SI22999A - Device for water processing by oscillations - Google Patents

Abstract

The invention is based on the problem how to quickly and reliably eliminate living organisms from water during its flow through a device which can be applied to any corresponding piping. The device for processing water by way of oscillations includes an enclosure (1) featuring an inlet opening (101) where water provided for processing is entering inside the aforementioned enclosure (1) and an outlet opening (102) by which the processed water leaves the aforementioned enclosure (1), while inside the specified enclosure (1) there is an oscillation labyrinth (2) anticipated consisting of at least one series of mutually parallel elastic equidistant lamellas (21', 21''; 22', 22'') made from electrically conductive material adapted for oscillating at any required frequency and amplitude.

Description

An apparatus for treating water by means of oscillations

The invention in the field of chemistry belongs to the field of water treatment, by means of mechanical oscillations, and optionally also by the effects of said oscillations in combination with the effects of electric current or voltage.

The invention is based on the problem of how fast and reliable purification of microorganisms during the flow of water through a device that can be installed in a suitable pipeline is possible.

JP 2007175651 A is a proposed antibacterial water generator comprising an Ag ion generator with electrolysis, a micro-bubble generator and a connecting part for directing said bubbles towards an Ag ion generator. The operation of this type of device is locally restricted, so the sterilization of a certain amount of water requires relatively long water retention in a suitable container.

The present invention relates to an apparatus for treating water by means of oscillations, such apparatus comprising a housing having an inlet through which the intended water enters the processing of said water, and an outlet through which the treated water exits from said housing.

According to the invention, an oscillating maze consisting of at least one set of flexibly spaced in parallel and oscillating at each desired frequency and amplitude of the arranged lamellae, preferably of electrically conductive material, is provided within the housing.

The oscillation maze is generally designed in such a way that at least one carrier is provided in the enclosure on which the said blades are mounted. Preferably, however, the oscillation maze is designed in such a way that two beams are spaced apart from each other and one set of bracket-mounted lamellae is provided on each of them, with the spacers on the first bracket extending in parallel to each other. .

Furthermore, each of the blades on one carrier is arranged between the adjacent blades adjacent to each other or directly adjacent to the adjacent blades of the remaining carrier, or vice versa.

Said housing preferably consists of a tubular section, the luminance of which forms a cylindrical chamber in which an oscillating maze formed from the lamellae is formed, as well as a base portion on which an exit opening is provided and a cover on which an entry opening is available.

Further, said supports are available as stand screws, which are screwed into the base of the housing and adapted to receive nuts. In this case, the cover may be connected to the base part of the housing by means of supports, with the tubular section clamped between the base part and the cover.

The slats are preferably designed for oscillation by electric current and are integrated into the corresponding electrical circuit via the corresponding carrier.

The invention will now be explained below with an embodiment illustrated in the accompanying drawing showing

FIG. 1 an apparatus for treating water by means of oscillations, in perspective;

FIG. 2 is a device according to FIG. 1 in the outline,

FIG. 3 shows the same device in longitudinal section in the diametrical plane A-A.

An apparatus for treating water by means of mechanical oscillations comprises enclosures 1 with at least one inlet 101 and at least one outlet 102, and an oscillating maze 2 is provided inside the enclosure 1, consisting of a series of flexible lamellae 21 ', 21; 22 ', 22 which are clamped in said housing 1.

In a preferred embodiment of the invention, rigid supports 3, 4 are provided in the housing 1 provided for each other, on which the oscillating blades are cantilevered. 2Γ, 21; 22 ', 22, preferably consisting of an electrically conductive material.

Each of said supports 3, 4 can be provided as a screw of electrically conductive material that is screwed into the housing 1 and extends inside it and in its longitudinal direction. In this case, one set of lamellae 21 ', 21, 21, a cantilever bracket is supported on one carrier 3, and the projection is projecting towards the rest of the bracket 4, while the other string is parallel & evenly spaced blades 22 ' to the aforementioned carrier 4 and projecting toward the first carrier one carrier 3 with the remaining set of blades 21 ', 21. Accordingly, each of the blades 21', 21 of the first set on carrier 3 is located between two adjacent lamellae 22 ', 22 of the strands on the remaining carrier 4 or directly adjacent to at least one of said blades 21 ', 21 or vice versa. This is thanks to the said louvers 21 ', 21; 22 ', 22 a maze is formed through which water flow can then flow, as in FIG. 2 illustrated with arrows.

• »

Further, in the example shown, in said housing 1, at least an approximately cylindrical chamber 10 is provided, in which the lamellae 21 ', 21 are alternately arranged side by side; 22 ', 22 on both said mounts 3, 4 of the available arrays, said blades 2Γ, 21; 22 ', 22 may in such a case be made as relatively thin, at least approximately circular discs. In the example shown, the chamber 10 is formed by means of a tubular section 11, which is by means of screws or. brackets 3, 4 clamped between the base part 12 of the housing 1 with the outlet opening 102, and the cover 13, which is connected to said base part 12 thanks to the nuts 31, 41 on said screws and / or nuts. holders 3, 4.

It will be understood by one skilled in the art that when the source of oscillation is the blades 21 ', 21; 22 ', 22 selected electrical current or voltage, of carrier 3, 4 including slats 21,21, 22', 22 and any other electrically conductive parts suitably electrically insulated with respect to the remaining parts of the device according to the invention, which can be used by any user during use comes in contact.

When an electrical current or other suitable oscillation source is connected to said carriers 3, 4, the latter are transmitted to the slats 2Γ, 21; 22 ', 22, which oscillate due to their slimness and flexibility. The vibrations are transmitted to the medium flowing between the blades 21 ', 21; 22 ', 22, so that the appropriate selection of frequencies and amplitudes of said oscillations results in the breaking of cells of microorganisms in water.

Claims (8)

A device for treating water by means of oscillations, comprising a housing (1) with an inlet (101) through which water intended for treatment enters the interior of said housing (1) and an outlet (102) through which said housing (1) 1) treated water, characterized in that an oscillation maze (2) is provided inside the housing (1), consisting of at least one set of flexibly spaced in parallel and oscillating at each desired frequency and amplitude of the arranged lamellae (2 E, 21; 22 ', 22) of electrically conductive material. Apparatus according to claim 1, characterized in that the oscillation maze (2) is so designed that at least one support (3, 4) is provided in the housing (1) on which the said blades (21 ', 21; 22 ', 22). Apparatus according to claim 1 or 2, characterized in that the oscillation maze (2) is so designed that there are two spaced beams (3, 4) spaced apart in the housing (1), and one of them is provided on each of them a string on the bracket (3, 4) of the cantilever lamellae (21 ', 21; 22', 22), with the spacers (21 ', 21) spaced parallel to each other on the first bracket (3) extending towards each of the remaining brackets (4) . Apparatus according to claim 3, characterized in that each of the blades (21 ', 21) is arranged on a single carrier (3) between adjacent blades (22', 22) or adjacent blades (22 ', 22), respectively. the rest of the carrier (4) or vice versa. Device according to one of the preceding claims, characterized in that the housing (1) consists of a tubular section (11) whose brightness forms a cylindrical chamber (10) in which it is arranged from the blades (2Γ, 21; 22 ', 22 ) an oscillating maze (2) is formed, as well as from the base part (12) on which the outlet opening (102) is available and the cover (13) on which the inlet opening (101) is available. Device according to one of Claims 3-5, characterized in that the supports (3, 4) are available as stand screws, which are screwed into the base part (12) of the housing (1) and adapted to receive nuts (31, 41). Device according to claim 6, characterized in that the cover (13) is connected by means of supports (3, 4) to the base part (12) of the casing (1) and the tubular section (11) is clamped between the base part (12) and cover (13). Device according to one of the preceding claims, characterized in that the slats (2Γ, 21; 22 ', 22) are provided for oscillation by electric current and are connected to the corresponding electrical circuit via the corresponding carrier (3, 4) .