An artificial intelligence tide view structure

Abstract

The present invention discloses an artificial intelligence tidal landscape structure, which includes a landscape dam, a tidal bore, an intelligent landscape spraying tidal system, an intelligent night light system, a tide-chasing drone group, an artificial intelligence central control system, a seawall and a foundation; the landscape dam, the tidal bore and the seawall are arranged on the upper part of the foundation, the left end of the landscape dam is connected to the water-facing surface of the seawall, the tidal bore is connected to the water-facing surface of the seawall and the outer surface of the landscape dam, the outflow end of the intelligent landscape spraying tidal system is connected to the landscape dam, the intelligent landscape spraying tidal system, the intelligent night light system and the tide-chasing drone group are respectively connected to the artificial intelligence central control system, the intelligent night light system is connected to the landscape dam, the tide-chasing drone group is arranged in the upper space of the tidal bore and the landscape dam, and the artificial intelligence central control system is arranged on the seawall. The structure of the present invention is simple and the landscape is magnificent, which can provide a superior leisure and entertainment natural tidal scenic area for the nearby citizens, and optimize the project investment and the operation management and maintenance costs.

Description

Technical Field

[0001] The present invention relates to a tidal scene shaping structure, and particularly to an artificial intelligence tidal scene structure. Background Art

[0002] Tidal bore is a phenomenon of sudden rise of tidal water in the estuary section of a river flowing into the sea. After the tidal wave enters the estuary, it deforms, and under certain conditions, a front line of rising tide wave with a sudden increase in water level is formed, which is the tidal bore. When its intensity is small, it is a wave train composed of a series of waves moving forward in parallel - wave - like tidal bore. When its intensity is large, it is a forward - rolling water - vortex - rolling tidal bore. In the strong tidal bore area during the spring tide of the lunar calendar, the tidal bore head breaks, surging and magnificent, leaving a particularly deep impression. However, during the neap tide period and in non - strong tidal bore areas, the tidal bore is not so spectacular, but just an unnoticed wave train moving upward. At present, the river tidal scene is a common groin - created tidal scene without lighting auxiliary effects, lacking innovative and uniquely novel artificial - assisted tidal scenes. Summary of the Invention

[0003] To solve the problems existing in the prior art, the present invention proposes an artificial intelligence tidal scene structure. Through artificial intelligence technology, when the big tide in the river impacts the groin, it automatically senses and controls the water flow to be ejected from nozzles that are shaped like fish heads, dragon heads, etc. to form strange landscape shapes, thereby artificially amplifying the visual impact effect of the big tide. At the same time, it is combined with a night - time color light show, and intelligent unmanned aerial vehicle technology is used to chase the big tide above the big tide and simultaneously notify the artificial intelligence control center to arrange the unmanned aerial vehicle group into various strange light shapes, making the entire dynamic picture magnificent and spectacular. The structure of the present invention is simple, beautiful, and the natural tidal scene is unique and novel. It can effectively save investment, achieving the best combination of technology and economic benefits, providing a superior natural tidal scenic area for nearby citizens for leisure and entertainment, and optimizing the project investment and operation management and maintenance costs.

[0004] The technical solution adopted by the present invention is as follows:

[0005] An artificial intelligence tidal scene structure includes a landscape - creating dam, a tidal bore, an intelligent landscape - creating tidal - spraying system, an intelligent night - view light system, a tidal - chasing unmanned aerial vehicle group, an artificial intelligence central control system, a seawall, and a foundation; the landscape - creating dam, the tidal bore, and the seawall are arranged on the upper part of the foundation. The left end of the landscape - creating dam is connected to the water - facing surface of the seawall. The tidal bore is connected to the water - facing surface of the seawall and the outer surface of the landscape - creating dam. The outflow end of the intelligent landscape - creating tidal - spraying system is connected to the landscape - creating dam. The intelligent landscape - creating tidal - spraying system, the intelligent night - view light system, and the tidal - chasing unmanned aerial vehicle group are respectively connected to the artificial intelligence central control system. The intelligent night - view light system is connected to the landscape - creating dam. The tidal - chasing unmanned aerial vehicle group is arranged in the upper - space above the tidal bore and the landscape - creating dam. The artificial intelligence central control system is arranged on the seawall.

[0006] Further, the intelligent landscape tidal spraying system includes a tidal storage pool, a water pump structure, a main connecting pipe structure, a shunt branch pipe, a sculpture nozzle, and a water pump circuit structure. The tidal storage pool and the water pump circuit structure are arranged inside the seawall. The water pump structure is arranged inside the tidal storage pool. One end of the water pump structure is connected to the artificial intelligence central control system through the water pump circuit structure. The water outlet end of the water pump structure is connected to the shunt branch pipe through the main connecting pipe structure. The sculpture nozzle is arranged at the outflow end of the shunt branch pipe. The main connecting pipe structure and the shunt branch pipe are both arranged inside the landscape dam. The sculpture nozzle is connected to the downstream surface of the landscape dam.

[0007] Further, the intelligent night light system includes colorful night lights and a night light circuit structure. The colorful night lights are arranged on the outer surface of the landscape dam. The night light circuit structure is connected to the landscape dam and the seawall. The colorful night lights are connected to the artificial intelligence central control system through the night light circuit structure.

[0008] Further, the tide-chasing drone group includes a drone body, a drone spatial positioning system, a drone vision sensor, and a drone numerical control center. The drone body is arranged in the upper space of the tidal bore. The drone spatial positioning system and the drone vision sensor are arranged on the outer surface of the drone body. The drone numerical control center is arranged in the drone body. The drone spatial positioning system and the drone vision sensor are respectively connected to the drone numerical control center. The drone spatial positioning system, the drone vision sensor, and the drone numerical control center are respectively connected to the artificial intelligence central control system.

[0009] Further, the artificial intelligence central control system includes a tidal bore monitoring sensor, a night scene monitoring sensor, a G data transmission network, an artificial intelligence control center, a water pump control module, a night light control module, a drone control module, and a power supply. The artificial intelligence control center is respectively connected to the G data transmission network, the water pump control module, the night light control module, the drone control module, and the power supply. The artificial intelligence control center is connected to the tidal bore monitoring sensor and the night scene monitoring sensor respectively through the G data transmission network. The tidal bore monitoring sensor and the night scene monitoring sensor are both arranged on the outer surface of the landscape dam. The drone control module is connected to the drone spatial positioning system, the drone vision sensor, and the drone numerical control center respectively through the G data transmission network. The water pump control module is connected to the water pump structure through the water pump circuit structure. The night light control module is connected to the colorful night lights through the night light circuit structure.

[0010] Further, there are two or more of the landscape dam, the tidal bore, the intelligent landscape tidal spraying system, the intelligent night light system, the tide-chasing drone group, and the artificial intelligence central control system.

[0011] The beneficial effects of the present invention are:

[0012] 1. Through artificial intelligence technology, when the river and tidal bores impact the spur dike, the present invention automatically senses and controls the water flow to be ejected from nozzles shaped like fish heads, dragon heads, etc. to form peculiar landscape shapes, thereby artificially amplifying the visual impact effect of the tidal bore. At the same time, it is combined with a night-time color light show, and intelligent drone technology is used to chase the tidal bore above the tidal bore and simultaneously notify the artificial intelligence control center to arrange the drone group into various peculiar light shapes, making the entire dynamic picture magnificent and spectacular.

[0013] 2. The present invention achieves the best combination of technology and economic benefits, can provide a superior natural tidal scenic area for nearby citizens for leisure and entertainment, and optimize the project investment and operation management and maintenance costs. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] Figure 1 is a schematic structural diagram of the present invention;

[0015] Figure 2 is Figure 1 the A-A sectional view of

[0016] In the figure: 1 - landscape-constructing dike; 2 - tidal bore; 3 - intelligent landscape-constructing tidal-jetting system; 31 - tidal storage pool; 32 - water pump structure; 33 - main connecting pipe structure; 34 - shunt branch pipe; 35 - sculptured nozzle; 36 - water pump circuit structure; 4 - intelligent night light system; 41 - colorful night lights; 42 - night light circuit structure; 5 - tidal-chasing drone group; 51 - drone body; 52 - drone spatial positioning system; 53 - drone visual sensor; 54 - drone numerical control center; 6 - artificial intelligence central control system; 61 - tidal bore monitoring sensor; 62 - night scene monitoring sensor; 63 - 5G data transmission network; 64 - artificial intelligence control center; 65 - water pump control module; 66 - night light control module; 67 - drone control module, 68 - power supply; 7 - seawall; 8 - foundation. DETAILED DESCRIPTION OF THE INVENTION

[0017] The present invention will be further described in detail below with reference to the accompanying drawings.

[0018] As Figure 1 、 Figure 2As shown in the figure, an artificial intelligence tidal landscape structure of the present invention includes a landscape dam 1, a tidal bore 2, an intelligent landscape spraying system 3, an intelligent night light system 4, a tide-chasing drone group 5, an artificial intelligence central control system 6, a seawall 7 and a foundation 8; the landscape dam 1, the tidal bore 2 and the seawall 7 are arranged on the upper part of the foundation 8, the left end of the landscape dam 1 is connected to the water-facing surface of the seawall 7, the tidal bore 2 is connected to the water-facing surface of the seawall 7 and the outer surface of the landscape dam 1, the outflow end of the intelligent landscape spraying system 3 is connected to the landscape dam 1, the intelligent landscape spraying system 3, the intelligent night light system 4 and the tide-chasing drone group 5 are respectively connected to the artificial intelligence central control system 6, the intelligent night light system 4 is connected to the landscape dam 1, the tide-chasing drone group 5 is arranged in the upper space of the tidal bore 2 and the landscape dam 1, and the artificial intelligence central control system 6 is arranged on the seawall 7.

[0019] The intelligent landscape spraying system 3 includes a tide storage pool 31, a water pump structure 32, a main connecting pipe structure 33, a shunt branch pipe 34, a sculpture nozzle 35 and a water pump circuit structure 36. The tide storage pool 31 and the water pump circuit structure 36 are arranged inside the seawall 7, the water pump structure 32 is arranged inside the tide storage pool 31, one end of the water pump structure 32 is connected to the artificial intelligence central control system 6 through the water pump circuit structure 36, the water outlet end of the water pump structure 32 is connected to the shunt branch pipe 34 through the main connecting pipe structure 33, and the sculpture nozzle 35 is arranged at the outflow end of the shunt branch pipe 34; the main connecting pipe structure 33 and the shunt branch pipe 34 are arranged inside the landscape dam 1, and the sculpture nozzle 35 is connected to the downstream surface of the landscape dam 1;

[0020] The intelligent night light system 4 includes colorful night lights 41 and a night light circuit structure 42; the colorful night lights 41 are arranged on the outer surface of the landscape dam 1, the night light circuit structure 42 is connected to the landscape dam 1 and the seawall 7, and the colorful night lights 41 are connected to the artificial intelligence central control system 6 through the night light circuit structure 42.

[0021] The landscape dam 1 is a C30 concrete structure, the tidal bore 2 is a large tide of a certain river, the intelligent landscape spraying system 3 is composed of a 50 cm thick C30 concrete tide storage pool 31, a water pump structure 32 of a columnar piston pump, a main connecting pipe structure 33 of a Q235 steel pipe with an inner diameter of 20 cm, a shunt branch pipe 34 of a Q235 steel pipe with an inner diameter of 10 cm, a sculpture nozzle 35 in the shape of a fish head and a water pump circuit structure 36. The intelligent night light system 4 is a technical combination of an artificial intelligence and 5G technology LED light show technology, the seawall 7 is a grouted rubble seawall structure with clay airtight anti-seepage on the inner side, and the foundation 8 is natural foundation soil.

[0022] The tide-chasing drone group 5 uses DJI drones, and the artificial intelligence central control system 6 is composed of the current advanced parallel algorithm control technology combined with 5G communication technology.

[0023] The tide-chasing drone swarm 5 includes a drone body 51, a drone spatial positioning system 52, a drone vision sensor 53, and a drone numerical control center 54; the drone body 51 is arranged in the upper space of the tidal bore 2, the drone spatial positioning system 52 and the drone vision sensor 53 are arranged on the outer surface of the drone body 51, the drone numerical control center 54 is arranged in the drone body 51, the drone spatial positioning system 52 and the drone vision sensor 53 are respectively connected to the drone numerical control center 54, and the drone spatial positioning system 52, the drone vision sensor 53, and the drone numerical control center 54 are respectively connected to the artificial intelligence central control system 6.

[0024] The artificial intelligence central control system 6 includes a tidal bore monitoring sensor 61, a night scene monitoring sensor 62, a 5G data transmission network 63, an artificial intelligence control center 64, a water pump control module 65, a night scene light control module 66, a drone control module 67, and a power supply 68. The artificial intelligence control center 64 is respectively connected to the 5G data transmission network 63, the water pump control module 65, the night scene light control module 66, the drone control module 67, and the power supply 68. The artificial intelligence control center 64 is respectively connected to the tidal bore monitoring sensor 61 and the night scene monitoring sensor 62 through the 5G data transmission network 63. The tidal bore monitoring sensor 61 and the night scene monitoring sensor 62 are both arranged on the outer surface of the landscape dam 1. The drone control module 67 is respectively connected to the drone spatial positioning system 52, the drone vision sensor 53, and the drone numerical control center 54 through the 5G data transmission network 63. The water pump control module 65 is connected to the water pump structure 32 through the water pump line structure 36. The night scene light control module 66 is connected to the colorful night scene lights 41 through the night scene light line structure 42.

[0025] There are two or more landscape dams 1, tidal bores 2, intelligent landscape spraying tidal bore systems 3, intelligent night scene light systems 4, tide-chasing drone swarms 5, and artificial intelligence central control systems 6.

[0026] The above embodiments describe the present invention with reference to the accompanying drawings, but it should not be construed as limiting the scope of the present invention patent. It should be noted that for those of ordinary skill in the art, without departing from the concept of the present invention, several modifications and improvements can still be made, and these all belong to the protection scope of the present invention.

Claims

1. An artificial intelligence tidal scene structure, characterized in that: it includes a landscape dam (1), a tidal bore (2), an intelligent landscape spraying tidal system (3), an intelligent night light system (4), a tide-chasing drone group (5), an artificial intelligence central control system (6), a seawall (7) and a foundation (8); the landscape dam (1), the tidal bore (2) and the seawall (7) are arranged on the upper part of the foundation (8), the left end of the landscape dam (1) is connected to the water-facing surface of the seawall (7), the tidal bore (2) is connected to the water-facing surface of the seawall (7) and the outer surface of the landscape dam (1), the outflow end of the intelligent landscape spraying tidal system (3) is connected to the landscape dam (1), the intelligent landscape spraying tidal system (3), the intelligent night light system (4) and the tide-chasing drone group (5) are respectively connected to the artificial intelligence central control system (6), the intelligent night light system (4) is connected to the landscape dam (1), the tide-chasing drone group (5) is arranged in the upper space of the tidal bore (2) and the landscape dam (1), and the artificial intelligence central control system (6) is arranged on the seawall (7); the intelligent landscape spraying tidal system (3) includes a tidal storage pool (31), a water pump structure (32), a connecting main pipe structure (33), a shunt branch pipe (34), a sculpture nozzle (35) and a water pump circuit structure (36), the tidal storage pool (31) and the water pump circuit structure (36) are arranged inside the seawall (7), the water pump structure (32) is arranged inside the tidal storage pool (31), one end of the water pump structure (32) is connected to the artificial intelligence central control system (6) through the water pump circuit structure (36), the water outlet end of the water pump structure (32) is connected to the shunt branch pipe (34) through the connecting main pipe structure (33), the sculpture nozzle (35) is arranged at the outflow end of the shunt branch pipe (34); the connecting main pipe structure (33) and the shunt branch pipe (34) are both arranged inside the landscape dam (1), and the sculpture nozzle (35) is connected to the downstream surface of the landscape dam (1); the intelligent night light system (4) includes colorful night lights (41) and a night light circuit structure (42); the colorful night lights (41) are arranged on the outer surface of the landscape dam (1), the night light circuit structure (42) is connected to the landscape dam (1) and the seawall (7), and the colorful night lights (41) are connected to the artificial intelligence central control system (6) through the night light circuit structure (42); The tide-chasing drone swarm (5) includes a drone body (51), a drone spatial positioning system (52), a drone vision sensor (53), and a drone numerical control center (54); the drone body (51) is arranged in the upper space of the tidal bore (2), the drone spatial positioning system (52) and the drone vision sensor (53) are arranged on the outer surface of the drone body (51), the drone numerical control center (54) is arranged in the drone body (51), the drone spatial positioning system (52) and the drone vision sensor (53) are respectively connected to the drone numerical control center (54), and the drone spatial positioning system (52), the drone vision sensor (53), and the drone numerical control center (54) are respectively connected to the artificial intelligence central control system (6); The artificial intelligence central control system (6) includes a tidal bore monitoring sensor (61), a night scene monitoring sensor (62), a 5G data transmission network (63), an artificial intelligence control center (64), a water pump control module (65), a night scene light control module (66), a drone control module (67), and a power supply (68). The artificial intelligence control center (64) is respectively connected to the 5G data transmission network (63), the water pump control module (65), the night scene light control module (66), the drone control module (67), and the power supply (68). The artificial intelligence control center (64) is respectively connected to the tidal bore monitoring sensor (61) and the night scene monitoring sensor (62) through the 5G data transmission network (63). The tidal bore monitoring sensor (61) and the night scene monitoring sensor (62) are both arranged on the outer surface of the landscape dam (1). The drone control module (67) is respectively connected to the drone spatial positioning system (52), the drone vision sensor (53), and the drone numerical control center (54) through the 5G data transmission network (63). The water pump control module (65) is connected to the water pump structure (32) through the water pump line structure (36). The night scene light control module (66) is connected to the colorful night scene lights (41) through the night scene light line structure (42).

2. The artificial intelligence tidal landscape structure according to claim 1, characterized in that: two or more of the landscape dam (1), the tidal bore (2), the intelligent landscape spraying tidal bore system (3), the intelligent night scene light system (4), the tide-chasing drone swarm (5), and the artificial intelligence central control system (6) are provided.

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