WO2013006022A1

WO2013006022A1 - Automatic window cleaner

Info

Publication number: WO2013006022A1
Application number: PCT/MX2012/000063
Authority: WO
Inventors: Angel Ramón CÁMARA JIMENEZ
Original assignee: Camara Jimenez Angel Ramon
Priority date: 2011-07-04
Filing date: 2012-07-03
Publication date: 2013-01-10
Also published as: MX2011007191A

Abstract

The invention relates to an automatic window cleaner comprising a wetting system for spraying cleaning liquid onto the surface, connected to a cleaning rubber. Said device is guided along the surface to be cleaned by the action of a motor, having a working course wherein the valve for the throughflow of the cleaning fluid opens, generating the spraying of the surface to be cleaned as a step prior to the removal of any residue by means of the cleaning rubber, and a course of return to the initial position parallel to the previous one, wherein the valve is closed and there is no contact between the cleaning rubber and the surface.

Description

CLEAN AUTOMATIC VETANAS

OBJECT OF THE INVENTION

The objective of this invention as its name says is to clean the windows automatically and eliminate the way of doing this work that is usually manually done by a person on a Scaffold, ladder, etc., with this invention I intend to eliminate manual work by an I way of automatic cleaning to be used as many times as necessary or desired by the owner.

The invention presented here improves the way of performing this activity of cleaning the glass (glass, windows, etc.) anywhere, because the use of human work will not be necessary after installation.

This invention solves the need to have the windows (windows or glass) clean at the time you want, without the need to hire a cleaning service or do it yourself.

BACKGROUND

I have no known history of this invention.

BRIEF DESCRIPTION OF THE FLUBRAS

Figure 1 shows the rubber to clean in perspective,

Figure 2 shows the hollow metal bar (clamp mechanism)

Figure 3 shows one of the two bearings with square center and long center

Figure 4 shows one of the two symmetric channels

Figure 5 shows the hose that will be used to spread the water with sprinklers connected to it.

Figure 6 shows the stopcock with automatic closing. Figure 7 shows one of the bearings with round center with long center

Figure 8 shows the rubber band ¡with metal rings

Figure 9 shows the rubber band with metal rings, half of this band should be two centimeters wider having the metal rings halfway and removing 6 centimeters from the final part

Figure 10 consists of four rotating guides.

Figure 1 1 shows an electric motor.

Figure 12 shows the metal bar that will connect two of the rotating guides.

Figure 13 shows all the elements already assembled and mounted in a structure (window)

DETAILED DESCRIPTION OF THE INVENTION!

The invention relates to a glass cleaner automatically, which can be installed, mounted or adapted for any type of window, comprises a tube

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Water sprinkler attached to a rubber 'capable of removing water and cleaning dirt from glass or glass, as well as a mechanism that performs the work vertically, horizontally or diagonally as necessary because there are windows built vertically or horizontal, square, triangular or hexagonal, etc., the size of the materials and engine power will be proportional to the work that needs to be done.

The rubber shown in figure 1 is Irrac Iracte for being ú! ^■ n slightly wider and longer than the clamp mechanism (Fig. 2) at the end that will have contact with the surface,

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having the exact length of _, the surface to be cleaned, the hollow metal bar (clamp mechanism (Fig. 2) that should allow the exit of the! I enough rubber to perform its

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task and will serve to imprison, hold and guide the rubber, is characterized by having in each corner a square terminal that will serve to be placed in the mechanism that will give movement to said bar when inserted in the two square-center bearings (Fig. 3) said bearings must have the center of sufficient length to pass through the metal rings of the bands (Figs. 8 and 9) and which in turn they will be placed inside the two symmetrical channels (Fig. 4) aligned (with the glass to be cleaned and that will serve as a guide

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to the hose and clamp mechanism (Figs. 2 5), allowing its movement around it, which will be driven by a motor.

Figure 5 shows the hose that will be used to spread the water with sprinklers connected to it, the sprinklers should be directed towards the surface to be cleaned and that it will be attached to Figure 2 at the bottom in a symmetrical manner, by one end must pass through one of the bearings with a round center (Fig. 7) said bearings must have the center of sufficient length to pass through the metal rings of the bands (Figs. 8 and 9) and be connected to the key with automatic closing (Fig. 6), the other end must have a uri plug and be connected to the other bearing with a round center. ! !

Figure 6 shows the stopcock with automatic closing that will be connected to the hose, will be placed next to the channel of Figure 4, on the side facing the vacuum and that will be on the side that will carry the hose connection, this key must be placed at the necessary height (approximately halfway) so that the excess of the band can open it while turning the mechanism.

Figure 7 shows the bearing with round center where the hose just mentioned will pass.

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Rubber band with metal rings (Fig . 8) to receive a hose (Fig . 5) and clamp mechanism (Fig . 2) and Istara é Inside ^the: s guides rotating operation and that will transmit the movement of the complete mechanism, this band must be placed on the side where the motor is.

The rubber band with metal rings (Fig. 9) that will receive the hose and the clamp mechanism, which will be on the side where the hose will be connected, half of this band should be two centimeters wider having the midpoint of the metal rings and removing 6 centimeters in length: from one of the ends where the widening begins, this will trigger the opening of the stopcock with automatic closing, while the work done and. releasing it shortly before the rubber finishes going through the surface to be cleaned (6 cm before).

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The four rotating guides (Fig. 10) that will support the bands shown in Figures 8 and 9 must be placed two on each of the lower and upper ends of the channels (Fig. 4) on the inside; that is, if the band is 2 cm wide and the rotating guides are 1 cm deep they should be placed 1 cm away from the channel (Fig. 4), this to allow the band to have free space for the rings of metal on the channel, to be able to give the movement to figures 2 and 5.

3 seconds per meter. ;

The metal bar (Fig. 12) will serve to connect two of the rotating guides to each other and thus transmit the movement of the motor symmetrically for both bands, this bar should be connected to the center of the two guides and preferably will be the guide connected to the motor on one side and with the pipe that is aligned to the other end of the parallel channel; that is, if we number the guides from "A" to "D" on each side taking a mirror reference for the guides "A" | it must be connected with "A", "B" with "B" and so on.

PREFERRED MODE OF THE INVENTION

This mechanism is characterized by cleaning the windows through a device

In a parallel way and without touching the surface again to avoid leaving residues, all this mechanism must be installed in the structure of the surface to be cleaned, if it does not exist, it must be installed in a pair of metal plates that will be one each side and you are in turn to the surface to be cleaned.

Claims

1) Automatic window cleaning characterized by cleaning the windows through a water spray device which moistens the surface, so that the rubber through a vertical or horizontal movement exerting pressure

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on the glass perform the cleaning work, it comprises an engine that will give the rotating movement to the bands, the sprinklers will start to dose the water in the glass at the moment when the cleaning rubber is at the top and stop its exit A few moments before finishing the tour of the surface, when the rubber finishes cleaning it will be removed from the clean surface and taken to its initial position by the same mechanism in parallel and without touching the surface again to avoid leaving residue.

2) Automatic window cleaning, according to; previous clause, further characterized in that it may be installed, mounted or adapted for any type of window and comprising a spray tube of. water attached to a rubber capable of

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remove the water and clean the dirt from the glass or glass, as well as a mechanism

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It performs the work vertically, horizontally or diagonally as needed. ;

3) Automatic window cleaning, characterized by a rubber that is slightly wider and longer than the clamp mechanism at the end that will have contact with the surface, having the exact length of the surface to be cleaned

4) Automatic window cleaning, characterized by the hollow metal bar that should allow the exit of the rubber enough to perform its task and will serve to imprison, hold and guide the rubber as well as having in each corner a square terminal that will serve to be placed in the mechanism that will give movement to said bar when it is inserted in the two bearings with square center 5) Automatic window cleaning, characterized by the two symmetrical channels aligned with the glass to be cleaned and that will guide the hose and clamp mechanism, allowing its movement around it, which will be driven by a motor.

6)

center of one of the bearings with a round center and the stopcock with automatic closing at one end and the other end must have a plug and be connected to the other bearing with a round center.

7) Automatic window cleaning, characterized by having two bearings with a round center and that center will be long enough to pass through the metal rings of the bands.

8) Automatic window cleaning, characterized by having two bearings with center

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square and that center will be long enough to pass through the metal rings of the bands.,

9) Automatic window cleaning,) characterized by the stopcock with automatic closing that will be connected to the hose and will be placed next to the channel on the side facing the vacuum and will be on the side that will carry the hose connection, which will be placed at the necessary height (approximately 3

half) so that the surplus of the band can open it

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while turning the mechanism. |

10) Automatic window cleaning, characterized by rubber band with rings

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metal that will receive the center of the bearings allowing its movement inside it and that will be inside the guides with rotary movement, which will transmit the movement of the complete mechanism and that will be placed on the side where the engine is located.

1 1) Automatic window cleaning, characterized by rubber band with metal rings that will receive the center of the bearings allowing movement inside

that the rubber finish going through the surface to be cleaned (6 cm before).

12) Automatic window cleaning, characterized by the four rotating guides that will hold the bands and that will be placed two on each of the lower and upper ends of the channels on the inside allowing the band to have free space for the rings of metal on the channel, to be able to transmit the movement towards the other components.

13) Automatic window cleaning characterized by the electric motor that must be connected to a power switch and must be installed in one of the rotating guides, generating a circular movement so that the band has movement and having enough power to move the guide rotary and the whole mechanism, generating a speed of movement for the system no more than 3 seconds per meter.

14) Automatic window cleaning, characterized by the metal bar that will serve

Mirror for guides "A" should be connected with "A", "B" with "B" and so on.