FINNED ROD FOR ELECTRIFICATION OF SPRAYED DROPLETS

Abstract

The following abstract for the invention relates to the development of a finned rod for electrifying sprayed droplets, which employs a check valve, equipped with a first threaded nipple for attachment to the spray bar and liquid inlet, solidary to the body of the anti-protection valve, having a second nipple, this one for attachment of said body to the angulator, containing an angle adjusting screw and at the rotatable end couples the third threaded nipple, wherein coupling the curved finned rod the third nipple, which receives the fourth nipple in the fastener element, where the multiflow selector is threaded.

Claims

1—Finned rod for electrifying sprayed droplets to be used in conjunction with a check valve 101, angulator 102 and multiflow selector 103, wherein inserting the curved finned rod 104 and the induction ring 105 between the angulator 102 and the multiflow selector 103.

2—Finned rod for electrifying sprayed droplets, comprising employing a check valve 101, equipped with a first threaded nipple 1 for attachment to the spray bar and liquid inlet, solidary to the body of the anti-protection valve, having a second nipple for attachment of said body to the angulator 102, containing an angle adjusting screw 5, and at the rotatable end couples the third threaded nipple 6, according to claim 1, wherein coupling the curved finned rod 104 the third nipple 6, which receives the fourth nipple 7 in the fastener element 11, where the multiflow selector 103 is threaded.

3—Finned rod for electrifying sprayed droplets according to claim 1, wherein said curved finned rod 104 employs the fastener element 11 capable of receiving the third and fourth nipples 6 and 7, where said fastener element is solidary with the curved rod 12, containing the various extension fins 13, 131, 132 and 133 and an induction ring 15 secured by means of screws 14.

4—Finned rod for electrifying sprayed droplets according to claim 1, wherein the extension fins 13, 131, 132 and 133 show differences with respect to the separation distances between each other.

5—Finned rod for electrifying sprayed droplets according to claim 1, wherein the fins of type 13 are arranged orthogonally to the curved portion of the finned rod 104, separated from each other by a distance (d.sub.1), while the fins of type 131, 132 and 133 are separated from each other by a distance (d.sub.2) and are arranged in pairs and positioned next to the terminal portion of the rod 104.

6—Finned rod for electrifying sprayed droplets according to claim 1, wherein the distance (d.sub.1) between the fins of type 13 is greater than the distance (d.sub.2) that exists between the fins of type 131, 132 and 133.

7—Finned rod for electrifying sprayed droplets according to claim 1, wherein the length of the curved finned rod may vary depending on the type of arrangement that applies to the complete nozzle.

8—Finned rod for electrifying sprayed droplets according to claim 1, wherein the number of fins and the curvature of the curved finned rod can vary.

Description

DESCRIPTION OF THE DRAWINGS

[0017] The characterization of the present invention is done by means of representative drawings of the finned rod for electrifying sprayed droplets, such that product can be fully reproduced by suitable technique, allowing full characterization of the functionality of the claimed object.

[0018] From the elaborated figures that express the preferred way of performing the product now idealized, the descriptive part of the report is based, through a detailed and consecutive numbering, where it clarifies aspects that may be implied by the representation adopted, in order to clearly determine the protection intended herein.

[0019] These figures are merely illustrative and may present variations, as long as they do not escape the initially claimed.

[0020] In this case, it follows that:

[0021] FIG. 1 show perspectives of a complete nozzle, containing check valve (101), angulator (102), multiflow selector (103) and curved finned rod (104) with induction ring (105);

[0022] FIG. 2 show perspectives of a complete nozzle, containing check valve (101), angulator (102), multiflow selector (103) and curved finned rod (104) with induction ring (105);

[0023] FIG. 3 shows a side view of the complete nozzle, where the angulator (102) has been positioned at a 90° angle with respect to the check valve (101); and,

[0024] FIG. 4 shows a side view of the complete nozzle, where the angulator (102) has been positioned at a 120° angle with respect to the check valve (101).

DETAILED DESCRIPTION OF THE INVENTION

[0025] The check valve (101), angulator (102) and multiflow selector (103) are part of the state of the art and are not claimed elements. These devices are cited and represented because the object of the present utility model, namely the curved finned rod (104) and the induction ring (105) are inserted between the angulator (102) and the multiflow selector (103).

[0026] The best form of execution of the invention employs a check valve (101), equipped with a first threaded nipple (1) for attachment to the spray bar and liquid inlet, solidary to the body (3) of the anti-protection valve (2), having a second nipple (4), this one for attachment of said body to the angulator (102), containing an angle adjusting screw (5), and at the rotatable end couples the third threaded nipple (6), and in this third nipple (6) couples the curved finned rod (104), which receives the fourth nipple (7) in the fastener element (11), where the multiflow selector (103) is threaded, through the body (8), and when rotating the disc (9) of the multiflow selector the type of jet (10) is regulated.

[0027] The curved finned rod (104) employs the fastener element (11) capable of receiving the third and fourth nipples (6 and 7), where said fastener element is solidary with the curved rod (12), containing the various extension fins (13, 131, 132 and 133) and an induction ring (15) secured by means of screws (14).

[0028] The extension fins (13, 131, 132 and 133) show differences with respect to the separation distances between each other. The fins of type (13) are arranged orthogonally to the curved portion of the finned rod (104), separated from each other by a distance (d.sub.1), while the fins of type (131, 132 and 133) are separated from each other by a distance (d.sub.2) and are arranged in pairs and positioned next to the terminal portion of the rod (104).

[0029] The distance (d.sub.1) between the fins of type (13) is greater than the distance (d.sub.2) that exists between the fins of type (131, 132 and 133). That is, d.sub.1>d.sub.2.

[0030] The length of the curved finned rod (104) may vary depending on the type of arrangement that applies to the complete nozzle. As well as the number of fins (13, 131, 132 and 133) and the curvature of the curved finned rod (104).

[0031] These parameters, length of the curved finned rod (104), number of fins (13, 131, 132, and 133), and rod curvature are determined from the capacity that insulates and cleans.