CN208286188U - A kind of novel shellfish culture cage - Google Patents
A kind of novel shellfish culture cage Download PDFInfo
- Publication number
- CN208286188U CN208286188U CN201820783563.6U CN201820783563U CN208286188U CN 208286188 U CN208286188 U CN 208286188U CN 201820783563 U CN201820783563 U CN 201820783563U CN 208286188 U CN208286188 U CN 208286188U
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- cage
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- cage door
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- frame
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- 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
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/80—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in fisheries management
- Y02A40/81—Aquaculture, e.g. of fish
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- Farming Of Fish And Shellfish (AREA)
Abstract
The utility model provides a kind of novel shellfish culture cage, including cage body made of plastics, and cage body is by a plurality of connected cage bodies constituted of the subelements in matrix form arrangement；Subelement includes cage body frame, and subelement further includes the connected reticular structure constituted of criss-cross connecting rod, and the outer edge of reticular structure is connected with cage body frame；It further include a cage door for open wide or be closed to single subelement, cage door is the cage door being made of plastics, and cage door is equipped with permeable hole, and permeable hole is the permeable hole for passing through and preventing shell from removing from permeable hole for seawater；Subelement is detachably connected with cage door, when subelement is connect with cage door, the mesh of reticular structure and permeable hole are outwardly connected as chamber using on subelement channel.This patent is detachable by the subelement of cage body and cage door, and more easily the shellfish density in any one subelement is adjusted or is harvested, removes with can be convenient when finding dead shellfish or sick shellfish, prevents from mutually infecting.
Description
Technical field
The utility model relates to sea farming technical fields, and in particular to shell breeding cage.
Background technique
The various shellfishes such as oyster, scallop, pearl shell, abalone etc. cultivated in China length and breadth of land sea area are soft because of them
Body has low fat, high protein, and fine and tender taste is fresh and oiliness, rich in calcium, magnesium, sodium, manganese, chlorine, phosphorus, sulphur, iron necessary to human body
Equal nutrients, are favored by people, especially abalone is even more rare one of precious marine product；The pearl generated in these body of shellfish
Also there is very high medicinal and craft articles value with shell.
Currently, there are mainly two types of modes for the shellfish culture in China: hanging culture in mudflat aquaculture and seawater.Due to mankind's activity
It influences, the shellfish of mudflat aquaculture usually will receive various germs and heavy metal pollution and influence its quality.And in open sea area
The shellfish of middle hanging culture because cultivation water is excellent, more favored by people by edible safety height.Hanging culture mode thumping majority in the seawater
Mesh bag or flexible multi-layered aquiculture mesh cage are cultivated using flexibility is hung on various floating bodies.Cultivation mesh bag is typically all to use polythene net
Piece is made, and multilayer aquiculture mesh cage is also to be made into bag with polyethylene mesh sheet, in several round or square plastic flitch of the centre of bag
It is separated into several layers.Since barnacle class, pipe can be adhered on the shell of polyethylene mesh sheet and cultivated shellfish in the breeding process quickly
The marine organisms such as shape worm and algae etc..After adhering to these things, not only Severe blockage mesh, influences the water in bag (cage)
Body exchange, that is, reduce extra large hydroplankton and enter in bag (cage), and the various shellfishes cultivated are filter feeders,
It is grown by filter food planktonic organism；Moreover, the barnacle class of attachment, Ridgeia etc. are also a kind of filter food, equally need
Filter the planktonic organism in food seawater.So will be seriously affected after adhering to marine organisms on cultivation mesh bag (cage) and shell feeding
Grow the growth of shellfish.It is general anti-adhesion using being applied in cultivation mesh bag (cage) to solve the aufwuch in cultivation mesh bag (cage)
Coating or the method manually cleaned, and prevent that attached coating thumping majority has toxicity, and cost is very high, artificial cleaning is again because being flexible
Mesh sheet is difficult the extremely strong biology of these adhesive force to wash, support shellfish in bag (cage) more because operation is extremely inconvenient and
The biology being attached on shell can not be cleaned.
Utility model content
In view of the problems of the existing technology, the utility model provides a kind of novel shellfish culture cage, with solve it is above-mentioned extremely
A few technical problem.
The technical solution of the utility model is: a kind of novel shellfish culture cage, which is characterized in that including cage made of plastics
Body, the cage body are by a plurality of connected cage bodies constituted of the subelements in matrix form arrangement；
The subelement includes cage body frame, and the subelement further includes the netted of the connected composition of criss-cross connecting rod
Structure, the outer edge of the reticular structure are connected with the cage body frame；
It further include a cage door for open wide or be closed to single subelement, cage door is the cage being made of plastics
Door, cage door are equipped with permeable hole, and the permeable hole passes through for seawater and prevents shellfish from removing from permeable hole
Permeable hole；
The subelement is detachably connected with cage door, when the subelement is connect with cage door, the subelement and cage
Door surrounds the chamber for accommodating shellfish, outside as the chamber with the permeable hole using the mesh of reticular structure on the subelement
The channel of boundary's conducting；
The outer profile of the Internal periphery and cage door frame of the cage body frame matches.
This patent passes through the subelement of cage body and detachable, the comparison side of cage door by optimizing traditional shellfish culture cage
Just the shellfish density in any one subelement is adjusted or is harvested, it is clear to can be convenient ground when finding dead shellfish or sick shellfish
It removes, prevents from mutually infecting.
In addition, structure of this patent by optimization cage body and cage door, solves cultivation made of existing polyethylene mesh sheet
Mesh bag the problem of not easy to clean.
The cage body frame is by the connected cage body frame constituted of upper plate body, lower body, left plate body and right panel body；
The upper plate body of underlying cage body frame and the cage body being located above in adjacent two subelements setting up and down
The lower body of frame is same plate body；
It is located at the rear plate body of the cage body frame in front and the cage body being located behind in two subelements of adjacent front and back setting
The preceding plate body of frame is same plate body.
It is easy to implement the molding of cage body.
The cage body is located at the left side of cage door；
The lower end of the cage body frame is equipped with a socket, and the lower end of cage door frame, which is equipped with, is inserted into the socket
Inserted block；
The upper end of cage door frame offers a notch, and upper end, left end and the right end of the notch are open, institute
The upper end for stating cage door frame is equipped with the cage door button that indentation, there is offered for buckling into cage door frame；
Cage door button is equipped with the cage body frame card slot of an opening to the right, using the outer wall of the cage body frame as the cage
The inner wall of doorjamb card slot；
Cage door frame offers indentation, there and buckles into the cage body frame card slot.
It is easy to implement being detachably connected for both cage door and cage body.
The right side of the lower end of the cage body frame is equipped with the bending body of rod, the both ends and cage door side of the bending body of rod
The connected socket surrounded of frame；
The right side of cage door frame lower end is arranged in the inserted block.
It is easy to implement the positioning of the subelement of cage body and the lower end of cage door.
The inside of the cage body frame is equipped with the shutdown limited block being displaced at closing time for limiting cage door；
The cage body frame is equipped with for limiting the door open limit block being displaced when cage door is opened the door；
When cage door is mounted in the cage body, cage door frame is arranged in the door open limit block and the shutdown
Between limited block.
It is easy to implement the limit effect to cage door.
The effect of shutdown limited block is after cage door is brought together into design position with cage body, and cage door cannot continue internal pressure, in this way
Both the breeding spaces of breeding cage ensure that, while cage door button not being allowed to disengage yet, cage door button and cage body is made to keep gripping orientation.
Be additionally provided in cage door for by cage door to limit at inserted block to rotate 30 °~60 ° at rotation center
Cage door hook, cage door hook are equipped with the retention bead to offset with the door open limit block；
The left side of cage door frame is arranged in cage door hook.
By cage door hook, when cage body is placed vertically, when the left side of cage door is arranged in cage body, the retention bead of cage door hook
It offsets on the left of right side and shutdown limited block, and then realizes the limit effect turned under cage door；
When cage door is horizontally arranged, the variation of the left and right settings of cage body and cage door be it is setting up and down, cage door is arranged in cage body
Top offsets above the lower section of the retention bead of cage door hook and shutdown limited block, and then realizes being obliquely installed for cage door.
It may be implemented to fix the limit under cage door difference placement status by cage door hook.When cage body is in different from cage door
Placement status under, the retention bead of cage door hook it is not ipsilateral, be able to achieve limit effect.
It is easy to implement the limitation to cage door aperture, when cage door, which reaches, can carry out putting shellfish or taking shellfish work angle (about 30 °
~60 °), the cage door hook in cage door is just hooked on the door open limit block in cage body.
The front and rear sides of the subelement are arranged in the door open limit block, and cage door is arranged in cage door hook
Front and rear sides.
An anion coating is coated on the outer wall of the cage body and cage door.What anion coating released bear from
Son, survival probability when can be improved to shellfish culture.
One shellfish culture growing environment detection system, the shellfish culture growth ring are installed in the cage body or cage door
Border detection system includes sensing unit, SCM system and a wireless communication module；
The sensing unit includes at least one of temperature sensor, water quality sensor, liquid level sensor sensor；
Sensor in the sensing unit is all connected with the SCM system, and the SCM system connection is described wireless
Communication module.
It is easy to implement and device entirety local environment is detected, give poultry feeders and physical parameter basis is provided, guarantee
To the culture efficiency of shellfish.
The shellfish culture growing environment detection system further includes a shell, be equipped in the shell sensing unit,
The SCM system and the wireless communication module；
The cage body is detachably connected with the shell.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of the cage body of the utility model；
Fig. 2 is a kind of front view of the cage body of the utility model；
Fig. 3 is a kind of structural schematic diagram of the utility model cage door；
Fig. 4 is a kind of front view of the utility model cage door；
The subelement and a kind of structural schematic diagram under cage door connection status that Fig. 5 is the utility model cage body.
In figure: 1 is cage body, and 2 be cage door, and 11 be cage body frame, and 12 be lifting lug, and 13 be notch, and 14 be door open limit block, 15
It is socket for shutdown limited block, 16,17 be reticular structure, and 21 be cage door frame, and 22 be cage door button, and 23 be grizzly bar, and 24 be inserted block,
25 be cage door hook.
Specific embodiment
The utility model is described further with reference to the accompanying drawing.
Referring to Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5, a kind of novel shellfish culture cage, including cage body 1 made of plastics, cage body 1
It is by a plurality of connected cage bodies 1 constituted of the subelements in matrix form arrangement；Subelement includes cage body frame 11, and subelement also wraps
The connected reticular structure 17 constituted of criss-cross connecting rod is included, the outer edge of reticular structure 17 is connected with cage body frame 11；Also
Including one for open wide to single subelement or the cage door 2 that is closed, cage door 2 is the cage door 2 being made of plastics, in cage door 2
Equipped with permeable hole, permeable hole is the permeable hole for passing through and preventing shellfish from removing from permeable hole for seawater；Subelement and cage
Door 2 is detachably connected, and when subelement is connect with cage door 2, subelement and cage door 2 surround the chamber for accommodating shellfish, on subelement
The channel that the mesh and permeable hole of reticular structure 17 are outwardly connected as chamber；The Internal periphery and cage door frame of cage body frame 11
21 outer profile matches.This patent by optimizing traditional shellfish culture cage, by the subelement of cage body 1 and cage door 2 can
Disassembly, is more easily adjusted or harvests to the shellfish density in any one subelement, when finding dead shellfish or sick shellfish
It removes with can be convenient, prevents from mutually infecting.In addition, this patent solves existing by the structure of optimization cage body 1 and cage door 2
Polyethylene mesh sheet made of cultivation mesh bag the problem of not easy to clean.Permeable hole in cage door 2 is the criss-cross phase of grizzly bar 23
The even permeable hole in besieged city.
One lifting lug 12 is installed on cage body frame 11.It is arranged convenient for whole suspension.Effect is hung in after putting on rope
On suitable breeding facility.
Cage body frame 11 is by the connected cage body frame 11 constituted of upper plate body, lower body, left plate body and right panel body；It is adjacent
In two subelements setting up and down under the upper plate body of underlying cage body frame 11 and the cage body frame 11 being located above
Plate body is same plate body；After being located at the rear plate body of the cage body frame 11 in front in two subelements of adjacent front and back setting and being located at
The preceding plate body of the cage body frame 11 of side is same plate body.It is easy to implement the molding of cage body 1.
Cage body 1 is located at the left side of cage door 2；The lower end of cage body frame 11 is equipped with a socket 16, the lower end of cage door frame 21
Portion is equipped with the inserted block 24 of insertion socket 16；The upper end of cage door frame 21 offers a notch 13, upper end, the left end of notch 13
And right end is open, the upper end of cage door frame 21, which is equipped with, opens up cage door button at jagged 13 for buckling into cage door frame 21
22；Cage door button 22 is equipped with 11 card slot of cage body frame of an opening to the right, is blocked using the outer wall of cage body frame 11 as cage door frame 21
The inner wall of slot；Cage door frame 21, which opens up, to be buckled at jagged 13 in 11 card slot of cage body frame.It is easy to implement cage door 2 and 1 liang of cage body
Person's is detachably connected.
The right side of the lower end of cage body frame 11 is equipped with the bending body of rod, and the both ends for being bent the body of rod are connected with cage door frame 21 encloses
At socket 16；The right side of 21 lower end of cage door frame is arranged in inserted block 24.It is easy to implement the subelement and cage door 2 of cage body 1
The positioning of lower end.
The inside of cage body frame 11 is equipped with the shutdown limited block 15 being displaced at closing time for limiting cage door 2；Cage body side
Frame 11 is equipped with for limiting the door open limit block 14 being displaced when cage door 2 is opened the door；When cage door 2 is mounted in cage body 1, cage door
Frame 21 is arranged between door open limit block 14 and shutdown limited block 15.It is easy to implement the limit effect to cage door 2.It closes the door and limits
The effect of block 15 is after cage door 2 is brought together into design position with cage body 1, and cage door 2 cannot continue internal pressure, both ensure that cultivation in this way
The breeding spaces of cage, while cage door button 22 not being allowed to disengage yet, so that cage door button 22 and cage body 1 is kept gripping orientation.
One is additionally provided in cage door 2 to be used for cage door 2 to limit at inserted block 24 as 30 °~60 ° of rotation at rotation center
Cage door hook 25, cage door hook 25 is equipped with the retention bead that offsets with door open limit block 14；Cage door hook 25 is arranged in cage door frame
21 left side.It is easy to implement the limitation to 2 aperture of cage door, (about when cage door 2, which reaches, can carry out putting shellfish or taking shellfish work angle
30 °~60 °), the cage door hook 25 in cage door 2 is just hooked on the door open limit block 14 in cage body 1.The setting of door open limit block 14 exists
The front and rear sides of subelement, and the front and rear sides of cage door 2 are arranged in cage door hook 25.
By cage door hook, when cage body is placed vertically, when the left side of cage door is arranged in cage body, the retention bead of cage door hook
It offsets on the left of right side and shutdown limited block, and then realizes the limit effect turned under cage door；When cage door is horizontally arranged, cage body is set
It sets at the top of cage door, offsets above the lower section of the retention bead of cage door hook and shutdown limited block, and then realize cage door
It is obliquely installed.It may be implemented to fix the limit under cage door difference placement status by cage door hook.
An anion coating is coated on the outer wall of cage body 1 and cage door 2.The anion that anion coating releases, can
Survival probability when improving to shellfish culture.
The outer wall of cage body is coated with a hydrophobic coating.Further prevent the attachment of microorganism.The outer wall of cage door is coated with one
Hydrophobic coating.
One shellfish culture growing environment detection system, the detection of shellfish culture growing environment are installed in cage body 1 or cage door 2
System includes sensing unit, SCM system and a wireless communication module；Sensing unit includes temperature sensor, water quality sensing
At least one of device, liquid level sensor sensor；Sensor in sensing unit is all connected with SCM system, SCM system
Connect wireless communication module.It is easy to implement and device entirety local environment is detected, give poultry feeders and physical parameter is provided
Basis guarantees the culture efficiency to shellfish.
Shellfish culture growing environment detection system further includes a shell, be equipped in shell sensing unit, SCM system with
And wireless communication module；Cage body 1 is detachably connected with shell.Cage door 2 and cage body 1 are made of identical material.Cage door 2 with
Cage body 1 can be made of polypropylene plastics or PA66 plastics.The sensing element that sensor is offered on shell stretches out shell
Through-hole.Ultrasonic transmission device is also equipped in shell, the transmitting terminal of ultrasonic transmission device is connected with the inner wall of shell, and
The ultrasonic wave outlet that ultrasonic wave passes out is offered on shell.Convenient for increasing ultrasonic wave outflow by offering ultrasonic wave outlet
The amount of shell, in addition, this patent passes through ultrasonic transmission device, convenient for improving to shellfish culture by the transmitting of ultrasonic wave
Growing environment is adjusted, and the digestion of the bubble in water body may be implemented in ultrasonic wave, accelerates point of the carbon dioxide bubble in water
Solution, is conducive to the growth of shellfish, in addition, ultrasonic wave can also realize the effect for killing microorganism in water, this patent passes through ultrasound
The control of wave and then guarantee to shellfish culture environment, and it is relatively beneficial to the washing of breeding cage entirety, reduce the attachment of microorganism.
Above are merely preferred embodiments of the utility model, it is noted that for the ordinary skill people of the art
For member, without departing from the principle of this utility model, several improvements and modifications can also be made, these improvements and modifications
Also it should be regarded as the protection scope of the utility model.
Claims (10)
1. a kind of novel shellfish culture cage, which is characterized in that including cage body made of plastics, the cage body is by a plurality of in square
The connected cage body constituted of the subelement of configuration arrangement；
The subelement includes cage body frame, and the subelement further includes the connected netted knot constituted of criss-cross connecting rod
Structure, the outer edge of the reticular structure are connected with the cage body frame；
It further include a cage door for open wide or be closed to single subelement, cage door is the cage door being made of plastics,
Cage door is equipped with permeable hole, and the permeable hole is permeable to pass through and preventing shellfish from removing from permeable hole for seawater
Hole；
The subelement is detachably connected with cage door, and when the subelement is connect with cage door, the subelement is enclosed with cage door
At the chamber for accommodating shellfish, outwardly led with the permeable hole as the chamber using the mesh of reticular structure on the subelement
Logical channel；
The outer profile of the Internal periphery and cage door frame of the cage body frame matches.
2. a kind of novel shellfish culture cage according to claim 1, it is characterised in that: the cage body frame is by upper plate
The connected cage body frame constituted of body, lower body, left plate body and right panel body；
The upper plate body of underlying cage body frame and the cage body frame being located above in adjacent two subelements setting up and down
Lower body be same plate body；
It is located at the rear plate body of the cage body frame in front and the cage body frame being located behind in two subelements of adjacent front and back setting
Preceding plate body be same plate body.
3. a kind of novel shellfish culture cage according to claim 1, it is characterised in that: the cage body is located at cage door
Left side；
The lower end of the cage body frame is equipped with a socket, and the lower end of cage door frame, which is equipped with, is inserted into inserting for the socket
Block；
The upper end of cage door frame offers a notch, and upper end, left end and the right end of the notch are open, the cage
The upper end of doorjamb is equipped with the cage door button that indentation, there is offered for buckling into cage door frame；
Cage door button is equipped with the cage body frame card slot of an opening to the right, using the outer wall of the cage body frame as cage door side
The inner wall of frame card slot；
Cage door frame offers indentation, there and buckles into the cage body frame card slot.
4. a kind of novel shellfish culture cage according to claim 3, it is characterised in that: the lower end of the cage body frame
Right side is equipped with the bending body of rod, and the both ends of the bending body of rod are connected the socket surrounded with cage door frame；
The right side of cage door frame lower end is arranged in the inserted block.
5. a kind of novel shellfish culture cage according to claim 1, it is characterised in that: the inside of the cage body frame is equipped with
The shutdown limited block being displaced at closing time for limiting cage door；
The cage body frame is equipped with for limiting the door open limit block being displaced when cage door is opened the door；
When cage door is mounted in the cage body, the setting of cage door frame is limited in the door open limit block and the shutdown
Between block.
6. a kind of novel shellfish culture cage according to claim 5, it is characterised in that: be additionally provided in cage door for inciting somebody to action
Cage door is using, as 30 °~60 ° cage door hooks limited are rotated at rotation center, cage door hook is equipped with and opens with described at inserted block
The retention bead that door limiting block offsets；
The left side of cage door frame is arranged in cage door hook.
7. a kind of novel shellfish culture cage according to claim 6, it is characterised in that: the door open limit block is arranged in institute
The front and rear sides of subelement are stated, and the front and rear sides of cage door are arranged in cage door hook.
8. a kind of novel shellfish culture cage according to claim 1, it is characterised in that: the cage body and cage door it is outer
An anion coating is coated on wall.
9. according to claim 1 to a kind of novel shellfish culture cage described in any one in 8, it is characterised in that: the cage
One shellfish culture growing environment detection system is installed, the shellfish culture growing environment detection system includes on body or cage door
Sensing unit, SCM system and a wireless communication module；
The sensing unit includes at least one of temperature sensor, water quality sensor, liquid level sensor sensor；
Sensor in the sensing unit is all connected with the SCM system, and the SCM system connects the wireless communication
Module.
10. a kind of novel shellfish culture cage according to claim 9, it is characterised in that: the shellfish culture growing environment
Detection system further includes a shell, is equipped with the sensing unit, the SCM system and the channel radio in the shell
Believe module；
The cage body is detachably connected with the shell.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820783563.6U CN208286188U (en) | 2018-05-24 | 2018-05-24 | A kind of novel shellfish culture cage |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820783563.6U CN208286188U (en) | 2018-05-24 | 2018-05-24 | A kind of novel shellfish culture cage |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208286188U true CN208286188U (en) | 2018-12-28 |
Family
ID=64728634
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820783563.6U Active CN208286188U (en) | 2018-05-24 | 2018-05-24 | A kind of novel shellfish culture cage |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208286188U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108684587A (en) * | 2018-05-24 | 2018-10-23 | 湛江海宝渔具发展有限公司 | A kind of novel shellfish culture cage |
| CN110278899A (en) * | 2019-07-17 | 2019-09-27 | 漳澳国际有限公司 | More bags of the monomer shellfish formula aquaculture framves that drift along |
-
2018
- 2018-05-24 CN CN201820783563.6U patent/CN208286188U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108684587A (en) * | 2018-05-24 | 2018-10-23 | 湛江海宝渔具发展有限公司 | A kind of novel shellfish culture cage |
| CN108684587B (en) * | 2018-05-24 | 2024-03-01 | 湛江海宝渔具发展有限公司 | Novel shellfish culture cage |
| CN110278899A (en) * | 2019-07-17 | 2019-09-27 | 漳澳国际有限公司 | More bags of the monomer shellfish formula aquaculture framves that drift along |
| US12035699B2 (en) | 2019-07-17 | 2024-07-16 | Zapco International Limited | Single-seed shellfish floating aquaculture system |
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