ES1276010U - OZONE CANNON (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Ozone cannon, characterized in that it is made up of a casing (1) with a tubular configuration, divergent in the direction of its outlet mouth (2), casing that is assisted at both ends by pairs of protective grids (3- 3') between which air filters (4) can be installed, having provided that in correspondence with the air inlet mouth (6) established at the rear end of the casing (1) a fan (7) is arranged whose propeller (8) has a diameter according to the internal diameter of the casing (1) in said area, fan (7) facing discharge cells (9) for transforming the oxygen contained in the air driven into ozone, cells which, like the fan, are assisted by a control electronics in which a high voltage source participates, which is established externally to the casing and which has the corresponding power regulation controls, with the particularity that in the mouth (2) from the casing outlet, a divergent perimeter flange (12) is established, the casing (1) being assisted by a tilting support (13). (Machine-translation by Google Translate, not legally binding)

Description

DESCRIPTION

Ozone cannon

TECHNICAL SECTOR

The present invention refers to a portable ozone generator equipment, which allows shock treatments for the disinfection and deodorization of rooms and living quarters, whether they be hotel rooms, shops, commercial premises, vehicles, etc.

The object of the invention is to provide an ozone generating device with high performance, capable of applying ozone in a directional manner in a minimum time and with maximum efficiency.

BACKGROUND OF THE INVENTION

Ozone is a molecule composed of three oxygen atoms that arises when the two atoms that make up oxygen dissociate. Each oxygen atom binds to another gaseous oxygen molecule, giving rise to the appearance of ozone molecules (O3).

The disinfectant capacity of ozone is well known, therefore it is used to disinfect all types of rooms ozone cannons, also known as ozone generators that, connected to the network, take oxygen directly from the environment and, after a process of electrical discharges Controlled in the internal ceramic plates, it transforms oxygen O2 into ozone O3.

The problem with the devices of this type existing to date on the market is their low performance, which increases disinfection times, the lack of directionality of the barrel, which means that the ozone takes a longer time to reach the upper areas of the instance to be disinfected.

EXPLANATION OF THE INVENTION

The ozone cannon that is advocated solves in a fully satisfactory way the problems previously exposed, based on a simple but effective solution.

For this, and more specifically, the barrel of the invention is materialized from a tubular casing, preferably a truncated conical, without ruling out other configurations, although this configuration optimizes the size of the device, so that the casing is assisted by both open ends of two pairs of safety grids between which the corresponding air filters are established, with a powerful fan inside whose propellers adapt to the internal diameter of the rear end of the casing, which allows the use of larger equipment. power than in other guns in which their casing is not tubular, which means that the equipment is too bulky or that the fan used is less powerful due to the available dimensions.

Faced with said fan, discharge cells are established that are responsible for transforming the oxygen driven by the fan into ozone, cells that, like the fan, are assisted by a control electronics in which a high voltage source participates. that is set externally to the casing and that has the corresponding power regulation controls.

According to another of the characteristics of the invention, it has been foreseen that the casing in correspondence with its front end or ozone outlet end is finished off in a divergent perimeter flange, which improves the diffusion of the generated ozone flow, by increasing the divergence of said outgoing flow.

The device will have a warning light that warns of the emission of ozone, so that it can work without generating ozone, with forced ventilation, as well as generating ozone for a pre-programmed time.

Obviously, the device can work without the need for filters, although the use of them is highly recommended.

Finally, to say that the casing is complemented by a tilting support, which joins articulated to two opposite lateral points of said casing, which allows to orient the barrel during its operation, for, for example, orienting the ozone flow towards the upper areas of the instance, disinfecting them much more quickly.

From this structuring, a very compact device is achieved, in which the size of its components is optimized, being able to increase their power without negatively affecting the volume of the device, orientable and with means of divergent diffusion of the ozone flow generated that maximize the range of the barrel without having to constantly move it, which makes it extremely effective.

BRIEF DESCRIPTION OF THE DRAWINGS

To complement the description that is going to be made below and with the aim of helping a better understanding of the characteristics of the invention, according to a preferred example of a practical embodiment thereof, a set of drawings is attached as an integral part of said description. where, with an illustrative and non-limiting nature, the following has been represented:

Figure 1.- Shows a perspective view of an ozone cannon made in accordance with the object of the present invention, a cannon that, as in figure 2, appears devoid of its grids and previous filter, to be able to visualize its internal structure.

Figure 2.- Shows a front front perspective view of the device of the previous figure.

Figure 3.- Shows a rear front perspective view of the device of Figures 1 and 2.

Figure 4.- Finally, shows a schematic plan and sectional view of the internal structure of the device.

PREFERRED EMBODIMENT OF THE INVENTION

In view of the figures outlined, it can be seen how the ozone cannon of the invention is constituted from a casing (1) with a tubular configuration, slightly frusto-conical, that is, divergent in the direction of its outlet mouth (2) of the ozone flow generated, a casing that is assisted by both ends and, as can be seen in the diagram of figure 4, by respective protective grids (3-3 '), the fixed interior and the removable exterior between which are establish the corresponding filters (4), the filters can be replaced by removing the protective grids (3) through threaded knobs (5) without the need to disassemble the equipment, or the interior grilles.

Well, in correspondence with the air inlet mouth (6) established at the rear end of the casing (1) a powerful fan (7) is established whose propeller (8) will adapt to the internal diameter of the casing (1) In this area, a fan (7) that drives the air sucked from the room through discharge cells (9), so that the oxygen contained in said air is transformed into ozone, and is driven towards the room through the outlet mouth (2).

The control electronics of the device are arranged in an external housing (10) of the casing (1), including a high voltage source, as well as the corresponding power regulation controls (11) and an indicator light (14). activation of the discharge cells (9).

To improve the distribution of ozone in the passenger compartment, it has been foreseen that a perimeter flange (12) is established in the outlet mouth (2), which increases the divergence of the casing (1) at its exit, thus providing a more distributed distribution. homogeneous ozone on the instance.

Finally, it only remains to point out that, as can be seen in figure 1, the casing (1) is hingedly fixed by two of its intermediate and lateral points to a tilting support (13) as a bridge and obtained from a metal tube or bar, with a double function, on the one hand serving as a means of stabilizing and guiding the vertical inclination of the device, and on the other defining a manual grip handle for the barrel.

Claims (3)

1st.- Ozone cannon, characterized in that it is constituted from a casing (1) with a tubular configuration, divergent in the direction of its outlet mouth (2), casing that is assisted at both ends by pairs of protective grids (3 -3 ') between which air filters (4) can be installed, it being foreseen that a fan (7 ) whose propeller (8) has a diameter according to the internal diameter of the casing (1) in said area, a fan (7) that faces discharge cells (9) for transforming the oxygen contained in the driven air into ozone, cells that, like the fan, are assisted by a control electronics in which a high voltage source participates, which is established externally to the casing and which has the corresponding power regulation controls, with the particularity that in the boc A divergent perimeter flange (12) is established at (2) from the casing outlet, the casing (1) being assisted by a tilting support (13). 2nd.- Ozone cannon, according to claim 1, characterized in that the external protective grids (3) are linked to the device through threaded knobs (5). 3 a.- Ozone cannon, according to claim 1, characterized in that it includes a light (14) indicating activation of the discharge cells (9).