System for removing floating waste and method for removing floating waste using the same system
Disclosed is a system for removing floating waste which includes a storage filter support that has a conical shape and tapers to a lower end thereof when it is installed for use and a storage filter that is inserted into the storage filter support from above. The system further includes a pump and an internal impeller when the system is a model to be used in water with zero velocity. Alternatively the system further includes an internal impeller and a speed increaser when the system is a model to be used in water with a velocity that is not zero. The speed increaser is installed in the storage filter support and drives the internal impeller.
1. A system for removing floating waste, comprising:
a storage filter support that has a conical shape and tapers from an upper end to a lower end thereof; and
a storage filter received within the storage filter support and supported in an upper portion of the storage filter support,
wherein,
(a) the system further comprises a pump and an internal impeller in a case where the system is to be used in still water with zero velocity, the pump being installed in the storage filter support in order to discharge water, the internal impeller being installed inside the storage filter in order to move floating waste to a storage portion in the storage filter; or the system further comprises the internal impeller and a speed increaser, in a case where the system is to be used in moving water with a velocity that is not zero, the internal impeller being installed inside the storage filter in order to move floating waste to a storage portion in the storage filter, the speed increaser being installed in the storage filter support and driving the internal impeller; and
(b) the pump or speed increaser is connected to the impeller and is located outside of the storage filter and within a lower portion of the storage filter support.
2. The system according to claim 1 , wherein when the water is still water and the flow velocity of the water is zero, the pump and the impeller are rotated, causing a vortex.
3. The system according to claim 2 , further comprising a linear anchor whose upper end is fixed to the storage filter support and whose lower end is fixed to the bed of a body of water.
4. The system according to claim 1 , wherein when the flow velocity of the water is moving water and the water is above zero, the internal impeller installed inside the storage filter is rotated by a driving force of the speed increaser which is a driving means, causing a vortex.
5. The system according to claim 4 , further comprising an anchor whose upper end is fixed to the storage filter support and whose lower end is fixed to the bed of a body of water at two or more positions.
6. The system according to claim 5 , wherein the anchor is a multi-leg anchor that is fixed to the bed of a body of water in at least three positions.
7. The system according to claim 1 , wherein the storage filter comprises:
an inlet that is positioned at the top of the storage filter and through which floating waste and debris in the water can pass; and
a storage portion that is filled with water right after the storage filter is installed and floats to the surface of the water by buoyancy of the floating waste when it is filled with the floating waste.