CN110959564A - Corner brace type floating platform, assembly type floating platform and wave-resistant combined floating platform - Google Patents
Corner brace type floating platform, assembly type floating platform and wave-resistant combined floating platform Download PDFInfo
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- CN110959564A CN110959564A CN201911323567.1A CN201911323567A CN110959564A CN 110959564 A CN110959564 A CN 110959564A CN 201911323567 A CN201911323567 A CN 201911323567A CN 110959564 A CN110959564 A CN 110959564A
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- 238000007667 floating Methods 0.000 title claims abstract description 552
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 23
- 238000004873 anchoring Methods 0.000 claims description 9
- 238000005188 flotation Methods 0.000 claims 1
- 230000002349 favourable effect Effects 0.000 description 18
- 238000005516 engineering process Methods 0.000 description 11
- 230000009286 beneficial effect Effects 0.000 description 8
- 230000004888 barrier function Effects 0.000 description 7
- 230000000694 effects Effects 0.000 description 6
- 238000009434 installation Methods 0.000 description 5
- 238000009360 aquaculture Methods 0.000 description 2
- 244000144974 aquaculture Species 0.000 description 2
- 238000010276 construction Methods 0.000 description 2
- 235000015170 shellfish Nutrition 0.000 description 2
- 239000004698 Polyethylene Substances 0.000 description 1
- 230000002411 adverse Effects 0.000 description 1
- 238000012423 maintenance Methods 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- -1 polyethylene Polymers 0.000 description 1
- 229920000573 polyethylene Polymers 0.000 description 1
- 229920000642 polymer Polymers 0.000 description 1
- 238000003466 welding Methods 0.000 description 1
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Classifications
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01K—ANIMAL HUSBANDRY; CARE OF BIRDS, FISHES, INSECTS; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
- A01K61/00—Culture of aquatic animals
- A01K61/60—Floating cultivation devices, e.g. rafts or floating fish-farms
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01K—ANIMAL HUSBANDRY; CARE OF BIRDS, FISHES, INSECTS; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
- A01K61/00—Culture of aquatic animals
- A01K61/60—Floating cultivation devices, e.g. rafts or floating fish-farms
- A01K61/65—Connecting or mooring devices therefor
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B63—SHIPS OR OTHER WATERBORNE VESSELS; RELATED EQUIPMENT
- B63B—SHIPS OR OTHER WATERBORNE VESSELS; EQUIPMENT FOR SHIPPING
- B63B35/00—Vessels or similar floating structures specially adapted for specific purposes and not otherwise provided for
- B63B35/44—Floating buildings, stores, drilling platforms, or workshops, e.g. carrying water-oil separating devices
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B63—SHIPS OR OTHER WATERBORNE VESSELS; RELATED EQUIPMENT
- B63B—SHIPS OR OTHER WATERBORNE VESSELS; EQUIPMENT FOR SHIPPING
- B63B35/00—Vessels or similar floating structures specially adapted for specific purposes and not otherwise provided for
- B63B35/44—Floating buildings, stores, drilling platforms, or workshops, e.g. carrying water-oil separating devices
- B63B2035/4426—Stationary floating buildings for human use, e.g. floating dwellings or floating restaurants
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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
Abstract
Corner brace type floating platform, assembly type floating platform and wave-resistant combined floating platform belong to the technical field of water platforms and are composed of floating pipe frames and pedals. The planar shapes of the angle code type floating platform and the component type floating platform are respectively right-angle and right-angle frame shapes, the number of right angles is not less than two, and at least one frame edge of the component type floating platform is an arc edge; the wave-resistant combined floating platform comprises at least one angle code type floating platform and at least one component type floating platform, the length and the width of the component type floating platform are not less than twice of the wavelength of light waves in the water area, the component type floating platform can be combined or independently formed into a floating platform with an outer convex arc-shaped edge, the outer convex arc-shaped edge is arranged on one side facing to the direction of strong waves and high-frequency light waves, the angle code type floating platform is arranged between other floating platforms including the component type floating platform to form an occlusion position relation, and all the floating platforms are combined and anchored on the sea. The angle code type floating platforms make the combination and connection between the floating platforms convenient and firm, and the assembly type floating platforms can be combined into various wave-resistant floating platforms to meet the requirement of large-scale development of the offshore beach water platform.
Description
Technical Field
The invention relates to the technical field of water platforms, in particular to an angle code type floating platform, a component type floating platform and an anti-wave type combined type floating platform.
Background
With the continuous development of the application technology of the high polymer polyethylene material and the continuous drawing of the market demand of the leisure and tourism on the sea
The technology of the wave-resistant floating pipe frame in the deep sea is widely applied to the technical field of marine fishery cultivation because the typhoon resistance is solved, the local technology begins to be differentiated and is applied to the field of coastal leisure floating platforms, and facilities and business modes such as marine leisure fishery, marine entertainment venues, beach floating terminals and the like appear on certain semi-open bay shoals. However, on one hand, the bay is greatly influenced by the season wind, the wave height of 4 to 5 grades of the season wind, the wave height of 0.5 to 1.25 meters and the frequency of light wave sea conditions with the wave length of 5 to 10 meters are high, most of the existing various shallow sea leisure floating platform facilities on the beach use a straight-line-shaped, square-frame-shaped or round-frame-shaped floating platform as a main component, the connection mode among all the floating platforms also adopts a direct cable binding connection mode, the strong wave impact resistance of the floating platform facilities is weak, the bumping and shaking amplitude caused by the influence of the light waves is large, the safety and the comfort are poor, the shallow leisure activities are often greatly limited, the number of days for normal activities is small, on the other hand, the large-scale integrated construction of the floating pipe frame of the existing various shallow sea leisure floating platforms on the beach is difficult to implement due to the limited field and the adverse later maintenance, and the direct cable binding mode adopted among the existing small and medium-sized floating platforms easily causes the stress distribution at the connection position to be too poor, the firmness of the centralized, The problems that the existing various shallow sea leisure floating platforms are difficult to develop in a large scale and difficult to meet the requirements of more tourists on various shallow sea leisure and amusement modes are caused by the easy damage and the like caused by wave impact. How can promote the anti wave ability of floating platform be convenient for combination formula scale construction again, and then satisfy the scale demand in shoal marine leisure tourism market, promote the problem of beach leisure activity safety and travelling comfort on water, the normal activity day number of beach leisure on water problem has become the urgent problem of affairs.
Disclosure of Invention
In order to solve the problems, the invention provides an angle code type floating platform, a component type floating platform and a wave resistance
The angle code type floating platform, the assembly type floating platform and the wave-resistant type combined floating platform are all composed of a floating pipe frame and pedals. On the basis of the existing floating pipe frame platform technology, by utilizing the angle code connection technical principle, double right-angle concave floating platforms, or double right-angle T-shaped floating platforms, or four right-angle H-shaped floating platforms, or four right-angle cross floating platforms, or four right-angle upper-shaped floating platforms and four right-angle reverse upper-shaped floating platforms which are right-angled in planar shape and not less than two in right-angle number are arranged among different floating platforms according to requirements and are connected, so that the angle code type floating platform is formed; on the basis of utilizing the existing floating pipe frame platform technology, utilizing the elastic deformable characteristic of a floating pipe, setting a double right-angle semi-arc frame-shaped floating platform, a three right-angle warhead frame-shaped floating platform, a three right-angle fan frame-shaped floating platform or a four right-angle fan frame-shaped floating platform with a planar shape of a right-angle frame, at least two right angles and at least one arc-shaped frame edge, wherein the double right-angle semi-arc frame-shaped floating platform, the three right-angle warhead frame-shaped floating platform, the three right-angle fan frame-shaped floating platform or the four right-angle fan frame-shaped floating platform can be used as components to be mutually combined and connected or combined and connected with other floating platforms, thereby forming the component type floating platform; on the basis of utilizing the technical principle of the existing deep-sea circular arc-shaped wave-resistant net cage floating pipe frame and selecting the wave-resistant type water platform support, the corner code type floating platform and the component type floating platform are combined and connected in a cable tying connection mode (or other connection modes) and anchored on the sea, wherein the model length and the model width of the component type floating platform are not less than twice of the wave length of the light waves in the water area, the component type floating platform can be combined or independently become a floating platform with an outer convex arc-shaped edge, the outer convex arc-shaped edge is arranged on one side facing to the strong waves and the high-frequency light waves, and the corner code type floating platforms are arranged among other floating platforms including the component type floating platform to form an occlusion position relation, so that the wave-resistant type combined floating platform is formed. The modular floating platform can be used for combining and arranging various wave-resistant floating platforms. The wave-resistant combined floating platform can reduce the impact influence of strong waves on the sea, particularly can avoid the influence of high-frequency light waves, is favorable for shielding water facilities in a water area on one side of the direction of the strong waves and the high-frequency light waves, and meanwhile, enables leisure activities of tourists on the floating platform to be safer and more comfortable, and days capable of normally moving are more.
The technical scheme of the invention is as follows:
an angle code type floating platform comprises a floating pipe frame and pedals, wherein the pedals are arranged on the floating pipe frame, the floating pipe frame comprises floating pipes and a bracket, and each floating pipe is an integrally welded floating pipe; the planar shape of the corner code type floating platform is right-angled, and the number of right angles is not less than two; further, the planar shape of the corner-code type floating platform can be a double right-angle concave shape, or can be a double right-angle T shape, or can be a four right-angle H shape, or can be a four right-angle cross shape, or can be a four right-angle upper shape and a four right-angle reverse upper shape; the float pipe frame of two right angle character form angle sign indicating number formula floating platforms is the fashioned two right angle character form float pipe frame of integrated into one piece installation, the float pipe frame of four right angle character form H sign indicating number formula floating platforms is the fashioned four right angle H character form float pipe frame of integrated into one piece installation, the float pipe frame of four right angle cross character form formula floating platforms is the fashioned four right angle cross float pipe frame of integrated into one piece installation, the float pipe frame of four right angle character form formula floating platforms is the fashioned four right angle character form float pipe frame of integrated into one piece installation, the four right angle character form floating pipe frame of integrated into one piece installation is the inverted character form float pipe frame of four. The angle code type floating platform can be arranged between other floating platforms to form an occlusion position relation and can be simultaneously connected with the other floating platforms, and the bracket structure of the angle code type floating platform preferably adopts the technology of 'a combined floating pipe bracket for aquaculture net cages (patent number CN201520547921.X'). The structural form of the angle code type floating platform and the position relation of the angle code type floating platform with other floating platforms are beneficial to more convenient combination and connection between the floating platforms, and the angle code type floating platform is also beneficial to dispersing and distributing connection stress and improving connection firmness.
A component type floating platform comprises a floating pipe frame and pedals, wherein the pedals are arranged on the floating pipe frame, the floating pipe frame comprises floating pipes and a bracket, and each floating pipe is a floating pipe formed by integral welding; the planar shape of the assembly type floating platform is a right-angle frame shape, the number of right angles is not less than two, and at least one frame edge is an arc-shaped edge; further, the planar shape of the modular floating platform may be a double right-angle semi-arc frame shape, or may be a three right-angle warhead frame shape, or may be a three right-angle fan frame shape, or may be a four right-angle fan frame shape; the floating pipe frame of the double-right-angle semi-arc frame type component floating platform is an integrally installed double-right-angle semi-arc frame type floating pipe frame, the floating pipe frame of the three-right-angle warhead frame type component floating platform is an integrally installed three-right-angle warhead frame type floating pipe frame, the floating pipe frame of the three-right-angle fan frame type component floating platform is an integrally installed three-right-angle fan frame type floating pipe frame, and the floating pipe frame of the four-right-angle fan frame type component floating platform is an integrally installed four-right-angle fan frame type floating pipe frame; the component type floating platforms can be mutually combined and connected or combined and connected with other floating platforms; the support structure of the modular floating platform preferably adopts the technology of 'triangle section reinforced floating frame (patent number CN 201420757289.7)'. The planar shape and the structural form of the assembly type floating platform are beneficial to being combined and connected into a circular arc floating platform or a semi-circular arc floating platform or other arc floating platforms which can resist and reduce the impact influence of waves.
A wave-resistant combined floating platform comprises a floating pipe frame and a pedal, wherein the pedal is arranged on the floating pipe frame; the wave-resistant combined floating platform can comprise (can not comprise) one or more existing floating platforms in a linear floating platform, a square floating platform or a round floating platform, but comprises at least one corner brace type floating platform and at least one component type floating platform; the module type floating platform has the advantages that the module type floating platform has the shape length and the shape width which are not less than twice of the light wave wavelength of the water area, the module type floating platform can be combined or independently become a floating platform with an outer convex arc-shaped edge, and the outer convex arc-shaped edge is arranged on one side facing to the direction of strong waves and high-frequency light waves; the angle-code type floating platforms are arranged among other floating platforms including the assembly type floating platforms to form an occlusion position relation, and the floating platforms are connected with each other in a cable tying connection mode (or other connection modes) and are anchored on the sea by anchoring facilities. The position setting and the structural style of the wave-resistant combined floating platform all form a barrier which is favorable for resisting and reducing impact influence of waves from the front and the side front on water area facilities on the back side of the floating platform, the combined connection mode is favorable for dispersing and distributing connection stress and improving the connection firmness, and the combined connection between the floating platforms is more convenient, so that the requirement of scale development is met.
The invention has the beneficial effects that:
the invention provides an angle code type floating platform, a component type floating platform and a wave-resistant type combined floating platform, which can ensure that the shallow floating platform can resist typhoon and storm and is not easy to damage by applying the existing deep sea wave-resistant type net cage floating pipe frame technology and the existing wave-resistant type water platform technology to the technical field of the shallow floating platform on the one hand, and on the other hand, the angle code type floating platform, the component type floating platform and the existing various floating platforms can be combined and connected according to requirements, thereby creating good conditions for further developing the wave-resistant type combined floating platform in large scale, in particular developing the wave-resistant type combined floating platform with various intensive functions such as a deep sea culture large-scale combined floating platform, a near bank leisure fishery combined floating platform, a bank-connected floating bridge wharf combined floating platform and a bank-connected leisure entertainment combined floating platform on the other hand, and leading the whole wave-resistant type combined floating platform to have better strength and stability, and the front part and the side front part of each wave-resistant combined floating platform have the wave-resistant and wave-eliminating functions, so that the back part and the side back part of each wave-resistant combined floating platform can still normally operate under the high-frequency light-wave sea condition, and the overall operation efficiency of each wave-resistant combined floating platform is improved.
Drawings
FIG. 1 is a schematic top view of a corner-ganged floating platform according to an embodiment of the present invention;
FIG. 2 is a schematic top view of a floating pipe frame of an embodiment of the corner-stacking floating platform of the present invention;
FIG. 3 is a schematic top view of a modular floating platform according to an embodiment of the present invention;
FIG. 4 is a schematic top view of a floating pipe frame of an embodiment of the modular floating platform of the present invention;
FIG. 5 is a schematic top view of an embodiment of a conventional linear floating platform, a square floating platform and a round floating platform;
FIG. 6 is a schematic top view of a floating pipe frame according to an embodiment of a conventional linear floating platform, a square floating platform and a round floating platform;
FIG. 7 is a schematic top view of five embodiments of the wave-resistant modular floating platform of the present invention;
FIG. 8 is a schematic top view of a wave-resistant combined floating platform-B type large-scale combined floating platform for deep-sea cultivation according to a more detailed embodiment of the present invention;
FIG. 9 is a schematic top view of a more detailed embodiment of the wave resistant modular floating platform of the present invention;
FIG. 10 is a schematic top view of a more detailed embodiment of the wave resistant modular floating platform-offshore leisure fishery modular floating platform of the present invention;
FIG. 11 is a schematic top view of a more detailed embodiment of the assembled pontoon of the anti-wave assembled pontoon-landed pontoon pier of the invention;
fig. 12 is a schematic top view of a more detailed embodiment of the wave-resistant combined floating platform-shore leisure and entertainment combined floating platform of the present invention.
In the figure: 1-floating pipe; 2-a scaffold; 3-right angle; 4-arc edge; 5-a linear floating platform; 5.1-a linear floating pipe frame; 6-square frame-shaped floating platform; 6.1-square floating pipe frame; 7-a round frame-shaped floating platform; 7.1-round frame-shaped floating pipe frame; 8-strong wave and high frequency light wave direction; 9-a cable; 10-anchoring means; 11-cultivation sash; 12-shellfish culture racks; 13-a culture net cage; 14-leisure fishery wharf berthing; 15-highest tide line; 16-quay berth; 17-a closed-space recreational water area; 33-corner-code floating platforms; 33.1-double right-angle concave-character-shaped angle code type floating platform; 33.2-double right-angle T-shaped corner code type floating platform; 33.3-four right-angle H-shaped angle code type floating platforms; 33.4-four right-angle cross-shaped corner code type floating platforms; 33.5-four right-angle upper-font corner code type floating platforms; 33.6-four right-angle reversed-upward font angle code type floating platforms; 33.11-double right-angle concave-shaped floating pipe frame; 33.22-double right-angled T-shaped floating pipe frame; 33.33-four right-angled H-shaped floating pipe frame; 33.44-four right-angled cruciform float tube frame; 33.55-four right-angle upper-shaped floating pipe frames; 33.66-four right-angle reversed-upward-shaped floating pipe frame; 44-a modular floating platform; 44.1-double right-angle half-arc frame assembly type floating platform; 44.2-three right-angle warhead frame assembly type floating platforms; 44.3-three right-angled sash-shaped modular floating platforms; 44.4-four right angle sash frame assembly floating platforms; 44.11-double right-angle semi-arc frame-shaped floating pipe frame; 44.22-three right-angle warhead frame-shaped floating pipe frame; 44.33-three right-angle fan frame-shaped floating pipe frames; 44.44-four right angle fan frame-shaped floating pipe frames; 55-wave-resistant combined floating platform; 55.1-A type deep sea culture large-scale combined floating platform; 55.11-B type large-scale combined floating platform for deep sea culture; 55.2-a near-shore leisure fishery combined floating platform; 55.3-a shore-connected leisure fishery combined floating platform; 55.4-a shore-connected pontoon wharf combined floating platform; 55.5-Combined floating platform for shore-connected leisure and entertainment.
Detailed Description
The following further describes and explains the embodiments of the present invention with reference to the drawings and examples.
Referring to fig. 1-2, an angle code type floating platform 33 is composed of a floating pipe frame and pedals, wherein the pedals are arranged on the floating pipe frame, the floating pipe frame comprises floating pipes 1 and supports 2, and each floating pipe 1 is a floating pipe 1 which is integrally welded; the planar shape of the angle code type floating platform 33 is a right-angle shape, and the number of right angles 3 is not less than two; further, the planar shape of the corner-code type floating platform 33 may be double right-angled concave, or double right-angled T-shaped, or quadruple right-angled H-shaped, or quadruple right-angled cross-shaped, or quadruple right-angled upside-down and quadruple right-angled reversed upside-down; the float pipe frame of the double right angle concave type angle code type floating platform 33.1 is a double right angle concave type float pipe frame 33.11 which is integrally installed and formed, the float pipe frame of the double right angle T type angle code type floating platform 33.2 is a double right angle T type float pipe frame 33.22 which is integrally installed and formed, the float pipe frame of the four right angle H type angle code type floating platform 33.3 is a four right angle H type float pipe frame 33.33 which is integrally installed and formed, the float pipe frame of the four right angle cross type angle code type floating platform 33.4 is a four right angle cross type float pipe frame 33.44 which is integrally installed and formed, the float pipe frame of the four right angle upper type angle code type floating platform 33.5 is a four right angle upper type float pipe frame 33.55 which is integrally installed and formed, and the float pipe frame of the four right angle upper type angle code type floating platform 33.6 is a four right angle upper type float pipe frame 33.66 which is integrally installed and formed. The angle-code floating platform 33 can be arranged between other floating platforms to form an occlusion position relation and can be connected with the other floating platforms at the same time, and the structure of the bracket 2 of the angle-code floating platform 33 preferably adopts the technology of 'a floating pipe bracket for a combined aquaculture net cage (patent number CN201520547921.X'). The structural form of the corner brace type floating platform 33 and the occlusion position relation formed by the corner brace type floating platform with other floating platforms are beneficial to facilitating the combination and connection between the floating platforms, and the connection surfaces are increased in more directions and more degrees, so that the connection stress is dispersed and distributed, and the connection firmness is improved.
Referring to fig. 3-4, a modular floating platform 44 is composed of a floating pipe frame and pedals, wherein the pedals are arranged on the floating pipe frame, the floating pipe frame comprises floating pipes 1 and a bracket 2, and each floating pipe 1 is a floating pipe 1 which is integrally welded; the planar shape of the component type floating platform 44 is a right-angle frame shape, the number of right angles 3 is not less than two, and at least one frame edge is an arc-shaped edge 4; further, the planar shape of the modular floating platform 44 may be a double right-angle semi-arc frame shape, or may be a three right-angle bullet frame shape, or may be a three right-angle fan frame shape, or may be a four right-angle fan frame shape; the floating pipe frame of the double right-angle semi-arc frame type assembly floating platform 44.1 is an integrally installed double right-angle semi-arc frame type floating pipe frame 44.11, the floating pipe frame of the three right-angle warhead frame type assembly floating platform 44.2 is an integrally installed three right-angle warhead frame type floating pipe frame 44.22, the floating pipe frame of the three right-angle fan frame type assembly floating platform 44.3 is an integrally installed three right-angle fan frame type floating pipe frame 44.33, and the floating pipe frame of the four right-angle fan frame type assembly floating platform 44.4 is an integrally installed four right-angle fan frame type floating pipe frame 44.44; the modular pontoons 44 may be combined with each other or with other pontoons; the frame 2 structure of the modular floating platform 44 preferably employs the "triangular section reinforced floating frame (patent No. CN 201420757289.7)" technology. The planar shape and configuration of the modular floating platform 44 facilitates modular connection into a circular or semi-circular or other arcuate floating platform that resists and dampens the effects of wave impact.
Referring to fig. 5-6, the existing linear floating platform 5 or square floating platform 6 or round floating platform 7, the floating pipe frame of the linear floating platform 5 is an integrally installed linear floating pipe frame 5.1, the floating pipe frame of the square floating platform 6 is an integrally installed square floating pipe frame 6.1, and the floating pipe frame of the round floating platform 7 is an integrally installed round floating pipe frame 7.1.
Referring to fig. 7, an anti-wave type combined floating platform 55 is composed of a floating pipe frame and a pedal, and the pedal is disposed on the floating pipe frame. The wave-resistant combined floating platform 55 includes, but is not limited to, any one of a-type deep-sea culture large-scale combined floating platform 55.1, an offshore leisure fishery combined floating platform 55.2, an offshore leisure fishery combined floating platform 55.3, an offshore pontoon bridge wharf combined floating platform 55.4 and an offshore leisure entertainment combined floating platform 55.5. Each wave-resistant combined floating platform 55 may or may not include any existing floating platform of a straight-line floating platform 5, a square-frame floating platform 6 or a round-frame floating platform 7, but includes at least one corner-code type floating platform 33 and at least one component type floating platform 44, the shape length and the shape width of each component type floating platform 44 are not less than twice of the light wave wavelength of the water area where the component type floating platform 44 is located, the component type floating platforms 44 may be combined or independently become a floating platform with an outer convex arc-shaped edge 4, the outer convex arc-shaped edge 4 is arranged on one side facing to the direction of strong waves and high-frequency light waves 8, each corner-code type floating platform 33 is arranged between other floating platforms including the component type floating platforms 44 to form an occlusion position relation, and the floating platforms are connected with each other through a cable tying connection mode (or other connection modes) and anchored at sea by an anchoring facility 10. The wave-resistant combined floating platform 55 is provided with barriers which are beneficial to resisting and reducing impact influence of waves from the front and the side front on water area facilities on the back side of the floating platform, and the combined connection mode is beneficial to dispersing and distributing connection stress and improving connection firmness, and is also beneficial to facilitating combined connection among all the floating platforms, thereby meeting the requirement of large-scale development.
Referring to fig. 8, a more detailed embodiment of the wave-resistant combined floating platform 55 includes a B-type deep-sea large-scale combined floating platform 55.11, wherein the B-type deep-sea large-scale combined floating platform 55.11 is composed of a floating pipe frame and pedals, and the pedals are arranged on the floating pipe frame; the B-type deep sea culture large-scale combined floating platform 55.11 comprises twelve double right-angle T-shaped corner-code type floating platforms 33.2, thirteen four right-angle cross-shaped corner-code type floating platforms 33.4 and four three right-angle fan-frame type component floating platforms 44.3 and sixteen four right-angle fan-frame type component floating platforms 44.4, the length and the width of each three right-angle fan-frame type component floating platform 44.3 and each four right-angle fan-frame type component floating platform 44.4 are not less than twice of the light wave wavelength of the water area, the four three right-angle fan-frame type component floating platforms 44.3 and sixteen four right-angle fan-frame type component floating platforms 44.4 are combined into a circular arc floating platform with an outer convex arc edge 4, the outer convex arc edge 4 is arranged on the side of the outer sea strong wave and the high-frequency light wave direction 8, each double right-angle T-code type floating platform 33.2 is respectively arranged between every two four right-angle fan-frame type component floating platforms 44.4 and between one four right-angle fan-frame type floating platform 44.4 and one three-frame type floating platform 44.4, each four-right-angle cross-shaped corner-code type floating platform 33.4 is respectively arranged between every four-right-angle fan-frame-shaped component type floating platforms 44.4, between two four-right-angle fan-frame-shaped component type floating platforms 44.4 and two three-right-angle fan-frame-shaped component type floating platforms 44.3 and between four three-right-angle fan-frame-shaped component type floating platforms 44.3, and the floating platforms are mutually connected in a preferable connection mode of adopting a cultivation net cage support (patent number CN 201520446410.9) and are anchored at sea by the anchoring facility 10. The position arrangement and the structural form of the B-type deep sea culture large-scale combined floating platform 55.11 form a barrier which is favorable for resisting and reducing the impact influence of waves from open sea on the back inner side culture sash 11, and the combined connection mode is favorable for dispersing and distributing the connection stress and improving the connection firmness and is also favorable for facilitating the combined connection among all the floating platforms; if the scale needs to be further enlarged on the basis of the large-scale combined floating platform 55.11 for B-type deep-sea cultivation, a circle of a plurality of four-right-angle sash-shaped component type floating platforms with uniform specifications can be additionally arranged on the outer side of the outer convex arc-shaped edge 4 of the large-scale combined floating platform 55.11 for B-type deep-sea cultivation each time, and the four-right-angle sash-shaped component type floating platforms are combined and connected by using corresponding corner brace type floating platforms and similar combination and connection modes.
Referring to fig. 9, a more detailed embodiment of the wave-resistant modular floating platform 55 comprises an offshore recreational fishery modular floating platform 55.2, comprised of a floating pipe frame and pedals, the pedals being disposed above the floating pipe frame; the combined type floating platform 55.2 for the offshore leisure fishery comprises two double-right-angle T-shaped angle code type floating platforms 33.2, a four-right-angle cross-shaped angle code type floating platform 33.4, two double-right-angle concave angle code type floating platforms 33.1, three unified large-specification three-right-angle fan-shaped frame type component floating platforms 44.3 and a small-specification three-right-angle fan-shaped frame type component floating platform 44.3, wherein the length and the width of each three-right-angle fan-shaped frame type component floating platform 44.3 are not less than twice of the light wave wavelength of the water area, the three unified large-specification three-right-angle fan-shaped frame type floating platforms 44.3 are combined into a half-arc type floating platform with an outer convex arc-shaped edge 4, the outer convex arc-shaped edge 4 is arranged on one side facing the strong sea and the high-frequency light wave direction 8, the two double-right-angle T-shaped angle code type floating platforms 33.2 are respectively arranged between every two unified large-specification three-right-angle fan-angle frame type component floating platforms 44.3, and the four-right-angle code type floating platforms 33.4 are arranged between the three-angle code type floating Between the sash-shaped assembly floating platforms 44.3, two double right-angle concave-font angle-code type floating platforms 33.1 are respectively arranged between a large-specification three-right-angle sash-shaped assembly floating platform 44.3 and a small-specification three-right-angle sash-shaped assembly floating platform 44.3, and the floating platforms are mutually connected in a binding connection mode through cables 9 and are anchored on the sea by anchoring facilities 10. The position arrangement and the structural form of the offshore leisure fishery combined floating platform 55.2 form a barrier which is favorable for resisting and reducing the impact influence of waves from the front and the side front of open sea on the shellfish culture frame 12 at the back side, the culture net cage 13 and the leisure fishery wharf berth 14, and the combined connection mode is favorable for dispersing and distributing the connection stress and improving the connection firmness and is also favorable for facilitating the combined connection among all the floating platforms; if the scale needs to be further enlarged on the basis of the near-shore leisure fishery combined floating platform 55.2, a plurality of half-circle square-frame-shaped component floating platforms with uniform specifications can be additionally arranged on the outer side of the outer convex arc-shaped edge 4 of the near-shore leisure fishery combined floating platform 55.2 at each time, and meanwhile, a square-frame-shaped floating platform is additionally arranged on the outer side of each of the two double-right-angle concave-character-shaped angle code type floating platforms 33.1 and is connected in a combined mode by using a corresponding angle code type floating platform and the similar combined connection mode.
Referring to fig. 10, a more detailed embodiment of the wave-resistant modular floating platform 55 comprises a shore-bound recreational fishery modular floating platform 55.3 comprised of a float tube frame and pedals positioned above the float tube frame; the bank-connected leisure fishery combined floating platform 55.3 comprises an existing straight-line-shaped floating platform 5 and six existing square-frame-shaped floating platforms 6, nine double-right-angle T-shaped angle code type floating platforms 33.2, four-right-angle cross-shaped angle code type floating platforms 33.4, two four-right-angle H-shaped angle code type floating platforms 33.3, a double-right-angle semi-arc-frame-shaped component type floating platform 44.1 and two three-right-angle fan-frame-shaped component type floating platforms 44.3, wherein the length and the width of the double-right-angle semi-arc-frame-shaped component type floating platform 44.1 and each three-right-angle fan-frame-shaped component type floating platform 44.3 are not less than twice of the light wave wavelength of the water area, the six square-frame-shaped floating platforms 6 are divided into two left and right rows which are symmetrically arranged, the double-right-angle semi-arc-frame-shaped component type floating platforms 44.1 are arranged on the front sides of the two rows of the square-frame-shaped floating platforms 6 to form a forward semi-arc-shaped floating platform with an outer convex edge 4, and the two rows of the square-frame-arc-shaped, wherein the forward convex arc-shaped edge 4 and the backward convex arc-shaped edge 4 are respectively arranged on one side facing to the direction 8 of outward sea strong waves and high frequency light waves and one side facing to the direction 8 of abrupt slope beach back strong waves and high frequency light waves, each double right-angle T-shaped corner-code type floating platform 33.2 is respectively arranged between every two square-shaped floating platforms 6, between the square-shaped floating platform 6 and the double right-angle semi-arc frame-shaped component type floating platform 44.1, between the square-shaped floating platform 6 and the three right-angle fan-shaped component type floating platform 44.3, between the two square-shaped floating platforms 6 and the double right-angle semi-arc frame-shaped component type floating platform 44.1, each four right-angle cross-shaped corner-code type floating platform 33.4 is respectively arranged between every four square-shaped floating platforms 6, between the two square-shaped floating platforms 6 and the two three right-angle fan-shaped component type floating platforms 44.3, and between the two three right-angle fan-shaped component type floating platforms 44.3, two four right-angle H-shaped angle-code type floating platforms 33.3 are respectively arranged between the arc edge 4 and the bottom edge of the double right-angle semi-arc frame-shaped component type floating platform 44.1 and between one four right-angle cross-shaped angle-code type floating platform 33.4 and the linear floating platform 5, one end of the linear floating platform 5 is in lap joint with the highest tide level line 15 of the steep slope type beach, and the floating platforms are tied up by a mooring rope 9 and connected with each other and are anchored on the sea by an anchoring facility 10. The position arrangement and the structural form of the shore-connected leisure fishery combined floating platform 55.3 form a barrier which is favorable for resisting and reducing the impact influence of waves from the front and the side of the open sea and the back of the steep slope beach on the shellfish culture frame 12 and the culture net cage 13, and the combined connection mode is favorable for dispersing and distributing the connection stress and improving the connection firmness and is also favorable for facilitating the combined connection among all the floating platforms; if the scale needs to be further enlarged on the basis of the bank-connected leisure fishery combined floating platform 55.3, a plurality of four-right-angle fan-frame-shaped component type floating platforms with a semi-circle uniform specification can be respectively additionally arranged on the outer sides of the front and rear convex arc-shaped edges 4 of the bank-connected leisure fishery combined floating platform 55.3 at each time, and meanwhile, a row of square-frame-shaped floating platforms are respectively additionally arranged on the left side and the right side of the two rows of square-frame-shaped floating platforms 6 and are connected in a combined mode by using corresponding angle code type floating platforms and similar combined connection modes.
Referring to fig. 11, a more detailed embodiment of the wave-resistant modular pontoon 55 comprises a landing pontoon pier modular pontoon 55.4, comprising a pontoon frame and footrests, the footrests being provided on the pontoon frame; the combined type floating platform 55.4 of the shore-connected floating bridge wharf comprises two existing straight-line floating platforms 5, thirty-three double-right-angle concave-shaped angle code type floating platforms 33.1, a four-right-angle H-shaped angle code type floating platform 33.3, a three-right-angle warhead frame-shaped component type floating platform 44.2 and six three-right-angle fan frame-shaped component type floating platforms 44.3; the three right-angle warhead frame-shaped component floating platforms 44.2 and each three right-angle fan frame-shaped component floating platform 44.3 have the shape length and the shape width which are not less than two times of the light wave wavelength of the water area, the three right-angle warhead frame-shaped component floating platforms 44.2 become warhead arc floating platforms with outer convex arc-shaped edges 4, and the outer convex arc-shaped edges 4 are arranged on one side facing to the direction 8 of strong waves of the outer sea and high-frequency light waves; a double-right-angle concave-character-shaped angle code type floating platform 33.1, a linear floating platform 5, a four-right-angle H-shaped angle code type floating platform 33.3 and another linear floating platform 5 are sequentially arranged between the middle position of the bottom edge of the three-right-angle warhead frame-shaped assembly type floating platform 44.2 and a slope-type or gentle slope-type beach, wherein one end of the other linear floating platform 5 is lapped with a highest tide level line 15; every two three right-angle sash frame-shaped component type floating platforms 44.3 form a pair of semi-arc floating platforms which are symmetrically arranged on two sides of a linear floating platform 5 and combined to form a semi-arc floating platform with an outer convex arc-shaped edge 4, and the outer convex arc-shaped edge 4 is arranged on one side facing to the direction 8 of strong waves and high-frequency light waves; the eight double-right-angle concave-character-shaped angle code type floating platforms 33.1 are divided into two groups which are symmetrically arranged on the outer sides of the bottom edges of one sides of the three-right-angle warhead frame-shaped component type floating platforms 44.2 back to the strong wave and high-frequency light wave direction 8; the other twenty-four double right-angle concave-character-shaped angle code type floating platforms 33.1 are divided into six groups and symmetrically arranged on the outer side of the bottom edge of one side of the three pairs of three right-angle fan-frame-shaped component type floating platforms 44.3 back to the strong wave and high-frequency light wave direction 8; the floating platforms are connected to each other by means of a cable tie connection and anchored at sea by anchoring means 10. The position arrangement and the structural form of the combined floating platform 55.4 of the shore-connected floating bridge wharf form a barrier which is favorable for resisting and reducing the impact influence of waves from the front and the side front of open sea on the wharf berth 16 at the back side of the wharf, and the combined connection mode is favorable for dispersing and distributing connection stress and improving the connection firmness and is also favorable for facilitating the combined connection among all the floating platforms; if the scale needs to be further enlarged on the basis of the combined type floating platform 55.4 of the shore-connected floating bridge wharf, the three-right-angle warhead frame-shaped component type floating platform 44.2 can be moved forwards in the open sea direction at each time, then the in-line type floating platform 5 is additionally arranged between the three-right-angle warhead frame-shaped component type floating platform 44.2 and the in-line type floating platform 5 close to the front position, meanwhile, the three-right-angle fan frame-shaped component type floating platform 44.3 is symmetrically and pairwise additionally arranged on two sides of the newly-increased in-line type floating platform 5, the double-right-angle concave-shaped angle code type floating platform 33.1 and the four-right-angle H-shaped code type floating platform 33.3 are additionally arranged on the two sides of the newly-increased in-line type.
Referring to fig. 12, a more detailed embodiment of the wave-resistant modular platform 55 comprises a shore-bound recreational modular platform 55.5 comprised of a float tube frame and footrests disposed on the float tube frame; the shore-connected leisure and entertainment combined floating platform 55.5 comprises two existing linear floating platforms 5, two triangular fan-frame-shaped component floating platforms 44.3, two double-right-angle T-shaped angle code type floating platforms 33.2, four-right-angle cross-shaped angle code type floating platforms 33.4, four-right-angle upper-shaped angle code type floating platforms 33.5 and four-right-angle reverse upper-shaped angle code type floating platforms 33.6; the shape length and the shape width of each three-right-angle sash-shaped component type floating platform 44.3 are not less than two times of the light wave wavelength of the water area, the two three-right-angle sash-shaped component type floating platforms 44.3 are combined into a semi-arc-shaped floating platform with an outer convex arc-shaped edge 4, and the outer convex arc-shaped edge 4 is arranged on one side facing to the direction 8 of strong waves of the outer sea and high-frequency light waves; the two linear floating platforms 5 are respectively arranged between the two sides of the bottom edge of the semi-arc floating platform and the gentle slope beach, and one end of each linear floating platform 5 is respectively lapped with the highest tide level line 15; the double right-angle T-shaped angle code type floating platform 33.2 and the four right-angle cross-shaped angle code type floating platform 33.4 are respectively arranged on the front side and the rear side between the two three right-angle fan-shaped component type floating platforms 44.3; the four right-angle upper-font angle-code type floating platform 33.5 is arranged between one three right-angle fan-frame-shaped component type floating platform 44.3 and one in-line type floating platform 5, and the four right-angle reverse upper-font angle-code type floating platform 33.6 is arranged between the other three right-angle fan-frame-shaped component type floating platform 44.3 and the other in-line type floating platform 5; the floating platforms are connected to each other by means of a lashing connection of cables 9 and anchored at sea by anchoring means 10. The position arrangement and the structural form of the shore-connected leisure and entertainment combined floating platform 55.5 form a barrier which is favorable for resisting and reducing the impact influence of waves from the front and the side front of the open sea on facilities of the back side enclosure type leisure and entertainment water area 17, and the combined connection mode is favorable for dispersing and distributing the connection stress and improving the connection firmness and is also favorable for facilitating the combined connection among all the floating platforms; if the scale needs to be further enlarged on the basis of the bank-connected leisure and entertainment combined floating platform 55.5, a plurality of four-right-angle fan-frame-shaped component type floating platforms with uniform specifications can be additionally arranged on the outer sides of the convex arc edges 4 of the semi-arc-shaped floating platform of the bank-connected leisure and entertainment combined floating platform 55.5 at each time, and meanwhile, linear floating platforms 5 or square-frame-shaped floating platforms are additionally arranged on the outer sides of the two linear floating platforms 5 in pairs and are combined and connected by using corresponding angle code type floating platforms and similar combination and connection modes.
Although the present invention has been described in detail with reference to examples, it will be understood by those skilled in the art that various changes may be made and equivalents may be substituted without departing from the spirit and scope of the invention as defined in the appended claims.
Claims (13)
1. The utility model provides an angle sign indicating number formula floating platform comprises flotation tube frame and footboard, its characterized in that the plane shape of angle sign indicating number formula floating platform (33) is the right angle shape, and the quantity of its right angle (3) is no less than two.
2. The corner-code platform according to claim 1, characterized in that the planar shape of the corner-code platform (33) is a double right-angle concave-character type, and the float pipe frame of the double right-angle concave-character type corner-code platform (33.1) is a double right-angle concave-character type float pipe frame (33.11) which is integrally installed and formed.
3. The corner-ganged floating platform according to claim 1, characterized in that the planar shape of the corner-ganged floating platform (33) is a double-right-angled tee, and the pipe frame of the double-right-angled tee-ganged floating platform (33.2) is an integrally installed double-right-angled tee frame (33.22).
4. The corner-ganged floating platform according to claim 1, wherein the planar shape of the corner-ganged floating platform (33) is a rectangular H-shape, and the pipe frame of the rectangular H-shaped floating platform (33.3) is a rectangular H-shaped pipe frame (33.33) integrally formed.
5. The corner-code floating platform according to claim 1, characterized in that the planar shape of the corner-code floating platform (33) is a four-right-angle cross, and the floating pipe frame of the four-right-angle cross-code floating platform (33.4) is a four-right-angle cross-shaped floating pipe frame (33.44) which is integrally installed.
6. The corner brace floating platform according to claim 1, characterized in that the planar shape of the corner brace floating platform (33) is a four-right-angled-up-type floating pipe frame, and the floating pipe frame of the four-right-angled-up-type corner brace floating platform (33.5) is a four-right-angled-up-type floating pipe frame (33.55) which is integrally installed and formed.
7. The corner brace spar of claim 1, wherein the planar shape of the corner brace spar (33) is a right angle inverted upside form, and the float tube frame of the right angle inverted upside brace spar (33.6) is an integrally installed right angle inverted upside float tube frame (33.66).
8. The component type floating platform is composed of a floating pipe frame and pedals, and is characterized in that the planar shape of the component type floating platform (44) is a right-angle frame shape, the number of right angles (3) is not less than two, and at least one frame edge is an arc-shaped edge (4).
9. The modular floating platform according to claim 8, characterized in that the planar shape of the modular floating platform (44) is a double right-angle half-arc frame shape, and the floating pipe frame of the double right-angle half-arc frame shaped modular floating platform (44.1) is an integrally installed double right-angle half-arc frame shaped floating pipe frame (44.11).
10. The modular floating platform according to claim 8, characterized in that the planar shape of the modular floating platform (44) is a three-quarter warhead frame shape, and the floating pipe frame of the three-quarter warhead frame-shaped modular floating platform (44.2) is a three-quarter warhead frame-shaped floating pipe frame (44.22) which is integrally installed.
11. The modular floating platform according to claim 8, characterized in that the planar shape of the modular floating platform (44) is a three-right-angle fan-frame shape, and the floating pipe frame of the three-right-angle fan-frame type modular floating platform (44.3) is an integrally installed three-right-angle fan-frame type floating pipe frame (44.33).
12. The modular floating platform of claim 8, characterized in that the planar shape of the modular floating platform (44) is a four-right-angle fan-frame shape, and the floating pipe frame of the four-right-angle fan-frame modular floating platform (44.4) is an integrally installed four-right-angle fan-frame shaped floating pipe frame (44.44).
13. An anti-wave modular floating platform consisting of a floating pipe frame and a deck, characterized in that the anti-wave modular floating platform (55) comprises not less than one corner-ganged floating platform (33) according to any one of claims 1 to 7 and comprises not less than one modular floating platform (44) according to any one of claims 8 to 12, the shape length and the shape width of the component type floating platform (44) are not less than twice of the light wave wavelength of the water area, the modular floating platforms (44) can be combined or independently formed into a floating platform with an outer convex arc-shaped edge (4), the convex arc-shaped edge (4) is arranged on one side of the direction (8) facing strong waves and high-frequency light waves, each corner brace type floating platform (33) is arranged among other floating platforms including the assembly type floating platform (44) to form an occlusion position relation, and the floating platforms are connected in a combined mode and anchored on the sea by the anchoring facilities (10).
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