KR20070041165A - Washing brush and the apparatus of glass washing equipment - Google Patents

Abstract

The present invention relates to a cleaning brush and a cleaning brush device of the glass cleaning device, the object of the pursuit of the cleaning brush of the glass cleaning device to allow the cleaning agent applied to the glass surface to penetrate between the brush when cleaning the glass surface through the rotation In providing. The present invention for achieving the above object, in the cleaning brush of the glass cleaning apparatus brushed on one side of the driving body to remove foreign substances on the glass surface while driving by the drive means, the cleaning agent of the brush in the driving process It is characterized by comprising a detergent induction path to easily collect and guide the brush to the dense portion, so that the detergent penetrates between the brush. The present invention configured as described above allows the cleaning agent to penetrate between the brushes while being guided to the brush dense part through the cleaning agent induction formed in the brush in the driving process, thereby preventing the brush from being pushed out while moving the cleaning force. On the other hand, by extending the time that the cleaning agent remains between the brushes, so that a smooth brushing operation is performed on the glass surface, the effect of preventing scratches on the glass surface is obtained.

Description

Cleaning brush and the apparatus of glass washing equipment

1 is a side schematic view showing an installation state of the present invention;

2 is a schematic plan view showing an installation state of the present invention;

3 is a cross-sectional view showing the configuration of the cleaning brush of the present invention.

4 is a cross-sectional view showing another embodiment according to the configuration of the present invention cleaning brush.

Figure 5 is a bottom view showing a brush tuft structure of the present invention.

6, 7, 8 is a bottom view showing another embodiment according to the brush tuft structure of the present invention.

9 and 10 are side schematic views showing another embodiment according to the installation state of the present invention.

       <Description of Signs of Major Parts of Drawings>

10 cleaning brush 11: driving means

12 axis 13 drive body

13a: shaft 13b: rotating disk

13c: Brush 13d, 13d ': Cleaning agent induction road

13e, 13f: through hole 14: power transmission means

15: detergent injection means 17: detergent supply device

The present invention relates to a cleaning brush of the glass cleaning device, and more particularly, to a cleaning brush of the glass cleaning device to allow the cleaning agent applied to the glass surface to penetrate between the brushes during the glass cleaning through the rotation.

In general, semiconductor components, devices, and the like react very sensitively to fine dust (particles), and only one fine dust influences the characteristics of a small component and a device.

For the above reason, the semiconductor manufacturing process is focused on minimizing particles, and the cleaning operation is usually performed repeatedly according to the progress of the process.

In particular, as the electronic display industry has developed rapidly in recent years, large liquid crystal displays have been introduced, and many surface treatment processes such as film formation on glass of such liquid crystal display devices are performed, and cleaning is essential. The cleaning operation is performed using a dedicated cleaning device.

As a device for performing such cleaning treatment, a device for removing particles or contaminants adhering to the surface by using a disk brush or a roll brush is known.

However, in the case of such a conventional disc blusher, the cleaner applied to the glass surface is pushed to the outer surface of the brush, or the cleaner is pushed out by centrifugal force. Present, the friction between the brush and the glass is increased, there is a problem that damages the glass surface.

That is, since the drive of the brush disk is made by the electric motor, if there are relatively large and hard particles on the glass surface, if it is excessively rotated, scratches (scratches) occur on the surface of the glass. .

The present invention for solving the above problems is an object of the present invention to provide a cleaning brush of the glass cleaning apparatus to allow the cleaning agent applied to the glass surface to penetrate between the brush when cleaning the glass surface.

The present invention for achieving the object, in the cleaning brush of the glass cleaning device in which the brush is planted on one side of the end of the driving body to remove foreign substances on the glass surface while driving by the drive means, It is characterized in that it comprises a detergent induction path to easily collect the detergent to the brush dense portion, so that the detergent penetrates between the brushes.

Here, the cleaning brush device of the present invention, for example, the drive means for generating power, provided with a shaft for transmitting the driving force to the drive body on the other side; A shaft connected to the shaft of the driving means by a connecting member such as a jointer or a coupler to move according to the driving form of the driving means, a disk axially coupled to the end of the shaft and moving, and one side of the disk described above. It may be configured to include a drive body is provided with a brush that is planted on the surface and friction while moving with the glass surface.

Here, the driving means described above may be, for example, a combination of a rotary motor and a speed reducer.

In this case, the rotational force of the rotating motor is decelerated and transmitted to the above-mentioned driving body, thereby generating a rotational driving force.

In addition, the driving means described above may be, for example, a combination of a rotary motor, a pinion and a rack gear.

In this case, the pinion transmits the rotational force of the rotary motor to the rack gear, and generates a linear driving force.

In this case, the rack gear may be axially connected to the driving body described above.

On the other hand, the brush of the drive body of the present invention, for example, the brush may be bent in the opposite direction to the rotational direction of the brush to be planted in the form of a rake in the form of a rake, the brush to be planted in the same direction as the rotational direction to the brush to be rake The detergent induction road may be formed in a shape, and the detergent induction road may be mixed in a rake shape which is curved in the opposite direction to the rotational direction and in the same direction as the rotational direction to the brush to be implanted.

In this case, one or more of the above-described cleaning agents may be formed.

In addition, the above-described cleaning agent induction road may be formed such that the width gradually narrows, for example, coming into the inner center from the outside.

An embodiment of the present invention configured as described above will be described with reference to the accompanying drawings.

First, the present invention, as shown in the accompanying drawings, Figures 1 to 3, the brush (13c) on one side of the end of the drive body 13 to remove foreign matter on the surface of the glass (G) while driving by the drive means 11 In the cleaning brush 10 of the hair-washing glass cleaning device, the cleaning agent of the brush 13c is easily collected in the driving process and guided to the dense portion of the brush 13c, whereby the cleaning agent is disposed between the brushes 13c. It is comprised including the detergent flow path 13d which permeates.

For reference, before the cleaning operation of the cleaning brush 10 of the present invention proceeds, the cleaning agent spraying device 1 is provided at the front end, and the cleaning agent is sprayed onto the glass G surface.

On the other hand, the main body of the cleaning brush 10, as shown in Figure 3, the drive means for generating power, provided with a shaft 12 for transmitting the driving force to the drive body 13 on the other side; A shaft 13a connected to a shaft 12 of the driving means 11 and a connecting body (not shown) such as a jointer or a coupler and moving according to a driving form of the driving means 11, and the aforementioned shaft The drive body 13 provided with the disk 13b which is axially coupled to the edge part of 13a, and the brush 13c which is planted by the one side surface of the disk 13b mentioned above, and rubs and rubs with the glass G surface. It is configured to include.

Here, the above-mentioned driving means 11 is a combination of the rotary motor and the reducer.

In this case, it is a structure which decelerates the rotational force of a rotating motor, and transmits it to the above-mentioned drive body 13, and generate | occur | produces a rotational drive force.

In addition, the above-described driving means 11 may be a combination of a rotating motor, a pinion, and a rack gear as another embodiment.

In this case, the pinion transmits the rotational force of the rotary motor to the rack gear, and generates a linear driving force.

At this time, the rack gear is axially connected to the driving body 13 described above.

In addition, the cleaning brush 10 main body described above, as shown in Figure 4, the driving means for generating a driving force; A pair of power transmission means (14a, b) for converting and transmitting the driving force of the above-described driving means (11) at different angles; The power transmission means 14b of the other side connected to the shaft 12 of the driving means 11 of the power transmission means 14 described above is connected by a connecting member (not shown) such as a jointer or a coupler, and is provided separately. The through hole 13e is formed at the center so that the cleaning agent supplied from the cleaning agent supply device 17 can flow therein, and the shaft 13a moves according to the driving form of the driving means 11, and the aforementioned shaft 13a. While the through hole 13f communicating with the through hole 13e is formed, the disk 13b is axially coupled to the end of the above-mentioned shaft 13a and movable, and is planted on one side of the above-described disk 13b and the glass ( G) a driving body 13 provided with a brush 13c for moving while rubbing against the surface; It extends from the separate detergent supply device 17, penetrating the center of the power transmission means 14b of the other side connected to the shaft 12 of the drive means 11 of the above-described power transmission means 14, the driving body ( It is also preferable to comprise the detergent injection means 15 connected to the shaft 13a of the 13) and supplying the detergent to the brush 13c side.

In this case, the detergent supplied from the detergent supply device 17 separately provided to the outside is passed through the through hole 13e of the shaft 13a through the cleaner injection means 15 to the through hole 13f of the disk 13b. Spills.

Then, the cleaning agent is rotated and at the same time as the brush 13c is diffused to the outside by the centrifugal force, the cleaning is performed to increase the cleaning force, so that the friction between the brush 13c and the glass (G) is made soft.

On the other hand, in the present invention, the brush 13c of the drive body 13 is curved in the opposite direction to the rotation direction to the brushed brush 13c to be planted, as shown in FIGS. 13d is formed.

In this case, when the brush 13c is rotated, the cleaning agent outside the brush 13c is forcibly pulled into the brush 13c inside as if the cleaning agent path 13d scrapes with a rake.

Then, as the brush 13c rotates, the cleaning agent flowing into the brush 13c penetrates between the brushes 13c and the cleaning power is improved, and the friction between the surface of the brush 13c and the glass G is soft. It does not damage the glass surface.

As another embodiment of the brush 13c, as shown in FIG. 7, the brush 13c to be planted may be curved in the same direction as the rotational direction to form the cleaning agent flow path 13d 'in a rake shape. There is also.

When the brush 13c thus obtained is applied to the structure as shown in FIG. 4 in which the cleaner is directly discharged from the center of the brush 13c, when the brush 13c is rotated, the cleaner along the cleaner induction path 13d 'is applied. At the same time as the outflow to the outside of the brush (13c) on the outflow path as the cleaning is made.

In addition, as another embodiment of the brush (13c), as shown in the accompanying drawings, the cleaning agent induction in the form of a rake that is curved in the opposite direction to the rotation direction and the same direction as the rotation direction to the brush 13c to be planted The furnace 13d and 13d 'may be mixed and formed.

In this case, the cleaning agent outside the brush 13c is introduced into the brush 13c by the cleaning agent induction path 13d, and the cleaning agent flowing out from the inside of the brush 13c is outward through the cleaning agent induction road 13d '. As it diffuses, it soaks into the brush 13c.

At this time, one or more of the above-described cleaning agent induction path 11 is formed, preferably, a pair is formed symmetrically.

In addition, the above-described cleaning agent induction road is formed to gradually narrow the width while entering the inner center from the outside.

According to the present invention, as shown in FIG. 9, the cleaning agent spraying device 1 and the cleaning brush 10 may be provided symmetrically above and below the glass G. As described above, the cleaning agent supplying device Through the cleaning brush 10 and the cleaning agent spraying device 1 in which 17 is separately provided, the cleaning agent may be supplied to the glass G by being spilled and sprayed at the same time.

This is well illustrated in the accompanying drawings, FIG.

The overall operation of the present invention configured as described above will be described below.

According to the present invention, when the glass G is transported by a conveying roller that provides a conveying path while interlocking by receiving the rotational driving force of the conveying means 2, for example, the detergent spraying device 1 provided at the front end of the washing unit is a detergent. To the surface of the glass (G).

In this case, the glass G is continuously transported by the transfer means, and the cleaning brush 10 of the present invention provided at the rear end of the cleaning agent spraying device 1 operates to clean the glass surface.

That is, in the present invention, the brush 13c is implanted on one side of the end of the driving body 13 driven by the driving means 11, and when the driving force of the driving means 11 is transmitted, the driving body 13 and While the brush 13c planted at the end of the driving body 13 moves, the surface of the glass G conveyed by the conveying means 2 is cleaned.

At this time, in the cleaning brush 10 of the present invention, the brush 13c to be implanted into the disk 13b constituting the driving body 13 is not uniformly planted on one side of the disk 13b, but in a rake shape. When the cleaning agent flow path 13d is formed, that is, the brush is not planted in the form of a rake, and the brush 13c moves, the cleaning agent applied to the surface of the glass G is replaced with the cleaning agent flow path 13d by the brush. (13c) flows into the inside to penetrate between the brushes (13c), not only to improve the cleaning power to the brush (13c) portion, but also to reduce the occurrence of scratches due to friction with the glass (G) surface when moving. Will be.

In the conventional case, the cleaner applied to the glass G surface is pushed to the outer surface of the brush 13c, or the cleaner is pushed out by centrifugal force, so that the friction surface between the brush 13c and the glass G is The detergent was present in a small amount, and the friction force between the brush 13c and the glass G was increased to damage the surface of the glass G.

However, the above-described brush operation of the present invention can completely solve the conventional problem.

In the present invention as described above, the cleaning agent is introduced into the brush dense part through the cleaning agent induction formed in the brush during the rotation process so as to penetrate between the brushes, thereby preventing the brush from rotating while pushing the cleaning agent to improve the cleaning power On the other hand, by extending the time that the cleaning agent remains between the brushes to allow a smooth brushing operation on the glass surface, the effect of preventing scratches on the glass surface is obtained.

Claims (8)

A cleaning brush device of a glass cleaning device, comprising: a driving means (11) for generating power provided with a shaft (12) for transmitting a driving force to the driving body (13) on the other side; A shaft 13a connected to a shaft 12 of the driving means 11 and a connecting body (not shown) such as a jointer or a coupler and moving according to a driving form of the driving means 11, and the aforementioned shaft The drive body 13 provided with the disk 13b which is axially coupled to the edge part of 13a, and the brush 13c which is planted by the one side surface of the disk 13b mentioned above, and rubs and rubs with the glass G surface. Cleaning brush device of the glass cleaning device, characterized in that configured to include. The cleaning brush device of claim 1, wherein the driving means comprises a combination of a rotary motor and a speed reducer. The cleaning brush of claim 1, wherein the driving means comprises a combination of a rotating motor, a pinion, and a rack gear. The method of claim 1, further comprising: a pair of power transmission means (14a, b) for converting and transmitting the driving force of the above-described driving means (11) at different angles; The power transmission means 14b of the other side connected to the shaft 12 of the driving means 11 of the power transmission means 14 described above is connected by a connecting member (not shown) such as a jointer or a coupler, and is provided separately. The through hole 13e is formed at the center so that the cleaning agent supplied from the cleaning agent supply device 17 can flow therein, and the shaft 13a moves according to the driving form of the driving means 11, and the aforementioned shaft 13a. While the through hole 13f communicating with the through hole 13e is formed, the disk 13b is axially coupled to the end of the above-mentioned shaft 13a and movable, and is planted on one side of the above-described disk 13b and the glass ( G) a driving body 13 provided with a brush 13c for moving while rubbing against the surface; It extends from the separate detergent supply device 17, penetrating the center of the power transmission means 14b of the other side connected to the shaft 12 of the drive means 11 of the above-described power transmission means 14, the driving body ( And cleaning agent injecting means (15) connected to the shaft (13a) of the part (13) to supply the cleaning agent to the brush (13c) side. In the cleaning brush 10 of the glass cleaning apparatus in which the brush 13c is planted on one side of the end of the driving body 13 so as to remove foreign substances on the surface of the glass G while being driven by the driving means 11. In addition, the cleaning agent of the brush (13c) in the driving process is easily collected and guided to the brush (13c) dense portion, so that the cleaning agent flows through the brush 13c so as to include a cleaner induction configuration (13d) Cleaning brush of glass cleaning device to do. The cleaning brush of claim 5, wherein the cleaning agent flow path (13d) is formed in a brush (13c) to be planted in a direction opposite to the rotational direction to form a rake. 6. The cleaning brush of claim 5, wherein the cleaning agent flow path (13d ') is formed in a brush (13c) to be planted in the same direction as the rotational direction to form a rake. The cleaning brush of claim 5, wherein the cleaning agent path (13d, 13d ') is formed by mixing.

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