36results about How to "Improve wave suppression performance" patented technology

The invention provides a grid-like floating wave dissipation device. The grid-like floating wave dissipation device comprises a wave dissipation module, a supporting module and a connecting module, wherein the wave dissipation module is placed horizontally; the wave dissipation module is connected with the supporting module; one end of the supporting module is connected with the connecting module; the wave dissipation module comprises horizontal wave dissipation plates, vertical wave dissipation plates and reinforcing ribs, wherein wave through holes are formed in the horizontal wave dissipation plates and the vertical wave dissipation plates; the horizontal wave dissipation plates are provided with the reinforcing ribs used for supporting and reinforcing; a plurality of horizontal wave dissipation plates are stacked horizontally to form a horizontal wave dissipation wall; a plurality of vertical wave dissipation plates are arranged between every two adjacent horizontal wave dissipation plates. By adopting a modularized design, the complexity of the structure is reduced, the mounting and detaching steps are simplified, and the upgrading and changing are facilitated to meet different functional requirements.

The present invention relates to a combined wave absorption system for deepwater test pool. It is characterized by that said combined wave absorption system includes the following several portions: metal frame, double-layer frame network, wave-absorbing area, oblique spending beach, damping strips, water-falling trough, water storage trough, return pipe and return water pump. Said invention also provides the concrete connection mode of all above-mentioned portion, and provides the working principle of said wave absorption system.

The invention discloses an arc-shaped transparent breakwater. The arc-shaped transparent breakwater comprises pile bases (1) and pile caps (2); the arc-shaped transparent breakwater is characterized in that caissons (3) are arranged above the pile caps (2), the caissons (3) comprise outer walls (4) which are positioned at a sea-facing side and inner walls (5) which are positioned at a port-facing side, central baffle plates (6) which are arranged on axial lines of the caissons (3) are arranged between the outer walls (4) and the inner walls (5), the caissons (3) are also internally provided with horizontal plates (7), the central axis of each caisson (3) is an arc line, and two axial ends of multiple caissons (3) are connected into an integrated structure through connecting pieces (8). The arc-shaped transparent breakwater disclosed by the invention is simple in structure, ingenious in design, low in cost and convenient and fast in construction, and has a good wave absorbing effect.

The invention discloses a rotary turbulent flow breakwater and an anti-wave floating body unit thereof. The anti-wave floating body unit comprises an inner cylinder and an outer cylinder. A closed floating assisting cavity is formed in the inner cylinder to provide proper buoyancy. The outer cylinder is arranged outside the inner cylinder in a sleeving manner and can rotate by taking the inner cylinder as a shaft. A plurality of spoilers are arranged on the outer side of the outer cylinder in a surrounding mode, and a cable tying piece used for being connected with a cable is arranged on the inner cylinder. The rotary turbulent flow breakwater comprises at least one anti-wave floating body unit, and each anti-wave floating body unit can be arranged in an independent anti-wave or combined anti-wave mode. The spoiler drives the outer cylinder to rotate relative to the inner cylinder under the action of waves, wave energy is consumed in the rotating process, combination of mechanical motion active wave absorption and spoiler structure passive wave absorption is achieved, and the wave absorption effect is greatly improved.

The invention provides a semi-submersible wave dissipation device which comprises a plurality of interconnected model units. Each model unit comprises a hollow pipe, wherein the upper end and the lower end of the hollow pipe are filled with cylindrical foam columns, holes are formed in the symmetrical positions on the pipe wall of the lower end of the hollow pipe, and a net bag is installed to the lower end of the hollow pipe through the holes. Each model unit is connected to an anchor pile through a cable and submerged blow the water surface. The semi-submersible wave dissipation device can be fully submerged blow the water surface and has no influence on a landscape; through the net bag design at the lower portion of each hollow pipe, buoyancy can be balanced, and shellfish can be cultivated; through the design, sea water exchange is not affected, a space is provided for cultivation, economic benefits are brought, the harbor basin quality is well maintained, and therefore, corrosion to a coast and damage to a coastline are reduced, beach protection and siltation promotion are achieved, and multiple functions are achieved.

The invention discloses a breakwater and double-gas-chamber oscillating water column power generation device. The breakwater and double-gas-chamber oscillating water column power generation device iscomposed of a plurality of power generation units. Each power generation unit is composed of a front vertical straight plate, a front gas chamber, a front spring, a front airflow channel, a front airturbine, a rear vertical thin plate, a rear gas chamber, a rear spring, a rear airflow channel, a rear air turbine, a front power generator set, a middle power generator set, a rear power generator set, an automatic adjustable guide rod, a surging middle vertical plate, an anchor chain, an anchor chain fixing pile and the like. The process that wave energy is converted into electric energy is based on the oscillating water column power generation device eave energy conversion principle, the engineering reliability is high, and the practicability is high.

The invention relates to a receiving tray for a bowl stand. The aim is to achieve a configuration such that water does not spill from a receiving tray when the receiving tray is removed from a bowl stand. The receiving tray 1 for a bowl stand is a tray receiving drainage water from a bowl stand 100 comprising an opening 103 and a top surface part 102 having a hole 101, wherein the receiving tray comprises: a body 21 that can move in a prescribed direction X from the opening 103; and a plurality of wave-dissipating members 3 in the bottom surface 22 of the body 21, the plurality of wave-dissipating members 3 extending in the width direction Y, and being arranged with gaps therebetween in the prescribed direction X. The plurality of wave-dissipating members 3 are provided with: first wave dissipators 31; and second wave dissipators 32 extending from the side-wall surface 24 of the body 21 in the gaps in the prescribed direction X between the first wave dissipators 31.

The invention discloses a novel automatic jet floating type breakwater. The breakwater comprises a base which sinks underwater and a floating body which floats on the water; the base is connected with the floating body by an anchor chain; a water pump is disposed in the floating body; the water inlet of the water pump is arranged on the lower part of the floating body, and the water outlet is arranged on the head sea side of the floating body; a single-chip microcomputer is mounted in the base; a pressure type wave height gauge is disposed on the front of the head sea side of the base; and the single-chip microcomputer is electrically connected with the pressure type wave height gauge and the water pump, and controls the switch on / off and volume of the water pump based on the data from the pressure type wave height gauge. The invention also discloses a wave eliminating method using the novel automatic jet floating type breakwater mentioned above, wherein, the wave elimination is performed by the floating body itself according to the designed wave condition of the breakwater. The novel automatic jet floating type breakwater disclosed by the invention can normally eliminate waves by the floating type breakwater itself, and can jet horizontal flow on the head sea side to enhance wave elimination performance when the single-chip microcomputer detects an extreme wave condition by the pressure type wave height gauge, therefore saves cost and meets the practical needs well at the same time.