-11) is at the middle part of conveyer structure; Described motion-work wheel (3-7) is driven by ratchet mechanism (3-9) and rotates, and described ratchet mechanism (3-9) is positioned at the parallel surface outside surface of motion-work wheel (3-7) axial side;
When described memory module adopts volume membrane type memory module (3), described gripping suction pipe (1) is by hose connection to described hose inlet (3-10), and described impeller pump (5) entrance is by hose connection extremely described flexible pipe outlet (3-11).
4. a kind of seabed as claimed in claim 3 microbial mat sampling thief, is characterized in that, described ratchet mechanism (3-9) is connected with rocking handle (3-8) and rotates for controlling;
The center of described ratchet mechanism is fixed in described rocking handle (3-8) one end, and the other end connects draw ring (3-6); When two parallel surfaces of described cavity housing (3-1) are placed perpendicular to horizontal plane; rocking handle (3-8) is fixed as free end state straight up by bungee (3-5), and this state is the original state of rocking handle (3-8);
Described draw ring (3-6) is ring texture, and draw ring (3-6) axial both sides are fixed on the free end of rocking handle (3-8);
Draw ring (3-6) is pulled by mechanical manipulator, thus swing rocking handle (3-8) is turned an angle, rotating ratchet mechanism (3-9) rotates and drives motion-work wheel (3-7), thus the filter membrane (3-3) be wrapped on motion-work wheel (3-7) is rotated; After rotation terminates, mechanical manipulator unclamps draw ring (3-6), and rocking handle (3-8) answers original state next time in the effect of bungee (3-5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420743127.8U CN204356335U (en) | 2014-12-02 | 2014-12-02 | A kind of seabed microbial mat sampling thief |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420743127.8U CN204356335U (en) | 2014-12-02 | 2014-12-02 | A kind of seabed microbial mat sampling thief |
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| Publication Number | Publication Date |
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| CN204356335U true CN204356335U (en) | 2015-05-27 |
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| CN201420743127.8U Withdrawn - After Issue CN204356335U (en) | 2014-12-02 | 2014-12-02 | A kind of seabed microbial mat sampling thief |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104450507A (en) * | 2014-12-02 | 2015-03-25 | 中国船舶重工集团公司第七一〇研究所 | Seabed microbial mat sampler |
-
2014
- 2014-12-02 CN CN201420743127.8U patent/CN204356335U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104450507A (en) * | 2014-12-02 | 2015-03-25 | 中国船舶重工集团公司第七一〇研究所 | Seabed microbial mat sampler |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150527 Effective date of abandoning: 20160511 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |