Filtering apparatus employing the rotor for multistage generating variable vortex flow
A filtering apparatus is provided for filtering raw water containing various impurities and mixtures into purified water, and more particularly, a multistage filtering apparatus is provided in which a rotor for generating vortex are installed in each of multiple layers of filtration membrane stacked within a closed barrel and the rotors are formed in multistage by having different diameter of each rotor so that the power for generating vortex can be remarkably minimized by generating the vertical vortex from top and bottom of the rotary rotor and the horizontal vortex from the outer side of circumference plate of the rotary rotor to be crossed over between membranes to prevent from blocking the pores or remove the deposited pollutants, and the closed-type barrel having multistage of membranes, rotary shaft, and rotary rotors for vortex generation within are constructed as a single module of filter pack, and the filter pack is connected and extended in accordance with required purified capacity so that large scale installation of filtering apparatus is possible.
1. A closed-type filtering apparatus employing a multistage rotor generating variable vortex flow in which introduced raw water for filtering is separated into purified/treated water and concentrated water to he discharged. the filtering apparatus comprising:
a closed-type barrel having a left lid unit and a right lid unit therein and forming a body of the filter apparatus;
a plurality of plate-type porous membranes installed spaced apart in an inner wall of the barrel and configured to filter the raw water;
a rotary shaft installed in a central portion of the barrel and connected to a driving shaft of a motor;
a plurality of rotary rotors of varying diameter installed spaced apart on the rotary shaft and alternatively arranged with the membrane, and configured to generate vortex;
a raw water inlet installed in the left lid unit;
a purified water outlet installed in the right lid unit;
a concentrated water outlet installed in the right lid unit;
a supporting bracket installed at a predetermined distance and configured to prevent the rotary shaft from bending or drooping; and
a subsidiary bracket configured to support the barrel,
wherein the smallest diameter of rotary rotor is installed in the raw water inlet through Which the raw water inflows and the diameter of rotary rotor is gradually increased towards the concentrated water outlet.
2. The closed-type filtering apparatus employing the multistage rotor generating variable vortex flow as claimed in claim 1 , wherein a plurality of rectangular vortex generating projection is formed in predetermined distance in outer direction of each rotary rotor.
3. The closed-type filtering apparatus employing the multistage rotor generating variable vortex flow as claimed in claim 1 , wherein a plurality of triangular vortex generating projection is installed on circumference plate alternatively arranged to have one side of triangle faces top and another side faces down.
4. The closed-type filtering apparatus employing the multistage rotor generating variable vortex flow as claimed in claim 1 , wherein a filter pack is comprised as single unified module compositing a supporting bracket, a subsidiary bracket, a rotary shaft, rotary rotor, a membrane, and a barrel, and a plural stages of filter packs is installed in a crossways direction to control the capacity of the filtering apparatus.
5. The closed-type filtering apparatus as claimed in claim 4 , wherein the filter pack includes an ultrasonic vibrator installed at one or more sides of the filter pack by passing through the membrane, and the supporting bracket includes a service wire line to connect the ultrasonic vibrator with a ultrasonic oscillator.
6. The closed-type filtering apparatus as claimed in claim 1 , wherein the membrane and the rotary rotor are perpendicular to the ground.
7. A closed-type filtering apparatus employing a multistage rotor generating variable vortex flow in which introduced raw water containing contaminants for filtering is separated into purified/treated water and concentrated water containing concentrated contaminants so as to be discharged, the filtering apparatus comprising:
a closed-type barrel having a left lid unit and a right lid unit therein and forming a body of the filter apparatus;
plural plate-type, porous membranes installed spaced apart in an inner wall of the barrel to filter the raw water;
a rotary shaft installed in a central portion of the barrel and connected to a driving shaft of a motor;
plural rotary rotors of varying diameter installed spaced apart on the rotary shaft and alternatively arranged with the membrane, and configured to generate vortex;
a raw water inlet installed the left lid unit:
a purified water outlet installed in the right lid unit;
a concentrated water outlet installed in the right lid unit,
a supporting bracket installed at a predetermined distance and configured to prevent the rotary shaft from bending or drooping;
a subsidiary bracket configured to support the barrel; and
a plurality of rectangular or triangular shape of vortex generating projections formed at a predetermined distance in an outer surface of circumference of the rotary rotor,
wherein the smallest diameter of rotary rotor is installed in the raw water inlet through which the raw water inflows and the diameter of rotary rotor is gradually increased towards the concentrated water outlet, and
wherein the triangular shape of vortex generating projection is alternatively arranged to have one side of triangle faces top and another side faces down, and
wherein the membranes and the rotary rotors are disposed perpendicular to the ground.