CN103988812B - Hybrid common coral plantation reef - Google Patents

Hybrid common coral plantation reef Download PDF

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Publication number
CN103988812B
CN103988812B CN201410013466.5A CN201410013466A CN103988812B CN 103988812 B CN103988812 B CN 103988812B CN 201410013466 A CN201410013466 A CN 201410013466A CN 103988812 B CN103988812 B CN 103988812B
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China
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center
blind hole
shape
connector
square
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CN201410013466.5A
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CN103988812A (en
Inventor
姜少杰
兰镇
袁俊
彭伟锋
王伟定
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Shanghai Maritime University
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Shanghai Maritime University
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    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02ATECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A10/00TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE at coastal zones; at river basins
    • Y02A10/26Artificial reefs or seaweed; Restoration or protection of coral reefs

Abstract

A kind of hybrid common coral plantation reef.It comprises a common coral plantation reef proper, it is characterized in that described common coral plantation reef proper is by base, lower leaf outer wall, middle layering outer wall, higher slice outer wall, lower polygon outer wall lateral column, middle polygon outer wall lateral column, upper polygon outer wall lateral column, lower square outer wall side post, in square outer wall lateral column, upper square outer wall side post, lower middle comer pieces, upper middle comer pieces, lower middle straight part, upper middle straight part, lower center pillar, center pillar, upper center pillar, bottom left lateral column, bottom right lateral column, middle left side post, middle right side post, upper left lateral column, upper right lateral column and top layer disk formed, and combined by plugging in fitting.Hybrid common coral plantation reef of the present invention can be suitable for applying in the coastal waters of any depth of water.

Description

Hybrid common coral plantation reef
Technical field
The present invention relates to a kind of coral plantation reef, particularly relate to a kind of hybrid common coral plantation reef.
Background technology
In sea floor world, the good reputation such as " tropical rain forest in ocean " and " great wall on sea " that coral reef is enjoyed, but be considered to the most ancient, the most colourful on the earth, be also one of most precious ecosystem.Coral maintains indomitable vitality reaching in the evolution process of 2.5 hundred million years, no matter be violent storm, volcano eruption or the lifting on sea level all can not allow coral become extinct.But nearest many decades, the mankind are to the excessive exploitation of marine resources, and pollute, global warming, indiscriminately slaughters excessively capturing of marine fishes, to the excessive exploitation of coral reef, makes coral reef occur unprecedented crisis of survival.Show according to the data that United Nations Environment Programme provides, at present, global coral reef has 11% round extinction, and 16% can not play ecological functions, and 60% is faced with serious threat.
In recent years; the situation of coral reef has had again a lot of new change; protection work is more and more urgent; albinism as coral reef is day by day serious; from the eighties in 20th century coral bleaching become global problem, the global coral albefaction event that 1997-1998 occurs, directly destroyed the coral reef in the whole world 16%; cause tourism loss in 1999 to reach 5,454 ten thousand dollars, and jeopardize main material object and the source of finance of the 500000000 seashore people.Clearly can find out from current event the great function that coral reef plays in all fields, the techniques and methods about the protection of coral reef has become the priority research areas of many countries and international body.The total tactful video display of protection coral reef protect existing coral reef, repair destroyed coral reef, build new artificial coral reef, thus increase the area of coral reef, strengthen the function of coral reef ecologic system.
Regrettably; abroad to the research of coral Ecology and report very abundant; research about coral reef protection launches energetically, and China for the artificial propagation of coral reef and repairing research few, cause China greatly to lag behind other countries in protection coral reef; also some impacts are indirectly caused; as fishery resources degradation, bad border, ocean is destroyed day by day, just based on above its development; from the angle of protection coral reef, this Technology design is proposed.
Summary of the invention
The object of the invention is to provide a kind of hybrid common coral plantation reef, it not only can realize attracting a large amount of fish to the function of luring of fish, and the coral reef that transplanting comes forms new artificial environment, increase fishery resources, promote growth and the formation of coral reef, and it is more outstanding that the existence of coral reef can also be made to make the attracting action of fish, the function of two aspects is played and mutually promotes, reach the benefit order of " 1+1>2 ".
The object of the present invention is achieved like this: hybrid common coral plantation reef of the present invention comprises a common coral plantation reef proper, described common coral plantation reef proper is by base, lower leaf outer wall, middle layering outer wall, higher slice outer wall, lower polygon outer wall lateral column, middle polygon outer wall lateral column, upper polygon outer wall lateral column, lower square outer wall side post, in square outer wall lateral column, upper square outer wall side post, lower middle comer pieces, upper middle comer pieces, lower middle straight part, upper middle straight part, lower center pillar, center pillar, upper center pillar, bottom left lateral column, bottom right lateral column, middle left side post, middle right side post, upper left lateral column, upper right lateral column and top layer disk formed, described base is made up of with the support in " * " shape that the relative interior angle place of the bedframe in hexagonal configuration connects the bedframe in hexagonal configuration and outer end, center on the crosspiece upper surface of the described bedframe in hexagonal configuration is respectively equipped with a square-shaped base blind hole, the set respectively square-shaped base blind hole both sides of center on the crosspiece upper surface of the described bedframe in hexagonal configuration is also evenly equipped with base plantation blind hole, the upper surface of the crosspiece junction of the described bedframe in hexagonal configuration is respectively equipped with one in polygon-shaped base blind hole, the lower surface of the crosspiece junction of the described bedframe in hexagonal configuration is respectively equipped with the base footing of a lower end conically shape, the described support upper surface in " * " shape is evenly equipped with base plantation blind hole, center on upper surface is provided with the base central blind hole of an inner bottom surface conically shape, described lower leaf outer wall is the lower leaf framework in hexagonal configuration, center on the crosspiece upper surface of the described lower leaf framework for being hexagonal configuration is respectively equipped with a square-shaped lower leaf outer wall blind hole, center on crosspiece lower surface is respectively equipped with a lower leaf outer wall connector being square body, the upper surface of the described crosspiece junction for the lower leaf framework in hexagonal configuration is respectively equipped with one in polygon-shaped lower leaf outer wall blind hole, the lower surface of crosspiece junction is respectively equipped with the lower leaf outer wall connector that is gengon, the set respectively square-shaped lower leaf outer wall blind hole both sides of center on the crosspiece upper surface of the described lower leaf framework in hexagonal configuration is also evenly equipped with lower leaf outer wall plantation blind hole, described middle layering outer wall is the middle layered framework in hexagonal configuration, center on the crosspiece upper surface of the described middle layered framework for being hexagonal configuration is respectively equipped with a square-shaped middle layering outer wall blind hole, center on crosspiece lower surface is respectively equipped with a middle layering outer wall connector being square body, the upper surface of the described crosspiece junction for the middle layered framework in hexagonal configuration is respectively equipped with one in polygon-shaped middle layering outer wall blind hole, the lower surface of crosspiece junction is respectively equipped with the middle layering outer wall connector that is gengon, the set respectively square-shaped middle layering outer wall blind hole both sides of center on the crosspiece upper surface of the described middle layered framework in hexagonal configuration is also evenly equipped with middle layering outer wall plantation blind hole, described higher slice outer wall is the higher slice framework in hexagonal configuration, the described crosspiece upper surface for the higher slice framework in hexagonal configuration is evenly equipped with higher slice outer wall plantation blind hole, describedly be respectively equipped with a higher slice outer wall connector being square body for the center on the crosspiece lower surface of the higher slice framework in hexagonal configuration, the lower surface of the described crosspiece junction for the higher slice framework in hexagonal configuration is respectively equipped with the higher slice outer wall connector that is gengon, described lower polygon outer wall lateral column upper surface is provided with one in polygon-shaped lower blind hole, center on lower surface is extended with the lower connector that is gengon downwards, described middle polygon outer wall lateral column upper surface is provided with one in polygon-shaped middle blind hole, center on lower surface is extended with the middle connector that is gengon downwards, described upper polygon outer wall lateral column upper surface is provided with one in polygon-shaped upper blind hole, center on lower surface is extended with the upper connector that is gengon downwards, described lower square outer wall side post upper surface is provided with a square-shaped lower blind hole, center on lower surface is extended with a lower connector being square body downwards, in described, square outer wall lateral column upper surface is provided with a square-shaped middle blind hole, center on lower surface is extended with a middle connector being square body downwards, described square outer wall side post upper surface is provided with a square-shaped upper blind hole, center on lower surface is extended with a upper connector being square body downwards, described lower middle comer pieces is by lower outside semicircular ring, in lower, semicircular ring and the lower straight shelves between lower outside semicircular ring and lower interior semicircular ring formed, the upper surface of described lower outside semicircular ring and lower interior semicircular ring is evenly equipped with lower middle comer pieces plantation blind hole, described middle comer pieces is by upper outside semicircular ring, in upper, semicircular ring and the upper straight shelves between upper outside semicircular ring and upper interior semicircular ring formed, the upper surface of described upper outside semicircular ring and upper interior semicircular ring is evenly equipped with middle comer pieces plantation blind hole, the L-shaped shape of described lower middle straight part, the upper surface of the lower middle straight part of described L-shaped shape is evenly equipped with lower middle straight part plantation blind hole, center on the lower middle straight part upper surface of described L-shaped shape is provided with the lower blind hole of an inner bottom surface conically shape, center on lower surface is extended with the lower connector of a lower end conically shape downwards, the L-shaped shape of described upper middle straight part, the upper surface of the upper middle straight part of described L-shaped shape is evenly equipped with middle straight part plantation blind hole, center on the upper middle straight part upper surface of described L-shaped shape is provided with the upper blind hole of an inner bottom surface conically shape, center on lower surface is extended with the upper connector of a lower end conically shape downwards, described lower center pillar upper surface is provided with the lower blind hole of an inner bottom surface conically shape, center on lower surface is extended with the lower connector of a lower end conically shape downwards, described center pillar upper surface is provided with the middle blind hole of an inner bottom surface conically shape, center on lower surface is extended with the middle connector of a lower end conically shape downwards, described upper center pillar upper surface is provided with the upper blind hole of an inner bottom surface conically shape, center on lower surface is extended with the upper connector of a lower end conically shape downwards, center on described bottom left lateral column lower surface is extended with the lower connector of a cylindrical shape in lower end downwards, center on described bottom right lateral column lower surface is extended with the lower connector of a cylindrical shape in lower end downwards, center on post lower surface, described middle left side is extended with the middle connector of a cylindrical shape in lower end downwards, center on post lower surface, described middle right side is extended with the middle connector of a cylindrical shape in lower end downwards, center on described upper left lateral column lower surface is extended with the upper connector of a cylindrical shape in lower end downwards, center on described upper right lateral column lower surface is extended with the upper connector of a cylindrical shape in lower end downwards, described top layer disk is by circular outer shroud, circular inner and circular inner are formed with the support in " ten " shape in circular outer shroud and are connected, described circular inner and circular outer shroud upper surface are evenly equipped with top layer plantation blind hole respectively, center on the described pedestal upper end face in " ten " shape is distributed with top layer plantation blind hole, center on the described pedestal lower end face in " ten " shape is extended with the connector of a lower end conically shape downwards, described base, lower middle straight part, lower middle comer pieces, upper middle comer pieces, upper middle straight part and top layer disk superpose from bottom to top successively, described lower middle straight part and lower middle comer pieces are installed in above described base respectively, in the base central blind hole of the inner bottom surface that on the support upper surface of " * " shape that what the center on described lower center pillar lower surface is inserted in outer end from described base to the lower connector of the lower end conically shape of downward-extension and the relative interior angle place of the bedframe in hexagonal configuration connected is, center place establishes conically shape, and fixed by concrete bonding, center on the lower middle straight part lower surface of described L-shaped shape is inserted in the lower blind hole of inner bottom surface set on described lower center pillar upper surface conically shape to the lower connector of the lower end conically shape of downward-extension, and fixed by concrete bonding, described lower middle straight part lower surface is planted between blind hole with the base on the support upper surface in " * " shape of relative described base and is put bottom left lateral column, center on described bottom left lateral column lower surface is inserted in the base plantation blind hole on the support upper surface in " * " shape of described base to the lower connector of the cylindrical shape in lower end of downward-extension, and fixed by concrete bonding, the lower middle straight part lower surface of described bottom left lateral column upper surface and described L-shaped shape and being fixed by concrete bonding, the lower outside semicircular ring of described lower middle comer pieces and the lower surface of lower interior semicircular ring are planted between blind hole with the base on the support upper surface in " * " shape of relative described base and are put bottom right lateral column, center on described bottom right lateral column lower surface is inserted in the base plantation blind hole on the support upper surface in " * " shape of described base to the lower connector of the cylindrical shape in lower end of downward-extension, and fixed by concrete bonding, described bottom right lateral column upper surface and described lower middle comer pieces lower surface and fixed by concrete bonding, described middle comer pieces and upper middle straight part are installed in above described lower middle straight part and lower middle comer pieces respectively, described middle comer pieces lower surface is planted between blind hole with the lower middle straight part on the upper surface of the lower middle straight part of relative described L-shaped shape and is put middle left side post, center on post lower surface, described middle left side is inserted in the lower middle straight part plantation blind hole on the upper surface of the lower middle straight part of described L-shaped shape to the lower connector of the cylindrical shape in lower end of downward-extension, and fixed by concrete bonding, described post upper surface, middle left side and described middle comer pieces lower surface and fixed by concrete bonding, the lower end center that conically connector is inserted on the lower middle straight part upper surface of described L-shaped shape in shape from center on described center pillar lower surface to downward-extension set by inner bottom surface conically shape lower blind hole in, and fixed by concrete bonding, center on the upper middle straight part lower surface of described L-shaped shape is inserted in inner bottom surface set on described center pillar upper surface conically in shape in blind hole to the upper connector of the lower end conically shape of downward-extension, and fixed by concrete bonding, the upper middle straight part lower surface of described L-shaped shape is planted between blind hole with the lower middle comer pieces in the lower outside semicircular ring of relative described lower middle comer pieces and the upper surface of lower interior semicircular ring and is put middle right side post, center on post lower surface, described middle right side is inserted in the lower middle comer pieces plantation blind hole on the lower outside semicircular ring of described lower middle comer pieces and the upper surface of lower interior semicircular ring to the lower connector of the cylindrical shape in lower end of downward-extension, and fixed by concrete bonding, the upper middle straight part lower surface of described post upper surface, middle right side and described L-shaped shape and being fixed by concrete bonding, described top layer disk is installed in above described middle comer pieces and upper middle straight part, center on described upper center pillar lower surface is inserted in the upper blind hole of the inner bottom surface set by center on the upper middle straight part upper surface of described L-shaped shape conically shape to the upper connector of the lower end conically shape of downward-extension, and fixed by concrete bonding, center on the pedestal lower end face in " ten " shape of described top layer disk is inserted in the upper blind hole of inner bottom surface set on set upper center pillar upper surface conically shape to the connector of the lower end conically shape of downward-extension, and fixed by concrete bonding, described top layer disk lower surface and the upper middle comer pieces upper middle straight part of planting on the upper surface of the upper middle straight part of blind hole and described L-shaped shape in the upper outside semicircular ring of relative described middle comer pieces and the upper surface of upper interior semicircular ring are planted between blind hole and are set up left side post and upper right lateral column respectively, center on described upper left lateral column lower surface is inserted in the upper middle comer pieces plantation blind hole on the upper outside semicircular ring of described middle comer pieces and the upper surface of upper interior semicircular ring to the upper connector of the cylindrical shape in lower end of downward-extension, and fixed by concrete bonding, center on described upper right lateral column lower surface is inserted in the upper middle straight part plantation blind hole on the upper surface of the upper middle straight part of described L-shaped shape to the upper connector of the cylindrical shape in lower end of downward-extension, and fixed by concrete bonding, described upper left lateral column upper surface and described top layer disk lower surface and fixed by concrete bonding, described upper right lateral column upper surface and described top layer disk lower surface and fixed by concrete bonding, described base is also superimposed with lower leaf outer wall from bottom to top successively, middle layering outer wall and higher slice outer wall, described lower leaf outer wall is installed in above described base, described lower leaf outer wall is the lower leaf framework in hexagonal configuration, the lower leaf outer wall connector of described the be square body set respectively for the center on the crosspiece lower surface of the lower leaf framework in hexagonal configuration is formed with set square-shaped lower blind hole on the upper surface of described lower square outer wall side post respectively to be rabbeted, and fixed by concrete bonding, center on the crosspiece upper surface of the bedframe in hexagonal configuration of described base respectively set square-shaped base blind hole is formed to the lower connector of the body that is square of downward-extension with the center on the lower surface of described lower square outer wall side post respectively and rabbets, and fixed by concrete bonding, described lower leaf outer wall is the lower leaf framework in hexagonal configuration, the lower leaf outer wall connector in gengon on the lower surface, crosspiece junction of the described lower leaf framework for being hexagonal configuration set by difference is rabbeted with set being formed in polygon-shaped lower blind hole on described lower polygon outer wall lateral column upper surface respectively, and fixed by concrete bonding, on the upper surface of the crosspiece junction of the bedframe in hexagonal configuration of described base respectively set by formed to the lower connector in gengon of downward-extension with the center on described lower polygon outer wall lateral column lower surface respectively in polygon-shaped base blind hole and rabbet, and fixed by concrete bonding, described middle layering outer wall is installed in above described lower leaf outer wall, described middle layering outer wall is the middle layered framework in hexagonal configuration, the middle layering outer wall connector of described the be square body set respectively for the center on the crosspiece lower surface of the middle layered framework in hexagonal configuration respectively with described on square outer wall lateral column upper surface set square-shaped in blind hole formed and rabbet, and fixed by concrete bonding, described lower leaf outer wall is the lower leaf framework in hexagonal configuration, the described square-shaped lower leaf outer wall blind hole set respectively for the center on the crosspiece upper surface of the lower leaf framework in hexagonal configuration respectively with described in center on square outer wall lateral column lower surface to be formed to connector in the body that is square of downward-extension and rabbet, and fixed by concrete bonding, described middle layering outer wall is the middle layered framework in hexagonal configuration, described on the lower surface, crosspiece junction of the middle layered framework in hexagonal configuration respectively set by the middle layering outer wall connector in gengon rabbet with set to be formed in blind hole in polygon-shaped on described middle polygon outer wall lateral column upper surface respectively, and fixed by concrete bonding, described lower leaf outer wall is the lower leaf framework in hexagonal configuration, described on the upper surface, crosspiece junction of the lower leaf framework in hexagonal configuration respectively set by polygon-shaped lower leaf outer wall blind hole respectively with the center on described middle polygon outer wall lateral column lower surface to downward-extension in gengon in connector formed and rabbet, and fixed by concrete bonding, described higher slice outer wall is installed in above described middle layering outer wall, described higher slice outer wall is the higher slice framework in hexagonal configuration, the higher slice outer wall connector of the body that is square that the described crosspiece lower surface center for the higher slice framework in hexagonal configuration is set is respectively formed with set square-shaped upper blind hole on described square outer wall side post upper surface respectively to be rabbeted, and fixed by concrete bonding, described middle layering outer wall is the middle layered framework in hexagonal configuration, the described square-shaped middle layering outer wall blind hole set respectively for the center on the crosspiece upper surface of the middle layered framework in hexagonal configuration is formed to the upper connector of the body that is square of downward-extension with the center on described square outer wall side post lower surface respectively rabbets, and fixed by concrete bonding, described higher slice outer wall is the higher slice framework in hexagonal configuration, the higher slice outer wall connector in gengon on the lower surface, crosspiece junction of the described higher slice framework for being hexagonal configuration set by difference is rabbeted with set being formed in polygon-shaped upper blind hole on described upper polygon outer wall lateral column upper surface respectively, and fixed by concrete bonding, described middle layering outer wall is the middle layered framework in hexagonal configuration, described on the upper surface, crosspiece junction of the middle layered framework in hexagonal configuration respectively set by formed to the upper connector in gengon of downward-extension with the center on described upper polygon outer wall lateral column lower surface respectively in polygon-shaped middle layering outer wall blind hole and rabbet, and fixed by concrete bonding.
Hybrid common coral plantation reef provided by the present invention, and primarily of base, lower leaf outer wall, middle layering outer wall, higher slice outer wall, lower polygon outer wall lateral column, middle polygon outer wall lateral column, upper polygon outer wall lateral column, lower square outer wall side post, in square outer wall lateral column, upper square outer wall side post, lower middle comer pieces, upper middle comer pieces, lower middle straight part, upper middle straight part, lower center pillar, center pillar, upper center pillar, bottom left lateral column, bottom right lateral column, middle left side post, middle right side post, upper left lateral column, upper right lateral column and top layer disk formed, and by patching assembly, then fixed by concrete bonding.
Hybrid common coral plantation reef tool of the present invention has the following advantages:
1. the mixing reefs shell of hybrid common coral plantation reef of the present invention adopts six the column type bell-type cement reefs drawing fish excellent to form upwelling, brings nutritious seawater, attracts fish to come to look for food.
2. hybrid common coral plantation reef inside of the present invention adopts not only structure simply but also the structure that forms of middle the comer pieces of fixing reliable middle straight part, layering is assembled, interlaced arrangement between each layer, both the space in reefs had been taken full advantage of, again each layer annular construction member is staggeredly arranged, do not block the growth of each layer coral reef, plant blind hole and the growth of the coral reef safety that transplanting can be enable.
3. hybrid common coral plantation reef of the present invention is not stopping on the basis of fish movement, reasonable arrangement plantation blind hole still forms a lot of void space after the coral reef of planting is grown up, facilitate the predation of shuttling back and forth of fish, also facilitate the growth rate of coral reef simultaneously greatly.
4. the Each part of hybrid common coral plantation reef of the present invention is built by armored concrete and is made, and assembly is easy, and convenient transport, can meet the demand of any depth of water.
Hybrid common coral plantation reef of the present invention can be suitable for applying in the coastal waters of any depth of water.
Accompanying drawing explanation
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 understructure schematic diagram of the present invention.
Fig. 4 is lower leaf outer wall construction schematic diagram of the present invention.
Fig. 5 is middle layering outer wall construction schematic diagram of the present invention.
Fig. 6 is higher slice outer wall construction schematic diagram of the present invention.
Fig. 7 is lower polygon outer wall side rod structure schematic diagram of the present invention.
Fig. 8 is middle polygon outer wall side rod structure schematic diagram of the present invention.
Fig. 9 is upper polygon outer wall side rod structure schematic diagram of the present invention.
Figure 10 is lower square outer wall side rod structure schematic diagram of the present invention.
Figure 11 be of the present invention in square outer wall side rod structure schematic diagram.
Figure 12 is square outer wall side rod structure schematic diagram of the present invention.
Figure 13 is lower middle comer pieces structural representation of the present invention.
Figure 14 is middle comer pieces structural representation of the present invention.
Figure 15 is lower middle straight part structural representation of the present invention.
Figure 16 is upper middle straight part structural representation of the present invention.
Figure 17 is lower centre-pillar structure schematic diagram of the present invention.
Figure 18 is middle centre-pillar structure schematic diagram of the present invention.
Figure 19 is upper centre-pillar structure schematic diagram of the present invention.
Figure 20 is bottom left lateral column structural representation of the present invention.
Figure 21 is bottom right lateral column structural representation of the present invention.
Figure 22 is middle left side of the present invention rod structure schematic diagram.
Figure 23 is middle right side of the present invention rod structure schematic diagram.
Figure 24 is upper left side rod structure schematic diagram of the present invention.
Figure 25 is upper right lateral column structural representation of the present invention.
Figure 26 is top layer disc structure schematic diagram of the present invention.
Figure 27 is top layer disk front elevational schematic of the present invention.
Embodiment
Below with reference to accompanying drawing, hybrid common coral plantation reef of the present invention is described in further detail.
See figures.1.and.2, the hybrid common coral plantation reef of this invention comprises a common coral plantation reef proper.
Described common coral plantation reef proper is 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 middle comer pieces 51, upper middle comer pieces 52, lower middle straight part 61, upper middle straight part 62, lower center pillar 71, center pillar 72, upper center pillar 73, bottom left lateral column 81, bottom right lateral column 82, middle left side post 83, middle right side post 84, upper left lateral column 85, upper right lateral column 86 and top layer disk 9 formed.
With reference to Fig. 3, described base 1 is made up of with the support 12 in " * " shape that the relative interior angle place of the bedframe 11 in hexagonal configuration connects the bedframe 11 in hexagonal configuration and outer end.Center on the crosspiece upper surface of the described bedframe 11 in hexagonal configuration is respectively equipped with a square-shaped base blind hole 111, set respectively square-shaped base blind hole 111 both sides of center on the crosspiece upper surface of the described bedframe 11 in hexagonal configuration is also evenly equipped with base plantation blind hole 112, the upper surface of the crosspiece junction of the described bedframe 11 in hexagonal configuration is respectively equipped with one in polygon-shaped base blind hole 113, the lower surface of the crosspiece junction of the described bedframe 11 in hexagonal configuration is respectively equipped with the base footing 114 of a lower end conically shape.Described support 12 upper surface in " * " shape is evenly equipped with base plantation blind hole 121, the center on upper surface is provided with the base central blind hole 122 of an inner bottom surface conically shape.
With reference to Fig. 4, described lower leaf outer wall 21 is the lower leaf framework 211 in hexagonal configuration, center on the crosspiece upper surface of the described lower leaf framework 211 for being hexagonal configuration is respectively equipped with a square-shaped lower leaf outer wall blind hole 2111, center on crosspiece lower surface is respectively equipped with a lower leaf outer wall connector 2112 being square body, the upper surface of the described crosspiece junction for the lower leaf framework 211 in hexagonal configuration is respectively equipped with one in polygon-shaped lower leaf outer wall blind hole 2113, the lower surface of crosspiece junction is respectively equipped with the lower leaf outer wall connector 2114 that is gengon, set respectively square-shaped lower leaf outer wall blind hole 2111 both sides of center on the crosspiece upper surface of the described lower leaf framework 211 in hexagonal configuration is also evenly equipped with lower leaf outer wall plantation blind hole 2115.
With reference to Fig. 5, described middle layering outer wall 22 is the middle layered framework 221 in hexagonal configuration, center on the crosspiece upper surface of the described middle layered framework 221 for being hexagonal configuration is respectively equipped with a square-shaped middle layering outer wall blind hole 2211, center on crosspiece lower surface is respectively equipped with a middle layering outer wall connector 2212 being square body, the upper surface of the described crosspiece junction for the middle layered framework 221 in hexagonal configuration is respectively equipped with one in polygon-shaped middle layering outer wall blind hole 2213, the lower surface of crosspiece junction is respectively equipped with the middle layering outer wall connector 2214 that is gengon, set respectively square-shaped middle layering outer wall blind hole 2211 both sides of center on the crosspiece upper surface of the described middle layered framework 221 in hexagonal configuration is also evenly equipped with middle layering outer wall plantation blind hole 2215.
With reference to Fig. 6, described higher slice outer wall 23 is the higher slice framework 231 in hexagonal configuration, the described crosspiece upper surface for the higher slice framework 231 in hexagonal configuration is evenly equipped with higher slice outer wall plantation blind hole 2311, describedly be respectively equipped with a higher slice outer wall connector 2312 being square body for the center on the crosspiece lower surface of the higher slice framework 231 in hexagonal configuration, the lower surface of the described crosspiece junction for the higher slice framework 231 in hexagonal configuration be respectively equipped with a higher slice outer wall connector 2313 in gengon.
With reference to Fig. 7, described lower polygon outer wall lateral column 31 upper surface is provided with one in polygon-shaped lower blind hole 311, and the center on lower surface is extended with the lower connector 312 that is gengon downwards.
With reference to Fig. 8, described middle polygon outer wall lateral column 32 upper surface is provided with one in polygon-shaped middle blind hole 321, and the center on lower surface is extended with the middle connector 322 that is gengon downwards.
With reference to Fig. 9, described upper polygon outer wall lateral column 33 upper surface is provided with one in polygon-shaped upper blind hole 331, and the center on lower surface is extended with the upper connector 332 that is gengon downwards.
With reference to Figure 10, described lower square outer wall side post 41 upper surface is provided with a square-shaped lower blind hole 411, and the center on lower surface is extended with a lower connector 412 being square body downwards.
With reference to Figure 11, in described, square outer wall lateral column 42 upper surface is provided with a square-shaped middle blind hole 421, and the center on lower surface is extended with a middle connector 422 being square body downwards.
With reference to Figure 12, described square outer wall side post 43 upper surface is provided with a square-shaped upper blind hole 431, and the center on lower surface is extended with a upper connector 432 being square body downwards.
With reference to Figure 13, described lower middle comer pieces 51 formed by lower outside semicircular ring 511, lower interior semicircular ring 512 and the lower straight shelves 513 between lower outside semicircular ring 511 and lower interior semicircular ring 512, the upper surface of described lower outside semicircular ring 511 and lower interior semicircular ring 512 is evenly equipped with lower middle comer pieces plantation blind hole 514.
With reference to Figure 14, described middle comer pieces 52 formed by upper outside semicircular ring 521, upper interior semicircular ring 522 and the upper straight shelves 523 between upper outside semicircular ring 521 and upper interior semicircular ring 522, the upper surface of described upper outside semicircular ring 521 and upper interior semicircular ring 522 is evenly equipped with middle comer pieces plantation blind hole 524.
With reference to Figure 15, the L-shaped shape of described lower middle straight part 61, the upper surface of the lower middle straight part 61 of described L-shaped shape is evenly equipped with lower middle straight part plantation blind hole 611, center on lower middle straight part 61 upper surface of described L-shaped shape is provided with the lower blind hole 612 of an inner bottom surface conically shape, and the center on lower surface is extended with the lower connector 613 of a lower end conically shape downwards.
With reference to Figure 16, the L-shaped shape of described upper middle straight part 62, the upper surface of the upper middle straight part 62 of described L-shaped shape is evenly equipped with middle straight part plantation blind hole 621, center on upper middle straight part 62 upper surface of described L-shaped shape is provided with the upper blind hole 622 of an inner bottom surface conically shape, and the center on lower surface is extended with the upper connector 623 of a lower end conically shape downwards.
With reference to Figure 17, described lower center pillar 71 upper surface is provided with the lower blind hole 711 of an inner bottom surface conically shape, and the center on lower surface is extended with the lower connector 712 of a lower end conically shape downwards.
With reference to Figure 18, described center pillar 72 upper surface is provided with the middle blind hole 721 of an inner bottom surface conically shape, and the center on lower surface is extended with the middle connector 722 of a lower end conically shape downwards.
With reference to Figure 19, described upper center pillar 73 upper surface is provided with the upper blind hole 731 of an inner bottom surface conically shape, and the center on lower surface is extended with the upper connector 732 of a lower end conically shape downwards.
With reference to Figure 20, the center on described bottom left lateral column 81 lower surface is extended with the lower connector 811 of a cylindrical shape in lower end downwards.
With reference to Figure 21, the center on described bottom right lateral column 82 lower surface is extended with the lower connector 821 of a cylindrical shape in lower end downwards.
With reference to Figure 22, the center on post 83 lower surface, described middle left side is extended with the middle connector 831 of a cylindrical shape in lower end downwards.
With reference to Figure 23, the center on post 84 lower surface, described middle right side is extended with the middle connector 841 of a cylindrical shape in lower end downwards.
With reference to Figure 24, the center on described upper left lateral column 85 lower surface is extended with the upper connector 851 of a cylindrical shape in lower end downwards.
With reference to Figure 25, the center on described upper right lateral column 86 lower surface is extended with the upper connector 861 of a cylindrical shape in lower end downwards.
With reference to Figure 26 and Figure 27, described top layer disk 9 by circular outer shroud 91, circular inner 92 and circular inner 92 with in circular outer shroud 91 in " ten " shape support 93 formed and be connected, described circular inner 92 and circular outer shroud 91 upper surface are evenly equipped with top layer plantation blind hole 921,911 respectively, and the center on described support 93 upper surface in " ten " shape is distributed with top layer plantation blind hole 931.Center on described support 93 lower surface in " ten " shape is extended with the connector 932 of a lower end conically shape downwards.
Described base 1, lower middle straight part 61, lower middle comer pieces 51, upper middle comer pieces 52, upper middle straight part 62 and top layer disk 9 superpose from bottom to top successively.
Described lower middle straight part 61 and lower middle comer pieces 51 are installed in above described base 1 respectively.In the base central blind hole 122 of the inner bottom surface that on support 12 upper surface of " * " shape that what the center on described lower center pillar 71 lower surface is inserted in outer end from described base 1 to the lower connector 712 of the lower end conically shape of downward-extension and the relative interior angle place of the bedframe 11 in hexagonal configuration connected is, center place establishes conically shape, and fixed by concrete bonding, center on lower middle straight part 61 lower surface of described L-shaped shape is inserted in the lower blind hole 711 of inner bottom surface set on described lower center pillar 71 upper surface conically shape to the lower connector 613 of the lower end conically shape of downward-extension, and fixed by concrete bonding, described lower middle straight part 61 lower surface is planted between blind hole 121 with the base on support 12 upper surface in " * " shape of relative described base 1 and is put bottom left lateral column 81, center on described bottom left lateral column 81 lower surface is inserted in the base plantation blind hole 121 on support 12 upper surface in " * " shape of described base 1 to the lower connector 811 of the cylindrical shape in lower end of downward-extension, and fixed by concrete bonding, lower middle straight part 61 lower surface of described bottom left lateral column 81 upper surface and described L-shaped shape and being fixed by concrete bonding, the described lower outside semicircular ring 511 of lower middle comer pieces 51 and the lower surface of lower interior semicircular ring 512 are planted between blind hole 121 with the base on support 12 upper surface in " * " shape of relative described base 1 and are put bottom right lateral column 82, center on described bottom right lateral column 82 lower surface is inserted in the base plantation blind hole 121 on support 12 upper surface in " * " shape of described base 1 to the lower connector 821 of the cylindrical shape in lower end of downward-extension, and fixed by concrete bonding, described bottom right lateral column 82 upper surface and described lower middle comer pieces 51 lower surface and fixed by concrete bonding.
Described middle comer pieces 52 and upper middle straight part 62 are installed in above described lower middle straight part 61 and lower middle comer pieces 51 respectively.Described middle comer pieces 52 lower surface is planted between blind hole 611 with the lower middle straight part on the upper surface of the lower middle straight part 61 of relative described L-shaped shape and is put middle left side post 83, center on post 83 lower surface, described middle left side is inserted in the lower middle straight part plantation blind hole 611 on the upper surface of the lower middle straight part 61 of described L-shaped shape to the lower connector 831 of the cylindrical shape in lower end of downward-extension, and fixed by concrete bonding, post 83 upper surface, described middle left side and described middle comer pieces 52 lower surface and fixed by concrete bonding, the lower end center that conically connector 722 is inserted on lower middle straight part 61 upper surface of described L-shaped shape in shape from center on described center pillar 72 lower surface to downward-extension set by inner bottom surface conically shape lower blind hole 612 in, and fixed by concrete bonding, center on upper middle straight part 62 lower surface of described L-shaped shape is inserted in inner bottom surface set on described center pillar 72 upper surface conically in shape in blind hole 721 to the upper connector 623 of the lower end conically shape of downward-extension, and fixed by concrete bonding, upper middle straight part 62 lower surface of described L-shaped shape is planted between blind hole 514 with the lower middle comer pieces in the lower outside semicircular ring 511 of relative described lower middle comer pieces 51 and the upper surface of lower interior semicircular ring 512 and is put middle right side post 84, center on post 84 lower surface, described middle right side is inserted in the lower middle comer pieces plantation blind hole 514 on the lower outside semicircular ring 511 of described lower middle comer pieces 51 and the upper surface of lower interior semicircular ring 512 to the lower connector 841 of the cylindrical shape in lower end of downward-extension, and fixed by concrete bonding, upper middle straight part 62 lower surface of post 84 upper surface, described middle right side and described L-shaped shape and being fixed by concrete bonding.
Described top layer disk 9 is installed in above described middle comer pieces 52 and upper middle straight part 62.Center on described upper center pillar 73 lower surface is inserted in the upper blind hole 622 of the inner bottom surface set by center on upper middle straight part 62 upper surface of described L-shaped shape conically shape to the upper connector 732 of the lower end conically shape of downward-extension, and fixed by concrete bonding, center on support 93 lower surface in " ten " shape of described top layer disk 9 is inserted in the upper blind hole 731 of inner bottom surface set on set upper center pillar 73 upper surface conically shape to the connector 932 of the lower end conically shape of downward-extension, and fixed by concrete bonding, described top layer disk 9 lower surface and the upper middle comer pieces upper middle straight part of planting on the upper surface of the upper middle straight part 62 of blind hole 524 and described L-shaped shape in the upper outside semicircular ring 521 of relative described middle comer pieces 52 and the upper surface of upper interior semicircular ring 522 are planted between blind hole 621 and are set up left side post 85 and upper right lateral column 86 respectively, center on described upper left lateral column 85 lower surface is inserted in the upper middle comer pieces plantation blind hole 524 on the upper outside semicircular ring 521 of described middle comer pieces 52 and the upper surface of upper interior semicircular ring 522 to the upper connector 851 of the cylindrical shape in lower end of downward-extension, and fixed by concrete bonding, center on described upper right lateral column 86 lower surface is inserted in the upper middle straight part plantation blind hole 621 on the upper surface of the upper middle straight part 62 of described L-shaped shape to the upper connector 861 of the cylindrical shape in lower end of downward-extension, and fixed by concrete bonding, described upper left lateral column 85 upper surface and described top layer disk 9 lower surface and fixed by concrete bonding, described upper right lateral column 86 upper surface and described top layer disk 9 lower surface and fixed by concrete bonding.
Described base 1 is also superimposed with lower leaf outer wall 21, middle layering outer wall 22 and higher slice outer wall 23 from bottom to top successively.
Described lower leaf outer wall 21 is installed in above described base 1.Described lower leaf outer wall 21 is the lower leaf framework 211 in hexagonal configuration, the lower leaf outer wall connector 2112 of described the be square body set respectively for the center on the crosspiece lower surface of the lower leaf framework 211 in hexagonal configuration is formed with set square-shaped lower blind hole 411 on the upper surface of described lower square outer wall side post 41 respectively to be rabbeted, and fixed by concrete bonding, center on the crosspiece upper surface of the bedframe 11 in hexagonal configuration of described base 1 respectively set square-shaped base blind hole 111 is formed to the lower connector 412 of the body that is square of downward-extension with the center on the lower surface of described lower square outer wall side post 41 respectively and rabbets, and fixed by concrete bonding, described lower leaf outer wall 21 is the lower leaf framework 211 in hexagonal configuration, the lower leaf outer wall connector 2114 in gengon on the lower surface, crosspiece junction of the described lower leaf framework 211 for being hexagonal configuration set by difference is rabbeted with set being formed in polygon-shaped lower blind hole 311 on described lower polygon outer wall lateral column 31 upper surface respectively, and fixed by concrete bonding, on the upper surface of the crosspiece junction of the bedframe 11 in hexagonal configuration of described base 1 respectively set by formed to the lower connector 312 in gengon of downward-extension with the center on described lower polygon outer wall lateral column 31 lower surface respectively in polygon-shaped base blind hole 113 and rabbet, and fixed by concrete bonding.
Described middle layering outer wall 22 is installed in above described lower leaf outer wall 21.Described middle layering outer wall 22 is the middle layered framework 221 in hexagonal configuration, the middle layering outer wall connector 2212 of described the be square body set respectively for the center on the crosspiece lower surface of the middle layered framework 221 in hexagonal configuration respectively with described on square outer wall lateral column 42 upper surface set square-shaped in blind hole 421 formed and rabbet, and fixed by concrete bonding, described lower leaf outer wall 21 is the lower leaf framework 211 in hexagonal configuration, the described square-shaped lower leaf outer wall blind hole 2111 set respectively for the center on the crosspiece upper surface of the lower leaf framework 211 in hexagonal configuration respectively with described in center on square outer wall lateral column 42 lower surface to be formed to connector 422 in the body that is square of downward-extension and rabbet, and fixed by concrete bonding, described middle layering outer wall 22 is the middle layered framework 221 in hexagonal configuration, described on the lower surface, crosspiece junction of the middle layered framework 221 in hexagonal configuration respectively set by the middle layering outer wall connector 2214 in gengon rabbet with set to be formed in blind hole 321 in polygon-shaped on described middle polygon outer wall lateral column 32 upper surface respectively, and fixed by concrete bonding, described lower leaf outer wall 21 is the lower leaf framework 211 in hexagonal configuration, described on the upper surface, crosspiece junction of the lower leaf framework 211 in hexagonal configuration respectively set by polygon-shaped lower leaf outer wall blind hole 2113 respectively with the center on described middle polygon outer wall lateral column 32 lower surface to downward-extension in gengon in connector 322 formed and rabbet, and fixed by concrete bonding.
Described higher slice outer wall 23 is installed in above described middle layering outer wall 22.Described higher slice outer wall 23 is the higher slice framework 231 in hexagonal configuration, the higher slice outer wall connector 2312 of the body that is square that the described crosspiece lower surface center for the higher slice framework 231 in hexagonal configuration is set is respectively formed with set square-shaped upper blind hole 431 on described square outer wall side post 43 upper surface respectively to be rabbeted, and fixed by concrete bonding, described middle layering outer wall 22 is the middle layered framework 221 in hexagonal configuration, the described square-shaped middle layering outer wall blind hole 2211 set respectively for the center on the crosspiece upper surface of the middle layered framework 221 in hexagonal configuration is formed to the upper connector 432 of the body that is square of downward-extension with the center on described square outer wall side post 43 lower surface respectively rabbets, and fixed by concrete bonding, described higher slice outer wall 23 is the higher slice framework 231 in hexagonal configuration, the higher slice outer wall connector 2313 in gengon on the lower surface, crosspiece junction of the described higher slice framework 231 for being hexagonal configuration set by difference is rabbeted with set being formed in polygon-shaped upper blind hole 331 on described upper polygon outer wall lateral column 33 upper surface respectively, and fixed by concrete bonding.Described middle layering outer wall 22 is the middle layered framework 221 in hexagonal configuration, described on the upper surface, crosspiece junction of the middle layered framework 221 in hexagonal configuration respectively set by formed to the upper connector 332 in gengon of downward-extension with the center on described upper polygon outer wall lateral column 33 lower surface respectively in polygon-shaped middle layering outer wall blind hole 2213 and rabbet, and to be fixed by concrete bonding.

Claims (1)

1. a hybrid common coral plantation reef, it comprises a common coral plantation reef proper, it is characterized in that described common coral plantation reef proper is 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), comer pieces (51) in the middle of lower, comer pieces (52) in the middle of upper, lower middle straight part (61), upper middle straight part (62), lower center pillar (71), center pillar (72), upper center pillar (73), bottom left lateral column (81), bottom right lateral column (82), middle left side post (83), middle right side post (84), upper left lateral column (85), upper right lateral column (86) and top layer disk (9) form, described base (1) is made up of with the support in " * " shape (12) of the relative interior angle place connection of the bedframe in hexagonal configuration (11) the bedframe in hexagonal configuration (11) and outer end, center on the crosspiece upper surface of the described bedframe (11) in hexagonal configuration is respectively equipped with a square-shaped base blind hole (111), square-shaped base blind hole (111) both sides set by center difference on the crosspiece upper surface of the described bedframe (11) in hexagonal configuration is also evenly equipped with base plantation blind hole (112), the upper surface of the crosspiece junction of the described bedframe (11) in hexagonal configuration is respectively equipped with one in polygon-shaped base blind hole (113), the lower surface of the crosspiece junction of the described bedframe (11) in hexagonal configuration is respectively equipped with the conically base footing (114) of shape of a lower end, described support (12) upper surface in " * " shape is evenly equipped with base plantation blind hole (121), center on upper surface is provided with the conically base central blind hole (122) of shape of an inner bottom surface, described lower leaf outer wall (21) is the lower leaf framework (211) in hexagonal configuration, center on the described crosspiece upper surface for the lower leaf framework (211) in hexagonal configuration is respectively equipped with a square-shaped lower leaf outer wall blind hole (2111), center on crosspiece lower surface is respectively equipped with a lower leaf outer wall connector (2112) that is square body, the upper surface of the described crosspiece junction for the lower leaf framework (211) in hexagonal configuration is respectively equipped with one in polygon-shaped lower leaf outer wall blind hole (2113), the lower surface of crosspiece junction is respectively equipped with one in the lower leaf outer wall connector (2114) of gengon, square-shaped lower leaf outer wall blind hole (2111) both sides set by center difference on the crosspiece upper surface of the described lower leaf framework (211) in hexagonal configuration is also evenly equipped with lower leaf outer wall plantation blind hole (2115), described middle layering outer wall (22) is the middle layered framework (221) in hexagonal configuration, center on the described crosspiece upper surface for the middle layered framework (221) in hexagonal configuration is respectively equipped with a square-shaped middle layering outer wall blind hole (2211),Center on crosspiece lower surface is respectively equipped with a middle layering outer wall connector (2212) that is square body, the upper surface of the described crosspiece junction for the middle layered framework (221) in hexagonal configuration is respectively equipped with one in polygon-shaped middle layering outer wall blind hole (2213), the lower surface of crosspiece junction is respectively equipped with one in the middle layering outer wall connector (2214) of gengon, square-shaped middle layering outer wall blind hole (2211) both sides set by center difference on the crosspiece upper surface of the described middle layered framework (221) in hexagonal configuration is also evenly equipped with middle layering outer wall plantation blind hole (2215), described higher slice outer wall (23) is the higher slice framework (231) in hexagonal configuration, the described crosspiece upper surface for the higher slice framework (231) in hexagonal configuration is evenly equipped with higher slice outer wall plantation blind hole (2311), describedly be respectively equipped with a higher slice outer wall connector (2312) that is square body for the center on the crosspiece lower surface in the higher slice framework (231) of hexagonal configuration, the described lower surface for the crosspiece junction in the higher slice framework (231) of hexagonal configuration is respectively equipped with one in the higher slice outer wall connector (2313) of gengon, described lower polygon outer wall lateral column (31) upper surface is provided with one in polygon-shaped lower blind hole (311), center on lower surface is extended with one downwards in the lower connector (312) of gengon, described middle polygon outer wall lateral column (32) upper surface is provided with one in polygon-shaped middle blind hole (321), center on lower surface is extended with one downwards in the middle connector (322) of gengon, described upper polygon outer wall lateral column (33) upper surface is provided with one in polygon-shaped upper blind hole (331), center on lower surface is extended with one downwards in the upper connector (332) of gengon, described lower square outer wall side post (41) upper surface is provided with a square-shaped lower blind hole (411), center on lower surface is extended with a lower connector (412) that is square body downwards, in described, square outer wall lateral column (42) upper surface is provided with a square-shaped middle blind hole (421), center on lower surface is extended with a middle connector (422) that is square body downwards, described square outer wall side post (43) upper surface is provided with a square-shaped upper blind hole (431), center on lower surface is extended with a upper connector (432) that is square body downwards, described lower middle comer pieces (51) is by lower outside semicircular ring (511), lower straight shelves (513) between lower interior semicircular ring (512) and lower outside semicircular ring (511) and lower interior semicircular ring (512) form, the upper surface of described lower outside semicircular ring (511) and lower interior semicircular ring (512) is evenly equipped with lower middle comer pieces plantation blind hole (514), described middle comer pieces (52) is by upper outside semicircular ring (521), upper straight shelves (523) between upper interior semicircular ring (522) and upper outside semicircular ring (521) and upper interior semicircular ring (522) form, comer pieces plantation blind hole (524) in the middle of the upper surface of described upper outside semicircular ring (521) and upper interior semicircular ring (522) is evenly equipped withThe L-shaped shape of described lower middle straight part (61), the upper surface of the lower middle straight part (61) of described L-shaped shape is evenly equipped with lower middle straight part plantation blind hole (611), center on lower middle straight part (61) upper surface of described L-shaped shape is provided with the conically lower blind hole (612) of shape of an inner bottom surface, center on lower surface is extended with the conically lower connector (613) of shape of a lower end downwards, the L-shaped shape of described upper middle straight part (62), the upper surface of the upper middle straight part (62) of described L-shaped shape is evenly equipped with middle straight part plantation blind hole (621), center on upper middle straight part (62) upper surface of described L-shaped shape is provided with the conically upper blind hole (622) of shape of an inner bottom surface, center on lower surface is extended with the conically upper connector of shape (623) of a lower end downwards, described lower center pillar (71) upper surface is provided with the conically lower blind hole (711) of shape of an inner bottom surface, center on lower surface is extended with the conically lower connector (712) of shape of a lower end downwards, described center pillar (72) upper surface is provided with the conically middle blind hole (721) of shape of an inner bottom surface, center on lower surface is extended with the conically middle connector (722) of shape of a lower end downwards, described upper center pillar (73) upper surface is provided with the conically upper blind hole (731) of shape of an inner bottom surface, center on lower surface is extended with the conically upper connector of shape (732) of a lower end downwards, center on described bottom left lateral column (81) lower surface is extended with the lower connector (811) of a cylindrical shape in lower end downwards, center on described bottom right lateral column (82) lower surface is extended with the lower connector (821) of a cylindrical shape in lower end downwards, center on described middle left side post (83) lower surface is extended with the middle connector (831) of a cylindrical shape in lower end downwards, center on described middle right side post (84) lower surface is extended with the middle connector (841) of a cylindrical shape in lower end downwards, center on described upper left lateral column (85) lower surface is extended with the upper connector (851) of a cylindrical shape in lower end downwards, center on described upper right lateral column (86) lower surface is extended with the upper connector (861) of a cylindrical shape in lower end downwards, described top layer disk (9) is by circular outer shroud (91), circular inner (92) and circular inner (92) form with the support in " ten " shape (93) in circular outer shroud (91) and are connected, described circular inner (92) and circular outer shroud (91) upper surface are evenly equipped with respectively top layer plantation blind hole (921, 911), center on described support (93) upper surface in " ten " shape is distributed with top layer plantation blind hole (931), center on described support (93) lower surface in " ten " shape is extended with the conically connector of shape (932) of a lower end downwards, described base (1), lower middle straight part (61), comer pieces (51) in the middle of lower, comer pieces (52) in the middle of upper, upper middle straight part (62) and top layer disk (9) be stack successively from bottom to top,Described lower middle straight part (61) and lower middle comer pieces (51) are installed in respectively described base (1) top, center on described lower center pillar (71) lower surface to the lower end of downward-extension conically the lower connector (712) of shape be inserted in the inner bottom surface established in place, center on the support in " * " shape (12) upper surface of the outer end of described base (1) and the relative interior angle place connection of the bedframe in hexagonal configuration (11) conically in the base central blind hole (122) of shape, and fixed by concrete bonding, center on lower middle straight part (61) lower surface of described L-shaped shape to the lower end of downward-extension conically the lower connector (613) of shape be inserted in inner bottom surface set on described lower center pillar (71) upper surface conically in the lower blind hole (711) of shape, and fixed by concrete bonding, left side post (81) is deposited between base plantation blind hole (121) on support in " * " shape (12) upper surface of described lower middle straight part (61) lower surface and relative described base, center on described bottom left lateral column (81) lower surface is inserted in the lower connector (811) of the cylindrical shape in lower end of downward-extension in the base plantation blind hole (121) on the support in " * " shape (12) upper surface of described base, and fixed by concrete bonding, lower middle straight part (61) lower surface of described bottom left lateral column (81) upper surface and described L-shaped shape and being fixed by concrete bonding, described lower in the middle of base on the support in " * " shape (12) upper surface of the lower outside semicircular ring (511) of comer pieces (51) and the lower surface of lower interior semicircular ring (512) and relative described base plant between blind hole (121) and deposit right side post (82), center on described bottom right lateral column (82) lower surface is inserted in the lower connector (821) of the cylindrical shape in lower end of downward-extension in the base plantation blind hole (121) on the support in " * " shape (12) upper surface of described base, and fixed by concrete bonding, described bottom right lateral column (82) upper surface and described lower in the middle of comer pieces (51) lower surface and being fixed by concrete bonding, described middle comer pieces (52) and upper middle straight part (62) are installed in respectively described lower middle straight part (61) and lower middle comer pieces (51) top, described upper in the middle of lower middle straight part on the upper surface of comer pieces (52) lower surface and the lower middle straight part (61) of relative described L-shaped shape plant between blind hole (611) and put middle left side post (83), center on described middle left side post (83) lower surface is inserted in the lower connector (831) of the cylindrical shape in lower end of downward-extension in the lower middle straight part plantation blind hole (611) on the upper surface of lower middle straight part (61) of described L-shaped shape, and fixed by concrete bonding, post (83) upper surface, described middle left side and described upper in the middle of comer pieces (52) lower surface and being fixed by concrete bondingCenter on described center pillar (72) lower surface to the lower end of downward-extension conically the middle connector (722) of shape be inserted in inner bottom surface set by center on lower middle straight part (61) upper surface of described L-shaped shape conically in the lower blind hole (612) of shape, and fixed by concrete bonding, center on upper middle straight part (62) lower surface of described L-shaped shape to the lower end of downward-extension conically the upper connector of shape (623) be inserted in inner bottom surface set on described center pillar (72) upper surface conically in the middle blind hole (721) of shape, and fixed by concrete bonding, upper middle straight part (62) lower surface of described L-shaped shape is planted between blind hole (514) put middle right side post (84) with the lower middle comer pieces on the relative lower outside semicircular ring (511) of described lower middle comer pieces (51) and the upper surface of lower interior semicircular ring (512), center on described middle right side post (84) lower surface to the lower connector (841) of the cylindrical shape in lower end of downward-extension be inserted in described lower in the middle of in the middle of lower on the lower outside semicircular ring (511) of comer pieces (51) and the upper surface of lower interior semicircular ring (512) in comer pieces plantation blind hole (514), and fixed by concrete bonding, upper middle straight part (62) lower surface of post (84) upper surface, described middle right side and described L-shaped shape and being fixed by concrete bonding, described top layer disk (9) is installed in described middle comer pieces (52) and upper middle straight part (62) top, center on described upper center pillar (73) lower surface to the lower end of downward-extension conically the upper connector of shape (732) be inserted in inner bottom surface set by center on upper middle straight part (62) upper surface of described L-shaped shape conically in the upper blind hole (622) of shape, and fixed by concrete bonding, center on support in " ten " shape (93) lower surface of described top layer disk (9) to the lower end of downward-extension conically the connector of shape (932) be inserted in inner bottom surface set on set upper center pillar (73) upper surface conically in the upper blind hole (731) of shape, and fixed by concrete bonding, described top layer disk (9) lower surface upper middle straight part plantation blind hole (621) upper surface of the upper middle straight part (62) of comer pieces plantation blind hole (524) and described L-shaped shape between is respectively set up left side post (85) and upper right lateral column (86) in the middle of upper on the upper outside semicircular ring (521) of comer pieces (52) and the upper surface of upper interior semicircular ring (522) with relative in the middle of described upper, center on described upper left lateral column (85) lower surface to the upper connector (851) of the cylindrical shape in lower end of downward-extension be inserted in described upper in the middle of in the middle of upper on the upper outside semicircular ring (521) of comer pieces (52) and the upper surface of upper interior semicircular ring (522) in comer pieces plantation blind hole (524), and fixed by concrete bonding, center on described upper right lateral column (86) lower surface is inserted in the upper connector (861) of the cylindrical shape in lower end of downward-extension in the upper middle straight part plantation blind hole (621) on the upper surface of upper middle straight part (62) of described L-shaped shapeAnd fixed by concrete bonding, described upper left lateral column (85) upper surface and described top layer disk (9) lower surface and fixed by concrete bonding, described upper right lateral column (86) upper surface and described top layer disk (9) lower surface and fixed by concrete bonding, described base (1) is also superimposed with successively lower leaf outer wall (21) from bottom to top, middle layering outer wall (22) and higher slice outer wall (23), described lower leaf outer wall (21) is installed in described base (1) top, described lower leaf outer wall (21) is the lower leaf framework (211) in hexagonal configuration, the described lower leaf outer wall connector (2112) for the set respectively body that is square of the center on the crosspiece lower surface in the lower leaf framework (211) of hexagonal configuration 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, the set square-shaped respectively base blind hole (111) of center on the crosspiece upper surface of the bedframe in hexagonal configuration (11) of described base (1) forms interlocking with the center on the lower surface of described lower square outer wall side post (41) to the lower connector (412) of the body that is square of downward-extension respectively, and fixed by concrete bonding, described lower leaf outer wall (21) is the lower leaf framework (211) in hexagonal configuration, described is that on the lower surface, crosspiece junction of lower leaf framework (211) in hexagonal configuration, the lower leaf outer wall connector (2114) in gengon set by respectively set forms interlocking in polygon-shaped lower blind hole (311) respectively with on described lower polygon outer wall lateral column (31) upper surface, and fixed by concrete bonding, rabbeting to lower connector (312) formation in gengon of downward-extension with the center on described lower polygon outer wall lateral column (31) lower surface respectively in polygon-shaped base blind hole (113) on the upper surface of the crosspiece junction of the bedframe in hexagonal configuration (11) of described base (1) set by difference, and fixed by concrete bonding, described middle layering outer wall (22) is installed in described lower leaf outer wall (21) top, described middle layering outer wall (22) is the middle layered framework (221) in hexagonal configuration, the described middle layering outer wall connector (2212) for the set respectively body that is square of the center on the crosspiece lower surface in the middle layered framework (221) of hexagonal configuration respectively with described on square outer wall lateral column (42) upper surface set square-shaped middle blind hole (421) form interlocking, and fixed by concrete bonding, described lower leaf outer wall (21) is the lower leaf framework (211) in hexagonal configuration, described for the square-shaped lower leaf outer wall blind hole (2111) of the center on the crosspiece upper surface in the lower leaf framework (211) of hexagonal configuration set by respectively respectively with described in center on square outer wall lateral column (42) lower surface 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 the middle layered framework (221) in hexagonal configurationDescribed is that on the lower surface, crosspiece junction of middle layered framework (221) in hexagonal configuration, the middle layering outer wall connector (2214) in gengon set by respectively set forms interlocking in polygon-shaped middle blind hole (321) respectively with on described middle polygon outer wall lateral column (32) upper surface, and fixed by concrete bonding, described lower leaf outer wall (21) is the lower leaf framework (211) in hexagonal configuration, described is to form interlocking with the center on described middle polygon outer wall lateral column (32) lower surface to the middle connector (322) in gengon of downward-extension respectively in polygon-shaped lower leaf outer wall blind hole (2113) set by respectively on the upper surface, crosspiece junction of lower leaf framework (211) in hexagonal configuration, and fixed by concrete bonding, described higher slice outer wall (23) is installed in described middle layering outer wall (22) top, described higher slice outer wall (23) is the higher slice framework (231) in hexagonal configuration, the described higher slice outer wall connector (2312) for the set respectively body that is square of the crosspiece lower surface center in the higher slice framework (231) of hexagonal configuration respectively with described square outer wall side post (43) upper surface on set square-shaped upper blind hole (431) form interlocking, and fixed by concrete bonding, described middle layering outer wall (22) is the middle layered framework (221) in hexagonal configuration, the square-shaped middle layering outer wall blind hole (2211) set by center difference on the described crosspiece upper surface for the middle layered framework (221) in hexagonal configuration forms interlocking with the center on described square outer wall side post (43) lower surface to the upper connector (432) of the body that is square of downward-extension respectively, and fixed by concrete bonding, described higher slice outer wall (23) is the higher slice framework (231) in hexagonal configuration, described is that on the lower surface, crosspiece junction of higher slice framework (231) in hexagonal configuration, the higher slice outer wall connector (2313) in gengon set by respectively set forms interlocking in polygon-shaped upper blind hole (331) respectively with on described upper polygon outer wall lateral column (33) upper surface, and fixed by concrete bonding, described middle layering outer wall (22) is the middle layered framework (221) in hexagonal configuration, described is to form interlocking with the center on described upper polygon outer wall lateral column (33) lower surface to the upper connector in gengon (332) of downward-extension respectively in polygon-shaped middle layering outer wall blind hole (2213) set by respectively on the upper surface, crosspiece junction of middle layered framework (221) in hexagonal configuration, and fixed by concrete bonding.
CN201410013466.5A 2014-01-13 2014-01-13 Hybrid common coral plantation reef Expired - Fee Related CN103988812B (en)

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