CN103988794A - Mixed red coral planting reef - Google Patents
Mixed red coral planting reef Download PDFInfo
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- CN103988794A CN103988794A CN201410012887.6A CN201410012887A CN103988794A CN 103988794 A CN103988794 A CN 103988794A CN 201410012887 A CN201410012887 A CN 201410012887A CN 103988794 A CN103988794 A CN 103988794A
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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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Abstract
The invention discloses a mixed red coral planting reef which comprises a red coral planting reef body. The mixed red coral planting reef is characterized in that the red coral planting reef body is formed by a base, a lower layer outer wall, a middle layer outer wall, an upper layer outer wall, lower polygon outer wall lateral columns, middle polygon outer wall lateral columns, upper polygon outer wall lateral columns, lower square outer wall lateral columns, middle square outer wall lateral columns, upper square outer wall lateral columns, a lower middle partition plate, an upper middle partition plate, a lower breeding support, a middle breeding support and an upper breeding support, and the parts are assembled and combined in an embedded connection mode and fixed in a bonded mode through concrete. The mixed red coral planting reef can provide a safe growth environment for red corals and can serve as a common fish reef to lure fishes, and an imitated seabed ecological system is formed to promote growth of the corals while the fishing volume is increased. The mixed red coral planting reef can be suitable for being applied in a coastal water area with any water depth.
Description
Technical field
The present invention relates to a kind of coral plantation reef, particularly relate to a kind of hybrid red coral plantation reef.
Background technology
In sea floor world, coral reef is enjoyed the good reputation such as " tropical rain forest in ocean " and " marine Great Wall ", but is considered to the most ancient, the most colourful on the earth, be also one of most precious ecosystem.Coral has kept indomitable vitality in the evolution process that reaches 2.5 hundred million years, no matter be that the lifting on violent storm, volcano eruption or sea level all can not allow coral extinction.But, many decades recently, the excessive exploitation of the mankind to marine resources, pollutes, and global warming, indiscriminately slaughters excessively capturing of marine fishes, to the excessive exploitation of coral reef, makes coral reef occur unprecedented existence crisis.The data that provide according to United Nations Environment Programme show, at present, global coral reef has 11% round extinction, and 16% can not bring into play ecological functions, and 60% is faced with serious threat.
In the numerous kinds of coral, red coral is the one of Gem Grade coral wherein, neutral red coral is to be piled up and formed by coral polyp, grow extremely slow, non-renewable, and red coral is only grown in three large straits (the Taiwan Straits, Japanese straits, gorge, Baltic Sea), be subject to the restriction in marine site, so red coral is very precious.Red coral can be used as jewel and ornament.In ancient times, red coral is that successive dynasties imperial palace ornament, sweet viburnum, potted landscape, concubines Guan Ding, princes, duckes and ministers are towards Guan Ding etc., modern age, red coral is also used as the 35 anniversary product of marriage conventionally, in all age be regarded as the thing of rich and honour auspicious sign, the restriction that has high economic worth in addition itself to grow just because of it, in recent years, owing to excessively fishing for, the reason such as environmental pollution, its resource is seriously damaged.
In recent years, various natural causes and artificial propagation more make red coral meet with extinction, are subject to the impact of the problem such as seismic sea wave and global warming, and the growth of red coral is more and more slower.Red coral has been forbidden to exploit in the most of marine site of TaiWan, China, face the gesture of exhaustion, top red coral is in less than year, and price has increased to 1.8 ten thousand to 20,000 yuan from 6000 to 8000 yuan every gram, common red coral also from 2000 to 3000 yuan increased to 6000 to 8000 yuan.Become to making the more people harvesting red coral of making a desperate move, make the situation of red coral more dangerous, protection red coral day by day urgently gets up.
Summary of the invention
The object of the invention is to provide a kind of hybrid red coral plantation reef, it not only can provide safe growing environment for very precious red coral, can bring into play again common fish shelter and lure fish, form the growth of imitative benthic ecosystems promotion coral in increase fishing output simultaneously.
To achieve the above purpose solutions of the invention are: planting hybrid red coral reefs of the invention includes a red coral reef body cultivation, planting a red coral reef body from the base, under the tiered wall, layered wall, the layered wall, the outer wall of the jamb at the polygon, the polygonal wall jamb, the jamb on the outer polygon, a square column-side wall, the side wall of the square pillar, on the outer side of the square pillar, the intermediate partition plate, the middle plate, By breeding bracket, the bracket and the aquaculture farming posed bracket, the base by a hexagonal shape and the outer end of the base frame and the frame was all inside corners at the base of the hexagonal shape of the connection was "*"-shaped support the constitution, hexagonal shape of the base frame was in the middle of the upper surface of the rungs, respectively, with a square-shaped base was blind hole, the base was the middle rungs of the hexagonal shape of the frame set by the upper surface of each form Blind holes on both sides of the base square shape also are planting base cloth with a blind hole, which was the upper surface of the rungs of the hexagonal-shaped base frame junction, respectively, with a polygonal base was blind hole, the hexagonal shape the lower surface of the base frame rungs are provided at the junction of the conical shape of the base end of the foot, which was a "*" are the shape of the upper surface of the support base of the cloth have grown blind hole, located at the center of the upper surface there is an inner bottom surface of the base of the central cone shape blind hole, the outer wall of the lower layered hexagonal shape for the next hierarchical framework, which is the central place was under a hierarchical framework hexagonal shape of the upper surface of the rungs are located One was square-shaped wall under stratified blind hole, the lower rungs of the middle surface, respectively, with an outer wall of the connector was under tiered square shape, said crosspiece hexagonal shape for the next hierarchical framework junction The upper surface of each was provided with a polygonal wall under a hierarchical blind hole, the junction of the lower rungs, respectively, with a surface of the outer wall of the connector was layered under a multilateral body, the hexagonal shape of the lower hierarchical framework at the upper end of the middle rungs surface were established under the stratification was square-shaped holes on both sides of the outer wall of the blind are also layered cloth wall under cultivation blind hole, the outer wall of layered layered hexagonal shape framework for the middle rungs of said hexagonal shape of the upper surface of the hierarchical framework, respectively, with a square shape was layered outer wall of the blind hole, the lower rungs of the middle surface, respectively, with a square shape was The layered wall connections, the hexagonal shape of the upper surface of the layered framework rungs junction, respectively, with a polygonal shape was layered wall blind hole, the lower rungs junction surface respectively, with a multilateral body was layered wall connections, was the middle of the rungs of the hierarchical framework of the hexagonal shape of the upper surface of the set was a square shape are layered on both sides of the outer wall of blind holes were also layered cloth wall planting blind hole, the upper wall of layered hexagonal shape of the hierarchical framework, as was the upper surface of the rungs on the hierarchical framework of hexagonal shapes are layered cloth wall planting blind hole, at the middle of rungs on the layered hexagonal shape of the lower surface of the frame, respectively, with a square shape was layered on the outer wall of the connector, the hexagonal shape of the hierarchical framework for the the junction of the lower surface of the rungs, respectively, with a multilateral body was layered on the outer wall of the connector, the lower end surface of the polygon outer side of the column has a polygonal shape was a blind hole down the middle at the lower end face extending the lower linkage member having a polyhedral form, polygonal column and the end surface of the outer wall side of the polygonal shape is provided in the form of a blind hole, the lower end surface of the middle portion having a downwardly extending connecting member in the form of polygons, the polygon outer end face of the side column is provided with a polygonal form of the blind hole, the lower end surface of the middle portion having a downwardly extending connecting member form the polygons, and the lower outer side of the square column was provided with a side end surface of a blind hole shape, at the lower end face of the central downwardly extending connecting member has a square shape of the lower form, wherein the outer wall side of the square end surface of the column is provided with a rectangular shape in the form of blind holes, at the lower end face of the central There was a downward extension of the connecting member of square shape, the upper end face of the square column and the outer wall side was provided with a blind hole on the side of the shape of the central lower end face of the downwardly extending member on the connector has a form of square shape, the lower middle partition was "*" shape, which was a "*" By the middle of the upper surface of the partition uniform shapes have grown blind hole under the middle partition, at the upper end of the central features an inner surface of the bottom surface of the cone the intermediate separator blind hole shape, the form "*" at the central lower end face of the intermediate plate shape extending downward under the lower end a conical shape with the lower intermediate plate connecting member, said intermediate partition plate was "*" shape, which was a "*" on the upper surface of the intermediate partition uniform shapes have grown blind holes on the middle plate, at the upper end of the central features on an inner surface of the bottom surface of the cone-shaped intermediate plate Blind holes, the form "*" at the middle of the lower end surface of the middle plate shape with a lower end extending downwardly from the conical shape of the intermediate partition plate connecting member, the lower jaw was cultured bracket shape, and the shape was pawl The upper surface of the lower bracket were each cultured under the distributed aquaculture corals die blind hole, the upper end face was cultured under the claw-shaped bracket are distributed, respectively, were cultured at coral blind hole is inserted into a mold for their match Movement of the hollow body and its peripheral wall with holes distributed at coral farming die bonded and fixed by the concrete, the lower blind hole die breeding coral heart-shape or form "☆" shape or a hexagonal shape, as was the at the upper end of the central hollow body and the distribution of its peripheral wall with a hole under the coral farming shape or mold to form the heart was "☆" shape or a hexagonal shape, which was a claw-shaped bracket under cultivation has an inner bottom surface conical shape of the blind hole under the culture holder, at the central lower end face at the end face extends downwardly at the central portion with the lower end of the cone shape of the stent was cultured under the connecting member is cylindrical, the shape of the jaws were cultured scaffold, the the upper surface of the upper surface of the claw shape was reared bracket are respectively distributed in farmed corals die blind hole, which was a claw-shaped bracket reared separately in both the distribution of coral breeding mold insert has its blind hole match for the form of a hollow body and its peripheral wall with a hole in the distribution of coral farming mold, concrete bonding fixed by the blind hole in the coral die for farming was "☆" shape or a hexagonal shape or form the heart shape, the referred to as the form of a hollow body and its peripheral wall with a hole in the distribution of coral die for farming was "☆" shape or a hexagonal shape or form the heart shape, which was located at the upper end of the central farming stent surface of the claw-shaped There is a cone-shaped inner bottom surface of the stent in farming blind holes, at the lower end of the middle surface extends down the middle of the band at the lower end face was in farming connector bracket conical shape of a cylinder, the upper bracket was farmed claw shape , the shape of the upper surface of the upper jaw was farmed bracket are respectively distributed on coral farming mold blind hole, the mold was blind hole on coral farming on the upper surface of the claw-shaped bracket farming are being distributed separately inserted for their match was a hollow body and its peripheral wall with a hole on the distribution of coral farming mold, made of concrete bonding fixed, coral farming blind hole of the upper die is hexagonal shape or form heart shape or form "☆" shape, and the hollow body to form a peripheral wall and a hole on the distribution of the mold showing a coral breeding heart-shape or a hexagonal shape or form "☆" shape, and the upper end of the culture was claw-shaped holder surface at the central portion is provided with a blind bore within bracket breeding bottom surface of conical shape, the lower end surface of the middle portion extends downwardly at the end face of the culture at the middle with a bracket the lower end of the conical shape of the cylindrical connecting member, the base, the next the lower end surface of the culture frame, the intermediate partition plate, the culture frame, the intermediate partition plate and the bottom-bracket sequentially laminating culture, the culture under the mounting bracket on the base, the shape of the lower jaw was cultured scaffold The middle portion of the lower face of the cylinder extending downwardly at the lower end of the middle of the lower conical shaped bracket breeding said base member is inserted into the outer end of the base frame form a hexagonal shape connected at the respective internal angles were "*" Shape the upper end of the inner surface of the support center of the base bottom surface of the center of the cone shape of the blind hole is provided herein, and is bonded and fixed by the concrete, the lower the intermediate partition plate culture on the mounting bracket of the form "*" shape the lower end of the intermediate partition plate at the middle of the downwardly extending lower end face of the intermediate partition plate in the form of a conical shape of the connector was inserted into the inner bottom surface of the cone shape space at the middle of the claw-shaped bracket breeding upper end face of the set Under the lower end face of the cylinder bracket breeding blind hole and is bonded and fixed by the concrete, the mounting of the bracket in the next interval culture plate, said claw-shaped form at the central portion of the lower end face of the bracket breeding extending downwardly at the central portion of the lower end of the conical shape of the connector is inserted in the breeding of the stent within the bottom surface of the cone shape was "*" central upper end face of the separator spaces of the intermediate shape of the intermediate partition plate disposed within the bore, and bonded and fixed by the concrete, the upper intermediate plate on the mounting bracket in the culture, the form "*" on the shape of the lower middle portion of the lower surface of the spacer extending downwardly from the conical shape of the intermediate plate blind hole in the connecting bracket member cultured inserted in said claw-shaped central space was cultured in the upper end face of the holder located inside the bottom surface of conical shape, and is fixed by concrete bonding, the mounting of the bracket on the breeding the spacer plate at the central portion of the lower end surface of the lower end was at the middle of the cylinder on the culture surface of the lower end of the bracket pawl-shaped downwardly extending bracket culture showed a conical shape on the coupling member inserted in the form "*" Shape central premises on the upper surface of the intermediate bulkhead located within the bottom surface of the cone-shaped blind hole on the middle partition and concrete bonding fixed by the bottom-up successively superimposed on the base also has a lower tiered wall , layered and layered outer wall, install the lower layered on top of the outer wall of the base, the lower outer wall was layered under a hierarchical framework hexagonal shape, which is a hexagonal shape under the sub- the middle layer of the frame at the lower rungs of the plane was located, respectively, under the tiered square shape wall connections respectively was square-shaped blind hole upper surface of the lower outer side of the square pillar formation established by embedding Next, at the central portion is bonded and fixed by the concrete, the base of the hexagonal shape of the base frame the lower surface of the upper crosspiece was square-shaped end surface of the blind hole of the lower base of the outer wall side of the square column are provided respectively with said was molded under the lower side middle portion of the connecting member is formed on a downwardly extending engagement, bonded and fixed by the concrete, the outer wall was layered under the lower hierarchical framework hexagonal shape, a hexagonal shape for the rungs hierarchical framework established by the junction of the lower surface of each of the outer wall was layered under a multilateral body under a blind hole connection with the outer side of each polygon set by the end face of the column was forming polygonal scarfing , bonded and fixed by the concrete, the upper surface of the base frame of the base form of the hexagonal shape of the junction of the crosspiece form the polygonal shape are located in blind holes, respectively, the polygonal base of the outer wall side of the lower surface of the lower end Movement of the lower body of the central multilateral connecting member extending downward is formed at the engagement by the fixed concrete bonding said layered at the top of the outer wall of the mounting layered wall, the outer wall of a hexagonal layered hierarchical frame shape, middle rungs of said hexagonal shape for the hierarchical framework established by the lower surface of the body, respectively, showed a side wall of the stratification in connection with said outer side of the square column next was square-shaped hole in the upper surface of the blind set by the formation of scarfing by concrete bonding fixed, the lower wall of layered hexagonal shape under hierarchical framework, which is a layered hexagonal shape was square in shape was square-shaped connector layered wall under the central blind hole at the upper rungs framework established by surface respectively in the middle of the square at the outer side of the lower surface of the column extending downward respectively formation scarfing by concrete bonding fixed, the outer wall of layered hierarchical framework hexagonal shape was said to rungs layered hexagonal shape of the junction of the lower surface of the framework established by the respective multilateral body was layered wall connections respectively showed polygonal polygonal hole in the outer wall of the side blind-side surface of the column formation in scarfing established by concrete bonding fixed, the outer wall of the lower hierarchical Under the hierarchical framework was hexagonal shape, as was the lower hierarchical framework hexagonal shape of the junction of the upper surface of the rungs were respectively established under multilateral shapes are layered wall of the blind hole in the side wall of polygons a polygonal central body of the connecting member at the lower end surface of the downwardly extending column is formed embedding, bonded and fixed by the concrete, the outer wall of the mounting layered layered above the outer wall of the upper sub- layer of the outer wall of the hexagonal shape of the hierarchical framework, which is at the lower end face of the middle frame was layered hexagonal shaped rungs were set by the stratification was square body with said outer connector on the square form a rectangular shape on the outer side of the blind hole end face of the column formed by the engagement provided by the concrete is bonded and fixed, the outer wall of a hexagonal layered hierarchical frame shape, a hexagonal shape for the at the upper surface of the middle rungs of the hierarchical framework was square-shaped layered outer wall of the blind holes are located at the middle of the square with the lower end of the outer wall surface of said side column extending downward, respectively, showed a square shape of the connecting member is formed scarfing, concrete bonding fixed, layered wall of layered hexagonal shape on the upper frame by the junction of the lower surface of the rungs were the hexagonal shape of the layered framework was established by a multilateral body on the outer wall of the connector were stratified multilateral and was blind hole polygonal shapes on the end face of the outer wall side of the column formed on the set of the engagement by the concrete bonding fixed, the carve layer of the outer wall of the hexagonal shape of the hierarchical framework, the junction of the upper surface of the rungs of the hexagonal shape of the hierarchical framework was established by multilateral shapes were layered on the outer wall of the blind hole respectively a polygonal central body at the lower end of the polygonal outer surface of the side legs extending downwardly engagement connecting member is formed by a fixed concrete bonding.
Described for be hollow body and its perisporium on the porose lower coral cultivation die surface that is heart shape or be " ☆ " shape or be hexagonal configuration that distributes scribble inorganic zinc-rich coating.
Described for be hollow body and its perisporium on distribute porose being " ☆ " shape or the middle coral cultivation die surface that is hexagonal configuration or is heart shape scribbles inorganic zinc-rich coating.
Described for be hollow body and its perisporium on the porose upper coral cultivation die surface that is hexagonal configuration or be heart shape or be " ☆ " shape that distributes scribble inorganic zinc-rich coating.
Hybrid red coral plantation reef of the present invention has following features and effect:
1, hybrid red coral plantation reef shell of the present invention adopts and draws six splendid column types of fish effect without overhead guard formula cement reef formation upwelling, brings nutritious seawater, attracts fish to come to look for food.
2, hybrid red coral plantation reef of the present invention is inner adopts the not only simple in structure but also fixing dividing plate that is reliably the cultivation supporting structure of claw shape and is " * " shape, layering assembling, take full advantage of the space in reefs, on the upper surface of cultivation support that is claw shape, be distributed with respectively the coral cultivation die hole that is various shapes simultaneously, and in it, being inserted with associated surface scribbles the upper coral cultivation mould of inorganic zinc-rich coating and is fixed by concrete bonding, can make red coral obtain maximum growth protecting on the one hand, can make on the other hand red coral mould different forms according to designer's idea, obtain larger economic interests.Meanwhile, be also evenly equipped with dividing plate plantation blind hole on the dividing plate upper surface that is " * " shape, so also can be conducive to provides growth security context for common coral.
3, hybrid red coral plantation reef of the present invention is not stopping on the basis of fish movement, after the coral cultivation mould blind hole that is various shapes of reasonable arrangement is grown up the coral reef of plantation on the cultivation support that is claw shape, still form a lot of void spaces, facilitate the predation of shuttling back and forth of fish, also promoted greatly the growth rate of coral reef simultaneously.
4, hybrid red coral plantation reef of the present invention can meet demand and the convenient transport of any depth of water, and each structure built and made by armored concrete, all can be assembled, and manufactures simple, with low cost.
Generally speaking, the design is the structure in marine setting, and on Traditional Man fish shelter, set up coral reef transplantation device, and the function of these two kinds of structures can be combined, utilize shell body artificial fish shelter structure to attract a large amount of fish to the function of luring of fish on the one hand, form new artificial environment with transplanting the red coral coming, increase fishery resources, promote growth and the formation of coral reef.The existence of coral reef makes fish shelter more outstanding to the attracting action of fish on the other hand, the function of this two aspect is played and mutually promote, and reaches the object of benefit " 1+1>2 ".For red coral " amount body " is made and the growing environment of safety, fragile red coral is farthest protected simultaneously, reached maximum environmental benefit and economic benefit.
Hybrid red coral plantation reef of the present invention can be suitable for applying in the coastal waters of any depth of water.
Brief description of the drawings
Concrete structure of the present invention is provided by following embodiment and accompanying drawing thereof.
Fig. 1 is structural representation of the present invention.
Fig. 2 is interior schematic diagram of the present invention.
Fig. 3 is interior assembling schematic diagram of the present invention.
Fig. 4 is understructure schematic diagram of the present invention.
Fig. 5 is lower leaf outer wall construction schematic diagram of the present invention.
Fig. 6 is middle layering outer wall construction schematic diagram of the present invention.
Fig. 7 is higher slice outer wall construction schematic diagram of the present invention.
Fig. 8 is lower polygon outer wall side rod structure schematic diagram of the present invention.
Fig. 9 is middle polygon outer wall side rod structure schematic diagram of the present invention.
Figure 10 is upper polygon outer wall side rod structure schematic diagram of the present invention.
Figure 11 is lower square outer wall side rod structure schematic diagram of the present invention.
Figure 12 be of the present invention in square outer wall side rod structure schematic diagram.
Figure 13 is square outer wall side rod structure schematic diagram of the present invention.
Figure 14 is lower intermediate deck structure schematic diagram of the present invention.
Figure 15 is upper intermediate deck structure schematic diagram of the present invention.
Figure 16 is lower cultivation supporting structure schematic diagram of the present invention.
Figure 17 is lower cultivation support schematic diagram of the present invention.
Figure 18 is middle cultivation supporting structure schematic diagram of the present invention.
Figure 19 is middle cultivation support schematic diagram of the present invention.
Figure 20 is upper cultivation supporting structure schematic diagram of the present invention.
Figure 21 is upper cultivation support schematic diagram of the present invention.
Embodiment
Below with reference to accompanying drawing, hybrid red coral plantation reef of the present invention is described in further detail.
Referring to Fig. 1, Fig. 2 and Fig. 3, the hybrid red coral plantation reef of this invention comprises a red coral plantation reef proper.
Described red coral plantation reef proper by base 1, lower leaf outer wall 21, middle layering outer wall 22, higher slice outer wall 23, lower polygon outer wall lateral column 31, middle polygon outer wall lateral column 32, upper polygon outer wall lateral column 33, lower square outer wall side post 41, in square outer wall lateral column 42, upper square outer wall side post 43, lower central dividing plate 52, upper central dividing plate 53, lower cultivation support 71, middle cultivation support 72 and upper cultivation support 73 formed.
Referring to Fig. 4, described base 1 forms with 12 of the supports that is " * " shape that the each interior angle place of bedframe 11 that is hexagonal configuration is connected by being the bedframe 11 of hexagonal configuration and outer end.Center on the crosspiece upper surface of the described bedframe 11 that is hexagonal configuration is respectively equipped with a square-shaped base blind hole 111, center on the crosspiece upper surface of the described bedframe 11 that is hexagonal configuration respectively set square-shaped base blind hole 111 both sides is also evenly equipped with base plantation blind hole 112, on the upper surface of the crosspiece junction of the described bedframe 11 that is hexagonal configuration, be respectively equipped with one and be polygon-shaped base blind hole 113, on the lower surface of the crosspiece junction of the described bedframe 11 that is hexagonal configuration, be respectively equipped with the base footing 114 that a lower end is cone shape.Described being " * " shape support 12 upper surfaces on be evenly equipped with base plantation blind hole 121, the center on upper surface is provided with the base central blind hole 122 that an inner bottom surface is cone shape.
Referring to Fig. 5, described lower leaf outer wall 21 is for being the lower leaf framework 211 of hexagonal configuration.Describedly be respectively equipped with a square-shaped lower leaf outer wall blind hole 2111 for the center being on the crosspiece upper surface of lower leaf framework 211 of hexagonal configuration, center on crosspiece lower surface is respectively equipped with a lower leaf outer wall connector 2112 that is square body, describedly on the upper surface of crosspiece junction of lower leaf framework 211 of hexagonal configuration, be respectively equipped with one and be polygon-shaped lower leaf outer wall blind hole 2113 for being, on the lower surface of crosspiece junction, be respectively equipped with a lower leaf outer wall connector 2114 that is gengon, center on the crosspiece upper surface of the described lower leaf framework 211 that is hexagonal configuration respectively set square-shaped lower leaf outer wall blind hole 2111 both sides is also evenly equipped with lower leaf outer wall plantation blind hole 2115.
Referring to Fig. 6, described middle layering outer wall 22 is for being the middle layered framework 221 of hexagonal configuration.Describedly be respectively equipped with a square-shaped middle layering outer wall blind hole 2211 for the center being on the crosspiece upper surface of middle layered framework 221 of hexagonal configuration, center on crosspiece lower surface is respectively equipped with a middle layering outer wall connector 2212 that is square body, describedly on the upper surface of crosspiece junction of middle layered framework 221 of hexagonal configuration, be respectively equipped with one and be polygon-shaped middle layering outer wall blind hole 2213 for being, on the lower surface of crosspiece junction, be respectively equipped with a middle layering outer wall connector 2214 that is gengon, center on the crosspiece upper surface of the described middle layered framework 221 that is hexagonal configuration respectively set square-shaped middle layering outer wall blind hole 2211 both sides is also evenly equipped with middle layering outer wall plantation blind hole 2215.
Referring to Fig. 7, described higher slice outer wall 23 is for being the higher slice framework 231 of hexagonal configuration.Describedly be evenly equipped with higher slice outer wall plantation blind hole 2311 for being on the crosspiece upper surface of higher slice framework 231 of hexagonal configuration, describedly be respectively equipped with a higher slice outer wall connector 2312 that is square body for being center on the crosspiece lower surface of higher slice framework 231 of hexagonal configuration, describedly on the lower surface of crosspiece junction of higher slice framework 231 of hexagonal configuration, be respectively equipped with a higher slice outer wall connector 2313 that is gengon for being.
Referring to Fig. 8, described lower polygon outer wall lateral column 31 upper surfaces are provided with one and are polygon-shaped lower blind hole 311, and the center on lower surface is extended with a lower connector 312 that is gengon downwards.
Referring to Fig. 9, described middle polygon outer wall lateral column 32 upper surfaces are provided with one and are polygon-shaped middle blind hole 321, and the center on lower surface is extended with a middle connector 322 that is gengon downwards.
Referring to Figure 10, described upper polygon outer wall lateral column 33 upper surfaces are provided with one and are polygon-shaped upper blind hole 331, and the center on lower surface is extended with a upper connector 332 that is gengon downwards.
Referring to Figure 11, described lower square outer wall side post 41 upper surfaces are provided with a square-shaped lower blind hole 411, and the center on lower surface is extended with a lower connector 412 that is square body downwards.
Referring to Figure 12, described in square outer wall lateral column 42 upper surfaces be provided with a square-shaped middle blind hole 421, the center on lower surface is extended with a middle connector 422 that is square body downwards.
Referring to Figure 13, described square outer wall side post 43 upper surfaces are provided with a square-shaped upper blind hole 431, and the center on lower surface is extended with a upper connector 432 that is square body downwards.
Referring to Figure 14, described lower central dividing plate 52 is " * " shape, described being " * " shape lower central dividing plate 52 upper surfaces on be evenly equipped with lower central dividing plate plantation blind hole 521, center on upper surface is provided with the lower central dividing plate blind hole 522 that an inner bottom surface is cone shape, described in the center that is on lower central dividing plate 52 lower surfaces of " * " shape be extended with the lower central dividing plate connector 523 that a lower end is cone shape downwards.
Referring to Figure 15, described upper central dividing plate 53 is " * " shape, described being " * " shape upper central dividing plate 53 upper surfaces on be evenly equipped with central dividing plate plantation blind hole 531, center on upper surface is provided with the upper central dividing plate blind hole 532 that an inner bottom surface is cone shape, described in the center that is on upper central dividing plate 53 lower surfaces of " * " shape be extended with the upper central dividing plate connector 533 that a lower end is cone shape downwards.
Referring to Figure 16 and 17, described lower cultivation support 71 is claw shape, on the upper surface of the described lower cultivation support 71 that is claw shape, be distributed with respectively lower coral cultivation mould blind hole 711, in the lower coral cultivation mould blind hole 711 that distributed respectively on the upper surface of the described lower cultivation support 71 that is claw shape, be inserted with associated for be hollow body and its perisporium on the porose lower coral cultivation mould 712 that distributes, fixed by concrete bonding, described lower coral cultivation mould blind hole 711 is for being heart shape or being " ☆ " shape or being hexagonal configuration, described in the present embodiment, lower coral cultivation mould blind hole 711 is selected as being heart shape, described for be hollow body and its perisporium on distribute porose lower coral cultivation mould 712 for being heart shape or being " ☆ " shape or being hexagonal configuration, described in the present embodiment for be hollow body and its perisporium on the porose lower coral cultivation mould 712 that distributes select as being heart shape, described for be hollow body and its perisporium on porose lower coral cultivation mould 712 surfaces that are heart shape or be " ☆ " shape or be hexagonal configuration that distribute scribble inorganic zinc-rich coating, center on the upper surface of the described lower cultivation support 71 that is claw shape is provided with the lower cultivation support blind hole 713 that an inner bottom surface is cone shape, center on lower surface is extended with the cylinder that a center band lower end, lower surface is the lower cultivation stand connection 714 of cone shape downwards.
Referring to Figure 18 and 19, described middle cultivation support 72 is claw shape, on the upper surface of the described middle cultivation support 72 that is claw shape, be distributed with respectively middle coral cultivation mould blind hole 721, in the middle coral cultivation mould blind hole 721 that distributed respectively on the upper surface of the described middle cultivation support 72 that is claw shape, be inserted with associated for be hollow body and its perisporium on the porose middle coral cultivation mould 722 that distributes, fixed by concrete bonding, described middle coral cultivation mould blind hole 721 is for being " ☆ " shape or being hexagonal configuration or being heart shape, in described in the present embodiment, coral cultivation mould blind hole 721 is selected as being " ☆ " shape, described for be hollow body and its perisporium on distribute porose middle coral cultivation mould 722 for being " ☆ " shape or being hexagonal configuration or being heart shape, described in the present embodiment for be hollow body and its perisporium on the porose lower coral cultivation mould 722 that distributes select as being " ☆ " heart shape, described for be hollow body and its perisporium on distribute porose being " ☆ " shape or middle coral cultivation mould 722 surfaces that are hexagonal configuration or are heart shape scribble inorganic zinc-rich coating.Center on the upper surface of the described middle cultivation support 72 that is claw shape is provided with the middle cultivation support blind hole 723 that an inner bottom surface is cone shape, and the center on lower surface is extended with the cylinder that a center band lower end, lower surface is the middle cultivation stand connection 724 of cone shape downwards.
Referring to Figure 20 and Figure 21, described upper cultivation support 73 is claw shape, on the upper surface of the described upper cultivation support 73 that is claw shape, be distributed with respectively coral cultivation mould blind hole 731, in the upper coral cultivation mould blind hole 731 that distributed respectively on the upper surface of the described upper cultivation support 73 that is claw shape, be inserted with associated for be hollow body and its perisporium on the porose upper coral cultivation mould 732 that distributes, fixed by concrete bonding, described upper coral cultivation mould blind hole 731 is for being hexagonal configuration or being heart shape or being " ☆ " shape, described in the present embodiment, upper coral cultivation mould blind hole 731 is selected as being hexagonal configuration, described for be hollow body and its perisporium on distribute porose upper coral cultivation mould 732 for being hexagonal configuration or being heart shape or being " ☆ " shape, described in the present embodiment for be hollow body and its perisporium on the porose lower coral cultivation mould 712 that distributes select as being hexagonal configuration, described for be hollow body and its perisporium on porose upper coral cultivation mould 732 surfaces that are hexagonal configuration or be heart shape or be " ☆ " shape that distribute scribble inorganic zinc-rich coating.Center on the upper surface of the described upper cultivation support 73 that is claw shape is provided with the upper cultivation support blind hole 733 that an inner bottom surface is cone shape, and the center on lower surface is extended with the cylinder that a center band lower end, lower surface is the upper cultivation stand connection 734 of cone shape downwards.
Described base 1, lower cultivation support 71, lower central dividing plate 52, middle cultivation support 72, upper central dividing plate 53 and upper cultivation support 73 be stack successively from bottom to top.
Described lower cultivation support 71 is installed on base 1.The set inner bottom surface in center on support 12 upper surfaces that are " * " shape that the outer end that the lower cultivation stand connection 714 that center on described lower cultivation support 71 lower surfaces that are claw shape is cone shape to the lower end of the cylinder lower surface center of downward-extension is inserted in described base 1 is connected with the each interior angle place of bedframe 11 that is hexagonal configuration is in the base central blind hole 122 of cone shape, and is fixed by concrete bonding.
Described lower central dividing plate 52 is installed on lower cultivation support 71.Described being " * " shape lower central dividing plate 52 lower surfaces on the set inner bottom surface of center that is described in being inserted on lower cultivation support 71 upper surfaces of claw shape of center lower central dividing plate connector 523 from cone shape to the lower end of downward-extension that be in the lower cultivation support blind hole 713 of cone shape, and fixed by concrete bonding.
Described middle cultivation support 72 is installed on lower central dividing plate 52.The set inner bottom surface of center being described in the middle cultivation stand connection 724 that center on described middle cultivation support 72 lower surfaces that are claw shape is cone shape to the lower end of the cylinder lower surface center of downward-extension is inserted on lower central dividing plate 52 upper surfaces of " * " shape is in the lower central dividing plate blind hole 522 of cone shape, and is fixed by concrete bonding.
Described upper central dividing plate 53 is installed on middle cultivation support 72.Described being " * " shape upper central dividing plate 53 lower surfaces on the set inner bottom surface of center that is described in being inserted on middle cultivation support 72 upper surfaces of claw shape of center upper central dividing plate connector 533 from cone shape to the lower end of downward-extension that be in the middle cultivation support blind hole 723 of cone shape, and fixed by concrete bonding.
Described upper cultivation support 73 is installed on central dividing plate 53.The set inner bottom surface of center being described in the upper cultivation stand connection 734 that center on described upper cultivation support 73 lower surfaces that are claw shape is cone shape to the lower end of the cylinder lower surface center of downward-extension is inserted on upper central dividing plate 53 upper surfaces of " * " shape is in the upper central dividing plate blind hole 532 of cone shape, and is fixed by concrete bonding.
On described base 1, be also superimposed with successively lower leaf outer wall 21, middle layering outer wall 22 and higher slice outer wall 23 from bottom to top.
Described lower leaf outer wall 21 is installed in described base 1 top.Described lower leaf outer wall 21 is for being the lower leaf framework 211 of hexagonal configuration, described for be center on the crosspiece lower surface of lower leaf framework 211 of hexagonal configuration respectively the set body that is square lower leaf outer wall connector 2112 respectively with the upper surface of described lower square outer wall side post 41 on set square-shaped lower blind hole 411 form interlocking, and fixed by concrete bonding.Center on the crosspiece upper surface of the bedframe that is hexagonal configuration 11 of described base 1 respectively set square-shaped base blind hole 111 respectively with the lower surface of described lower square outer wall side post 41 on center form interlocking to the lower connector 412 of the body that is square of downward-extension, and fixed by concrete bonding.Described lower leaf outer wall 21 is for being the lower leaf framework 211 of hexagonal configuration, describedly set be polygon-shaped lower blind hole 311 and form interlocking respectively with on described lower polygon outer wall lateral column 31 upper surfaces for being on the lower surface, crosspiece junction of lower leaf framework 211 of hexagonal configuration the set respectively lower leaf outer wall connector 2114 that is gengon, and fixed by concrete bonding.On the upper surface of the crosspiece junction of the bedframe that is hexagonal configuration 11 of described base 1 respectively set be polygon-shaped base blind hole 113 respectively with described lower polygon outer wall lateral column 31 lower surfaces on center form interlocking to the lower connector that is gengon 312 of downward-extension, and fixed by concrete bonding.
Described middle layering outer wall 22 is installed in described lower leaf outer wall 21 tops.Described middle layering outer wall 22 is for being the middle layered framework 221 of hexagonal configuration, described for be center on the crosspiece lower surface of middle layered framework 221 of hexagonal configuration respectively the set body that is square middle layering outer wall connector 2212 respectively with described on square outer wall lateral column 42 upper surfaces set square-shaped middle blind hole 421 form interlocking, and fixed by concrete bonding.Described lower leaf outer wall 21 is for being the lower leaf framework 211 of hexagonal configuration, described for be center on the crosspiece upper surface of lower leaf framework 211 of hexagonal configuration respectively set square-shaped lower leaf outer wall blind hole 2111 respectively with described in center on square outer wall lateral column 42 lower surfaces form interlocking to the middle connector 422 of the body that is square of downward-extension, and fixed by concrete bonding.Described middle layering outer wall 22 is for being the middle layered framework 221 of hexagonal configuration, describedly set be polygon-shaped middle blind hole 321 and form interlocking respectively with on described middle polygon outer wall lateral column 32 upper surfaces for being on the lower surface, crosspiece junction of middle layered framework 221 of hexagonal configuration the set respectively middle layering outer wall connector 2214 that is gengon, and fixed by concrete bonding.Described lower leaf outer wall 21 is for being the lower leaf framework 211 of hexagonal configuration, described for be on the upper surface, crosspiece junction of lower leaf framework 211 of hexagonal configuration respectively set be polygon-shaped lower leaf outer wall blind hole 2113 respectively with described middle polygon outer wall lateral column 32 lower surfaces on center form interlocking to the middle connector that is gengon 322 of downward-extension, and fixed by concrete bonding.
Described higher slice outer wall 23 is installed in described middle layering outer wall 22 tops.Described higher slice outer wall 23 is for being the higher slice framework 231 of hexagonal configuration, described for be hexagonal configuration higher slice framework 231 crosspiece lower surface center respectively the set body that is square higher slice outer wall connector 2312 respectively with described square outer wall side post 43 upper surfaces on set square-shaped upper blind hole 431 form interlocking, and fixed by concrete bonding.Described middle layering outer wall 22 is for being the middle layered framework 221 of hexagonal configuration, described for be center on the crosspiece upper surface of middle layered framework 221 of hexagonal configuration respectively set square-shaped middle layering outer wall blind hole 2211 respectively with described square outer wall side post 43 lower surfaces on center form interlocking to the upper connector 432 of the body that is square of downward-extension, and fixed by concrete bonding.Described higher slice outer wall 23 is for being the higher slice framework 231 of hexagonal configuration, describedly set be polygon-shaped upper blind hole 331 and form interlocking respectively with on described upper polygon outer wall lateral column 33 upper surfaces for being on the lower surface, crosspiece junction of higher slice framework 231 of hexagonal configuration the set respectively higher slice outer wall connector 2313 that is gengon, and fixed by concrete bonding.Described middle layering outer wall 22 is for being the middle layered framework 221 of hexagonal configuration, described for be on the upper surface, crosspiece junction of middle layered framework 221 of hexagonal configuration respectively set be polygon-shaped middle layering outer wall blind hole 2213 respectively with described upper polygon outer wall lateral column 33 lower surfaces on center form interlocking to the upper connector that is gengon 332 of downward-extension, and fixed by concrete bonding.
Claims (4)
1. A mixed planting of red coral reefs, which includes a red coral reef planting body, characterized in that the body is made of red coral reef planting base (1), under the tiered wall (21), layered outer wall (22 ), layered on the outer wall (23), a polygonal outer lower side legs (31), the outer wall side of the polygonal column (32), on the outer side of a polygonal pillar (33), a square outer side legs (41), the outer wall side of the square Column (42), on the outer side of the square column (43), the intermediate partition plate (52), the intermediate plate (53), under the culture bracket (71), the rearing bracket (72) and on the breeding bracket (73) of the composition, said base (1) by a hexagonal-shaped base frame (11) and the outer end of the base frame form a hexagonal shape (11) connected at a respective internal angle was "*"-shaped support (12) composed of , the middle portion of the base frame form a hexagonal shape (11) of the upper end face of the crosspiece are provided with a rectangular shape of the base form of blind holes (111), the base frame form a hexagonal shape (11) of the crosspiece form a rectangular shape on the junction of the base of the blind hole at the middle of the end face of the respective set (111) are uniformly distributed on both sides of the base are also grown blind hole (112), the base frame form a hexagonal shape (11) of the crosspiece respectively, with an end face of the base form polygonal blind hole (113), a lower end surface of the base frame of the form (11) of the hexagonal shape of the junction of the crosspiece are provided at a base end of the conical shape of the feet (114) , was the "*"-shaped support (12) has an upper end surface of the base fabric are grown blind hole (121) is provided at the center of the upper surface of the base of a blind hole the center of the cone shape of the inner bottom surface (122), the said lower tiered wall (21) to form the next hierarchical framework hexagonal shape (211), the central office was under a hierarchical framework for hexagonal shape (211) of the upper surface of the rungs were, respectively, with a square shape layered wall next blind hole (2111), the lower rungs of the middle surface, respectively, with a square body was under the tiered wall connections (2112), a hexagonal shape of the lower hierarchical framework for the (211) The junction of the upper surface of the rungs, respectively, with a polygonal form the outer wall of the blind hole under stratification (2113), the lower surface of the rungs junction, respectively, with an outer wall of the connector was layered under a multilateral body (2114) , was square-shaped central blind hole under the tiered wall at the next hierarchical framework was hexagonal shape (211) of the upper surface of the rungs were established (2111) on both sides were also stratified wall cloth under cultivation central blind hole (2115) of the layered wall (22) is hexagonal in shape hierarchical framework (221), wherein the hierarchical framework showing a hexagonal-shaped upper surface (221) of the crosspiece place, respectively, with a square shape was layered outer wall of the blind hole (2211), the lower rungs of the middle surface, respectively, with a square shape in a hierarchical form the outer wall of the connector (2212), which is a hexagonal shape in the hierarchical framework the upper surface (221) of the junction of the crosspiece are provided with a polygonal shape in the form of blind holes layered wall (2213), the lower end surface of the junction of the crosspiece are provided with an equatorial form polygons layer wall connections (2214), which was was square shaped outer wall of the blind hole in the middle of the layered hierarchical framework (221) hexagonal shape of the upper surface of the rungs were established (2211) also both sides layered cloth wall planting blind hole (2215), the upper layered outer wall (23) to form a hierarchical framework hexagonal shape (231), the hexagonal shape of the hierarchical framework for the (231) the upper surface of the rungs are layered cloth on the outer wall of planting a blind hole (2311), the central office was on the hierarchical framework for the hexagonal shape of the (231) surface of the lower rungs, respectively, with the shape of a square form layered wall connections (2312), which was on the hierarchical framework for the hexagonal shape of the lower surface (231) of the rungs, respectively, with a junction was layered wall connections multilateral bodies (2313), the said lower outer side of a polygonal pillar (31) was at the upper end face is provided with a polygonal blind hole (311), at the lower end face of the central downwardly extending connecting member with a state under a multilateral body (312), wherein the polygon (32) the upper surface of the outer side of the column has a polygonal shape in the form of blind holes (321), at the lower end of the central plane extending down was in connection with a multilateral body (322), polygon outer side of the upper column (33) form the upper end face is provided with a polygonal shape on a blind hole (331), at the central lower end face extends downwardly a polyhedral form of the connecting member (332), the lower outer side of the square column (41) form the upper surface side is provided with a blind hole shape (411), at the central lower end face of the square form a downwardly extending lower connector body (412), (42) an upper end surface of the outer wall side of the square column There is a square shape was in a blind hole (421), at the lower end of the central plane extending down side there was a body of a connector (422), a square column of the upper side wall (43) has an upper surface was square shape on a blind hole (431), at the lower end of the central plane extending down one side of the connector body was on the (432), the lower middle partition (52) showed a "*" shape, which was " * "the shape of the intermediate partition plate (52) at the upper end face of the intermediate plate were planted cloth with a blind hole (521), at the central upper end face of the intermediate plate is provided under the bottom surface of the blind hole an inner conical shape (522 ), was the "*"-shaped intermediate partition plate (52) at the lower end of the central surface has a lower end extending downwardly conical shaped intermediate partition plate connecting member (523), the intermediate partition plate (53 ) showed a "*" shape, and the form "*" on the shape of the middle plate (53) are uniformly distributed on the upper surface of the middle plate grown blind hole (531), at the central upper end face of the inner bottom surface is provided with a the middle plate conical blind hole (532), the form "*" on the shape of the middle plate (53) at the lower end face of the middle has a lower end extending downwardly from the conical shape of the intermediate partition plate connecting member ( 533), said lower bracket breeding (71) form the claw shape, and the culture was at the upper end surface of the bracket (71) are respectively shaped claws distributed at coral breeding mold recess (711), the shape of the jaws form the upper surface of the lower bracket breeding (71) are distributed, respectively, were cultured at coral die blind hole (711) is inserted within its hollow body to indicate a match and are distributed in the peripheral wall of the hole under the coral breeding mold (712 lower), bonded and fixed by the concrete, the lower blind hole die coral culture (711) or in the form of heart-shaped "☆" shape or a hexagonal shape, and the hollow body and to form a peripheral wall with holes distributed Coral breeding mold (712) to form heart-shaped or "☆" shape or a hexagonal shape, and the culture was at the middle of the upper end of the bracket (71) the shape of the surface of the pawl is provided at the inner bottom surface of a culture conical shape Bracket blind hole (713), at the central lower end face extends downwardly about the lower end surface of the middle of the strip holder was cultured under the connecting piece (714) of the conical shape of the cylinder, wherein the culture support (72) form the shape of the claw the upper surface of the upper end surface of said claw-shaped form in cultured bracket (72) are distributed, respectively, cultured coral die recess (721), said claw-shaped form in cultured bracket (72) which are respectively coral breeding distribution blind hole die (721) is inserted into the inside of its matching form of a hollow body and its peripheral wall with holes distributed aquaculture coral die (722), bonded and fixed by the concrete, the mold breeding coral blind hole (721) to form "☆" shape or a hexagonal shape or form the heart shape, with a hole in the distribution of coral breeding mold (722) to form a hollow body and its peripheral wall to form "☆" shape or form at the upper end of the central heart-shape or a hexagonal shape, and the shape of the jaw was cultured bracket (72) is provided with an inner surface of the cone-shaped bottom surface of the culture holder recess (723), at the lower end face of the central extends under the bracket member in the culture (724) at the central portion of the end face at the lower end of a conical shape with a cylinder, the upper culture support (73) form the claw shape, and the culture was the claw-shaped bracket (73) the upper surface of the upper end face is inserted are respectively distributed aquaculture coral die recess (731), which was cultured on a bracket-shaped pawl (73) which are respectively distributed aquaculture coral die recess (731) within the their match to form a hollow body, and its peripheral wall with holes distributed aquaculture coral die (732), fixed, the upper die by concrete bonding coral breeding blind hole (731) of a hexagonal shape or a heart-shape or was "☆" shape, as was the hollow body and its peripheral wall with a hole on the distribution of coral breeding mold (732) for the hexagonal shape or form heart shape or form "☆" shape, and the shape of the upper jaw was the upper end of the bracket at the middle culture (73) is provided on the surface of the blind hole breeding bracket bottom surface of a conical inner (733), at the central lower end face extends downwardly at the central portion on the end face at the lower end with a conical shape Aquaculture bracket member (734) of the cylinder, the base (1), cultured under the bracket (71), the intermediate partition plate (52), the rearing bracket (72), the intermediate plate (53) and the culture bracket (73) superimposed on the bottom up in sequence, the lower culture bracket (71) in the mounting base (1), which were cultured under the claw-shaped holder (71) at the lower end face of the central downwardly extending Under the lower end surface of the cylinder at the middle of the conical shape of the lower bracket member cultured (714) interposed between said base (1) is a hexagonal shape and the outer end of the base frame (11) connected at a respective internal angle was "* "-shaped support (12) blind hole center of the base of the upper end face of the central space is provided within the conical shape of the bottom surface (122) inside, made of concrete and is bonded and fixed, the intermediate partition plate (52) below the mounting breeding bracket (71), said form "*" at the shape of the intermediate partition plate (52) at the lower end face of the lower end of the central downwardly extending conical shaped intermediate plate connecting member (523) inserted in the form captivity claw-shaped holder (71) at the middle of the blind hole bracket breeding premises located within the upper end face of the cone-shaped bottom surface (713), the adhesion of concrete, and is fixed in the breeding bracket (72) the mounting the lower intermediate plate (52), said pawl holder was cultured in shape (72) at the lower end face of the central lower surface of the lower end of the cylindrical middle portion extending downwardly in the shape of a conical stand attachment culture (724 ) was inserted in the "*"-shaped intermediate partition plate (52) within the middle plate bottom surface of the blind hole under the upper surface of the central space located in the conical shape (522), the fixed and the concrete bonding, said intermediate partition plate (53) in the mounting bracket culture (72) on the form "*" on the shape of the middle plate (53) at the lower end face of the lower end of the central downwardly extending conical shape intermediate bulkhead connector (533) inserted in the shape of the jaw was farmed bracket (72) in the bottom surface of the conical shape of the central premises located in the upper surface of the stent in the farming blind hole (723) inside, and by concrete bonding and fixing, breeding bracket (73) in the middle of the mounting plate (53), said claw-shaped form on the breeding bracket (73) at an upper end surface of the lower end face of the cylindrical middle portion extending downwardly at the central portion of the lower end of the conical shape of the stand attachment culture (734) was inserted in the "*" on the upper surface of the central space is provided within the bottom surface of the conical shape of the intermediate partition plate (53) in the interval Plate blind hole (532), the adhesion of concrete and is fixed on the base (1) is also under the bottom-layered sequentially superposed wall (21), layered wall (22) and layered on the outer wall (23), said lower layered wall (21) of the mounting in the base (1) above, the lower hierarchical outer wall (21) to form a hexagonal shape at hierarchical framework (211), as was the By the middle of the hierarchical framework (211) of the hexagonal shape of the lower surface of the rungs, respectively, was established under the tiered square shape wall connections (2112), respectively, on the outer side of the lower square column (41) was square-shaped central blind bore in the end face of the set (411) forming the engagement, bonded and fixed to the concrete, said base (1) showed a hexagonal shape by the base frame (11) of the upper surface of the crosspiece assume a rectangular shape at the central portion of the lower end of the lower linkage member being disposed at a side of a rectangular shape, respectively, form the base of the blind hole (111) with said outer side of a square pillar (41) extending downwardly (412) forming the engagement by concrete bonding fixed, the lower layered outer wall (21) to form the next hierarchical framework hexagonal shape (211), which was under the hierarchical framework for the hexagonal shape of the (211) under the crossbar junction were established by the end surface of a lower hierarchy of the outer wall of the connecting member form a multilateral body (2114), respectively, and the lower outer side of the polygonal column (31) was set by the upper surface of the polygonal shape of the blind hole (311) forming the engagement , a polygonal shape of the base of the blind hole by a fixed upper surface of the concrete bonding, said base (1) to form the base frame (11) of the hexagonal shape of the junction of the crosspiece are established (113), respectively, with the said lower outer side of a polygonal pillar (31) extending at the middle of the lower end surface of the lower linkage member downwardly Movement multilateral body (312) forming the engagement by the fixed concrete bonding said layered wall (22) An provided in (21) above the outer wall of a lower hierarchy of the layered wall (22) to form a hexagonal layered shaped frame (221), the shape of a hexagonal layered framework (221) was square-shaped blind holes in the middle of the lower surface of the rungs, respectively, was established in stratified square shape wall connections (2212), respectively, with the upper surface of the outer side of the square column (42) set by (421) to form scarfing by concrete bonding fixed, the lower layered outer wall (21) to form the next hierarchical framework hexagonal shape (211), which was under the hierarchical framework for the hexagonal shape of the (211) Stratification was square-shaped outer wall of the blind hole at the middle of the upper end face of the crossbar are established (2111), respectively, with the outer wall side of the square column (42) at the lower end of the central surface of the downwardly extending side was the connector body (422) forming the engagement, bonded and fixed by the concrete, the layered wall (22) is hexagonal in shape hierarchical framework (221), the hexagonal shape is carved the junction of the lower end surface of the layer frame (221) of the rungs are established in a hierarchical form polygons outer connecting member (2214) with said outer wall side of the polygonal column (32) provided in the upper end face of the polygonal Under the shape of a blind hole (321) forming the engagement by the fixed concrete bonding said lower layered wall (21) to form a hexagonal shape at hierarchical framework (211), the hexagonal shape is divided a polygonal shape at the central portion at the junction of the upper end of the blind hole layered wall surface of the layer frame (211) of the rungs are established (2113), respectively, with the outer wall side of the polygonal column (32) the lower end surface of the downwardly a polygonal body of the connecting member extending in the (322) forming the engagement, bonded and fixed by the concrete, the layered wall (23) in the mounting (22) layered over the outer wall of the upper sub- stratified layer on the outer wall (23) to form a hierarchical framework hexagonal shape (231), which was on the hierarchical framework for the hexagonal shape of the lower end surface (231) of the middle rungs of the party was established by the respective body of the outer wall of the connecting member (2312) form a rectangular shape with the upper blind hole (43) the upper end of the outer wall side surface of the square pillar set (431) is formed on the engagement, respectively bonded and fixed by the concrete, the layered the outer wall (22) was square in shape was carved hierarchical framework for hexagonal shape (221), was in the middle at the hierarchical framework for the hexagonal shape of (221) plane of the upper rungs were established outer layer of the blind hole (2211) and the outer wall side of the square respectively column (43) assume a rectangular shape at the central portion on the lower end face of the connecting member extending downwardly (432) forming the engagement, bonded and fixed by the concrete, The layered outer wall (23) to form a hierarchical framework hexagonal shape (231), which was on the hierarchical framework for the hexagonal shape of the (231) surface of the lower rungs of the junction was established by the respective multilateral layered on the outer wall of the connector body (2313) and the outer wall side of the polygon, respectively column (33) was set by the upper surface of the polygonal shape of the blind hole (331) forming the engagement, bonded and fixed by the concrete, The layered wall (22) to form a hexagonal layered shaped frame (221), wherein the hierarchical framework showing a hexagonal shape (221) of the junction of the upper end face of the crosspiece is provided in a polygonal shape, respectively in the form of a blind hole layered wall (2213) with said outer polygon side legs (33) extending at the middle of the lower surface of a polygonal body downwardly on the connecting member (332) forming the engagement by the concrete adhesively fixed.
2. hybrid red coral plantation reef according to claim 1, it is characterized in that described for be hollow body and its perisporium on porose lower coral cultivation mould (712) surface that is heart shape or be " ☆ " shape or be hexagonal configuration that distributes scribble inorganic zinc-rich coating.
3. hybrid red coral plantation reef according to claim 1, it is characterized in that described for be hollow body and its perisporium on distribute porose being " ☆ " shape or middle coral cultivation mould (722) surface that is hexagonal configuration or is heart shape scribbles inorganic zinc-rich coating.
4. hybrid red coral plantation reef according to claim 1, it is characterized in that described for be hollow body and its perisporium on porose upper coral cultivation mould (732) surface that is hexagonal configuration or be heart shape or be " ☆ " shape that distributes scribble inorganic zinc-rich coating.
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104273064A (en) * | 2014-09-29 | 2015-01-14 | 上海海洋大学 | Artificial fish reef with impeller |
| CN104521842A (en) * | 2015-01-14 | 2015-04-22 | 长沙理工大学 | Layered artificial reef depending on wind power supply |
| CN107173264A (en) * | 2017-07-20 | 2017-09-19 | 浙江海洋大学 | A kind of seabed coral culture apparatus |
| CN107182846A (en) * | 2017-07-20 | 2017-09-22 | 浙江海洋大学 | A kind of basal body structure of seabed coral culture apparatus |
| CN110476857A (en) * | 2019-09-17 | 2019-11-22 | 海南大学 | A kind of the landscape fish shelter and design method of basalt fibre enhancing |
| CN116746529A (en) * | 2023-06-26 | 2023-09-15 | 广州陆海生态科技有限公司 | Trapezoidal artificial fish reef device |
Citations (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100571997B1 (en) * | 2005-03-03 | 2006-04-17 | 이화여자대학교 산학협력단 | Method of collecting and culturing larvae of korean soft corals |
| CN101297640A (en) * | 2008-06-23 | 2008-11-05 | 中国科学院南海海洋研究所 | Ex situ conservation method of coral stone |
| CN101406168A (en) * | 2008-11-18 | 2009-04-15 | 中国科学院南海海洋研究所 | Method for recovering coral reef ecologic system and device for adhering juvenile of hermatypic coral thereof |
| CN101766153A (en) * | 2010-02-03 | 2010-07-07 | 中国科学院青海盐湖研究所 | Novel indoor coral culture method used for scientific research |
| CN202153943U (en) * | 2011-07-18 | 2012-03-07 | 深圳旭联海洋生物养殖有限公司 | Quick connector of artificial reef coral |
| CN102907378A (en) * | 2012-11-08 | 2013-02-06 | 石珠成 | Cultivating method for ocean red corals |
| CN103026917A (en) * | 2012-12-27 | 2013-04-10 | 华东师范大学 | Supporting cover and method for planting shrubs or subshrubs in multi-layer three-dimensional manner |
| CN203087269U (en) * | 2013-01-24 | 2013-07-31 | 中国科学院南海海洋研究所 | Table-shaped coral reef base suitable for growth of coral |
| CN203661816U (en) * | 2014-01-13 | 2014-06-25 | 上海海洋大学 | Hybrid red coral planting reef |
-
2014
- 2014-01-13 CN CN201410012887.6A patent/CN103988794B/en not_active Expired - Fee Related
Patent Citations (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100571997B1 (en) * | 2005-03-03 | 2006-04-17 | 이화여자대학교 산학협력단 | Method of collecting and culturing larvae of korean soft corals |
| CN101297640A (en) * | 2008-06-23 | 2008-11-05 | 中国科学院南海海洋研究所 | Ex situ conservation method of coral stone |
| CN101406168A (en) * | 2008-11-18 | 2009-04-15 | 中国科学院南海海洋研究所 | Method for recovering coral reef ecologic system and device for adhering juvenile of hermatypic coral thereof |
| CN101766153A (en) * | 2010-02-03 | 2010-07-07 | 中国科学院青海盐湖研究所 | Novel indoor coral culture method used for scientific research |
| CN202153943U (en) * | 2011-07-18 | 2012-03-07 | 深圳旭联海洋生物养殖有限公司 | Quick connector of artificial reef coral |
| CN102907378A (en) * | 2012-11-08 | 2013-02-06 | 石珠成 | Cultivating method for ocean red corals |
| CN103026917A (en) * | 2012-12-27 | 2013-04-10 | 华东师范大学 | Supporting cover and method for planting shrubs or subshrubs in multi-layer three-dimensional manner |
| CN203087269U (en) * | 2013-01-24 | 2013-07-31 | 中国科学院南海海洋研究所 | Table-shaped coral reef base suitable for growth of coral |
| CN203661816U (en) * | 2014-01-13 | 2014-06-25 | 上海海洋大学 | Hybrid red coral planting reef |
Cited By (8)
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|---|---|---|---|---|
| CN104273064A (en) * | 2014-09-29 | 2015-01-14 | 上海海洋大学 | Artificial fish reef with impeller |
| CN104521842A (en) * | 2015-01-14 | 2015-04-22 | 长沙理工大学 | Layered artificial reef depending on wind power supply |
| CN107173264A (en) * | 2017-07-20 | 2017-09-19 | 浙江海洋大学 | A kind of seabed coral culture apparatus |
| CN107182846A (en) * | 2017-07-20 | 2017-09-22 | 浙江海洋大学 | A kind of basal body structure of seabed coral culture apparatus |
| CN107173264B (en) * | 2017-07-20 | 2019-05-21 | 浙江海洋大学 | A kind of seabed coral culture apparatus |
| CN110476857A (en) * | 2019-09-17 | 2019-11-22 | 海南大学 | A kind of the landscape fish shelter and design method of basalt fibre enhancing |
| CN116746529A (en) * | 2023-06-26 | 2023-09-15 | 广州陆海生态科技有限公司 | Trapezoidal artificial fish reef device |
| CN116746529B (en) * | 2023-06-26 | 2024-01-05 | 广州陆海生态科技有限公司 | Trapezoidal artificial fish reef device |
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