KR100570708B1 - Cleaning apparatus structure of window frame for building - Google Patents

Abstract

The present invention relates to a cleaning device for a building window, and more particularly, to a building window cleaning device structure configured to perform cleaning on a window exposed to the outside of the building through a cleaning device installed outside the building.

The present invention, in the building window cleaning device structure is installed on the roof of the building used to clean the lower window,

Located on the roof and formed with an insertion groove on one side, the weight body 210 formed in a rectangular shape;

While being inserted into the insertion groove of the weight body 210 is fastened to the fastening bolt 296,

Frame 1 (250),

Frame 220 consisting of frame 2 (260);

While connected to the drive motor 230 by a wire,

A switch 1 241 for operating the brush 290 in the forward direction,

Switch 2 (242) operated in the reverse direction;

An operation panel 240 provided with a switch 3 243 for stopping operation;

Pulleys 1, 2 (270) and 270 'which are fastened to each other by fastening with other fastening bolts inside the frames 1 and 2 (250 and 260);

A driving belt 280 coupled between the pulleys 1, 2 (270) (270 ');

While coupled to the shaft connector 286 is applied to the rotational force is raised, lowered,

A shaft 291 penetrates in the center, and a brush 290 having a pinion 297 integrally formed at both ends of the shaft 291.

Building, Window Frame, Cleaning Equipment

Description

Cleaner structure for building windows {CLEANING APPARATUS STRUCTURE OF WINDOW FRAME FOR BUILDING}

1 is a view showing a conventional building.

Figure 2 is a perspective view showing the structure of the window frame cleaning apparatus of the present invention.

Figure 3 is an exploded perspective view showing the structure of the window frame cleaning apparatus of the present invention.

Figure 4a is a cross-sectional view showing the structure of the window frame cleaning apparatus of the present invention, Figure 4b is a cross-sectional view showing a state in which the operation of the window frame cleaning apparatus of the present invention, Figure 4c is a state in which the gear of the window frame cleaning apparatus of the present invention is moved It is sectional drawing to show.

5 is a view showing a state in which the brush of the present invention is rotated to clean the window.

<Description of Symbols for Main Parts of Drawings>

200: building 210: weight

220: frame 230: drive motor

240: operation panel 250, 260: frame 1, 2

270,270 ': Pulley 1,2,280: Drive belt

286: shaft connector 290: brush

296: fastening bolt

The present invention relates to a cleaning device for a building window, and more particularly, to a building window cleaning device structure configured to perform cleaning on a window exposed to the outside of the building through a cleaning device installed outside the building.

In general, the window system plays a role of the outdoor lighting function and the blocking of the feng shui, soundproofing, and insulation along with the indoor lighting function by the sunlight.

Such a window structure is a window frame frame is fixed to the opening of the wall formed in a rectangular, the window frame frame is composed of a vertical frame and a horizontal frame which are installed spaced apart from each other by a predetermined interval.

That is, the window frame frame is inserted into the window frame frame sliding and opening and closing along the window frame frame therein, a glass window is installed inside the window frame frame to increase the indoor light efficiency.

1 is a view showing a conventional building, the building 10 is provided with a window system consisting of a window 30 that is opened and closed on the window frame 20 for each floor.

However, the window system, the glass window of the window frame 20 has a problem that when a predetermined time elapses, a lot of dust is accumulated in the transparent glass to reduce the light efficiency and at the same time cause discomfort to the occupants.

Therefore, in order to prevent this, both the inside and the outside of the transparent glass window should be washed. The inside of the transparent glass window can be cleaned indoors, but since the outside is located outdoors, the window frame frame must be removed from the window frame frame. There is discomfort.

In addition, Yosai is provided with a wiper structure that consists of a wiper structure so that the window can be cleaned immediately when opening and closing the window without removing the window frame. However, such window cleaners are frequently broken down over time. I have a problem.

The present invention has been made in view of the above-described contents, an object of the present invention, by using a window cleaning device installed on the outside without removing the window frame, it is possible to treat foreign matter such as dust laminated on the outside of the window for a long time. Each member is configured to be easily manipulated by an operator, and accordingly, to provide a structure for cleaning a building window for easily performing cleaning on a window of a building.

That is, the weight is formed on the roof and the insertion groove is formed on one side, and formed in a rectangular shape;

Inserted into the insertion groove of the weight body is fastened to the fastening bolt (296),

Frame 1,

A frame composed of frame 2;

While connected to the drive motor by wire,

A switch 1 for operating the brush 290 in the forward direction,

Switch 2 for reverse operation,

An operation panel provided with a switch 3 for stopping operation;

Pulleys 1 and 2 which are fastened to each other by fastening bolts inside the frame 1 and 2 and seated in the inner space;

A driving belt coupled between the pulleys 1 and 2;

While coupled to the shaft connector is applied a rotational force is raised, lowered,

The brush penetrates the shaft in the center and pinions are integrally formed at both ends of the shaft.

EMBODIMENT OF THE INVENTION Hereinafter, the structure of this invention is demonstrated with reference to an accompanying drawing.

Figure 2 is a perspective view showing the structure of the window frame cleaning device of the present invention, Figure 3 is an exploded perspective view showing the structure of the window frame cleaning device of the present invention, Figure 4a is a cross-sectional view showing the structure of the window frame cleaning device of the present invention, Figure 4b 4 is a cross-sectional view showing a state in which the window frame cleaning apparatus of the present invention is operated, Figure 4c is a cross-sectional view showing a state in which the gear of the window frame cleaning apparatus of the present invention is moved, Figure 5 is a brush of the present invention is rotated to clean the window It is a figure which shows the state.

As can be seen in Figure 2, the building 200, the window 206 is installed on the window frame 202, the window frame cleaning device is installed on the roof and sidewalls of the building 200 to clean the window On the other hand, in the building 200, the weight body 210 and the frame 220 are positioned on the roof and sidewalls by fastening bolts 296, and the drive body 230 is installed on one side of the frame 220. The brush 290 is moved up and down along the square groove B up and down.

That is, the frame body 220 is manufactured in the form of a rectangular box and is inserted into and supported by the weight body 210, while the weight body 210 may be provided with a support member on the bottom surface although not shown in the drawing. The brush 290 is moved up and down by the driving motor 230 installed at one side of the 220, thereby cleaning the window 206 of the window frame 202.

In other words, the weight body 210 has an insertion groove is formed so that the frame body 220 can be inserted, is fastened with a fastening bolt 296 in the state that the frame body 220 is inserted into the insertion groove, the frame body 220 ) Is a square hole (B) is formed along the longitudinal direction in close contact with the building 200, the brush 290 is raised and lowered along the square hole (B).

As can be seen in Figure 3, the frame 220 is composed of the frame 1 (250) and the frame 2 (260) and the drive motor 230 is installed on the upper portion of the frame 2 (260), while the frame 1 (250) ) And the frame 2 (260) is coupled to each other by fastening the other fastening bolts, and the pulley 1, 2 (270, 270 ') is inserted into the frame 1, 2 (250, 260), the pulley 1 , 2 270, 270 ′ is connected to the driving belt 280 is applied to the rotational force, the shaft is connected to the drive shaft 280, the shaft connector 286 is penetrated inside the brush 290 291 penetrates the pinion 297 formed at both ends and is coupled to the shaft connector 286.

That is, the frame body 1 250 and the frame body 2 260 constituting the frame body 220 are fastened to each other with different fastening bolts, and the rotational force of the driving motor 230 formed on the side of the frame body 2 260 is pulley 1. 2 (270) (270 ') and the drive belt 280 is transmitted to the pinion (297) of the brush 290 in close contact with the rack 254 of the frame 1 (250) through the brush 290 is raised and lowered While providing a rotatable structure.

In other words, the frame 1 250 has a U-shape, two partitions 1, 2 (251) and 252 are formed in the width direction, and racks 1 and 2 (251, 252) are disposed between the longitudinal directions. 254 is formed, and in particular, one side of the U-shape is cut so that its length is narrower than the longitudinal direction of one side such that the shaft 291 penetrates the brush 290, and two wing plates 255 are formed on both sides of the cutout. Is formed, the fastening hole is formed horizontally on the opposite side of the vertical plate formed with the wing plate portion 255.

The frame 2 (260) is in the c-shaped, one wing plate portion is formed on one side facing the frame body 1 (250) formed with the c-shaped wing plate portion 255, the bending frame portion bent at an angle of 90 ° ( 264 is formed, horizontal and vertical fastening holes are formed at the end of the bending frame portion 264 and opposite to the bending frame portion, respectively, in particular fastening bolt (A) in the vertical fastening hole (A) of the bending frame portion 264 290 is fastened to the fastening body and the other fastening bolt is fastened to the horizontal fastening hole is coupled to the frame 1 (250).

In addition, before the frame body 1 250 and the frame body 2 260 are fastened with other fastening bolts, the pulleys 1, 2 270, 270 ', the driving belt 280, and the pinion 297 are positioned therein. Meanwhile, the rack 254 of the frame 1 250 has an overall length shorter than the length of the frame 1 250, that is, between the partitions 1, 2 251 and 252 so that the upper and lower portions are stepped. It is formed to have, and the rack frame 254 is formed longer than the length of the square hole formed by combining the end frame body 1, 2 (251, 252).

Accordingly, the pulleys 1, 2 270, 270 'and the driving belt 280 are located in the left inner space of the partition 1 251 of the frame 1 250 and the frame 2 260. Pulley 1 (270) is the shaft is fastened to the center of the drive motor 230, pulley 2 (270 ') is not shown in the drawing, but through the other fastening holes of the frame 1 (250) and frame 2 (260) The coupling state of the pulley 2 (270 ') has not been described in detail.

In addition, the shaft 291 through the square hole of the frame body 1, 2 (250, 260) is coupled to the shaft connector 286 of the drive belt 280, while the shaft 291 is in the center of the longitudinal direction The pinion 297 is fixed to each side of the shaft 291 through the brush 290.

That is, the brush 290 constitutes an integrated structure in which a shaft 291 penetrates at the center and pinions 297 are fixed to both ends of the shaft 291, while the shaft 291 penetrates a square hole. Pinion (297) is in close contact with the rack 254 of the frame 1 (250) consisting of two sets of up and down, up and down.

In other words, the brush 290 receives the rotational force of the outer drive motor 230 of the frame 2 (260) to perform the cleaning operation while raising and lowering the outer window of the building.

As can be seen in Figures 4a, 4b, 4c and 5, when the frame body 1, 2 (250, 260) is fastened, a square hole (B) is formed on the inside, the shaft 291 through the square hole (B) The drive motor 230, the pulley 270, and the brush 290 having the left structure as shown in FIG. 4A are configured to maintain the in-line structure, while wires are connected to the drive motor 230 to control the operation panel 240. In combination, the operation panel 240 is provided with a switch 1 241 for operating the brush 290 in the forward direction, a switch 2 242 for operating in the reverse direction, and a switch 3 243 for stopping the operation.

That is, through the operation panel 240, the operator can perform a cleaning operation on the window 209 while raising and lowering the brush 290 up and down while adjusting the switch.

The drive motor 230 is a bar 232 is fixed to the frame 2 (260), the seat is fixed on the top of the base 232.

The drive belt 280 is integrally formed with teeth formed therein and coupled with the pulleys 1, 2 (270) and 270 'to move up and down, while the drive belt 280 has a shaft connector 286 inside one side. Is coupled to the shaft 291 inserted into the other fastening bolt, the shaft connector 286 is formed in a flange type on both sides of the flange is fastened by the fastening bolt and the other fastening bolt 280.

Accordingly, the rotational force applied from the drive motor 230 is connected to the brush 290 through the drive belt 280.

While the brush 290 cleans foreign substances such as dust stacked on the window 209 as shown in FIG. 5, the brush 290 is exposed to the outside of a soft hair on the outer periphery of the drum form. It is produced in the form.

As can be seen in the above-described configuration, the frame body 1, 2 (250, 260) is shown only the fastening state in the drawing, the frame body 220 is not shown to extend in the longitudinal direction.

This is not described in detail because it can be extended by fastening the frame body 1, 2 (250) 260 with other fastening bolts in the longitudinal direction, as shown in Figure 5 to produce a cleaning device to be used in a low-rise building.

However, the frame body 220 of the present application has a long length even in the case of a two-story building as shown in FIG. 5, and the frame body 1 250 is manufactured in the same shape, and the frame body 2 260 has no bending frame part 264. It is manufactured in the same structure as 1, but the frame 2 is made without a partition inside.

In addition, the frame 220 may be manufactured in a form in which the width is reduced or enlarged when extending in the longitudinal direction, and the frames 1 and 2 adjacent to the roof of the building 200 have a wider width and become narrower as they go downward. Is available in stainless steel and plastic materials.

On the other hand, the brush 290 is preferably made of a soft hair material protruding to the outer periphery of the drum.

In particular, the pulleys 1, 2 (270, 270 '), the pulley 1 (270) is connected to the center of the drive motor 230, the pulley 2 (270') is the partition 1 of the frame 1 (250) structurally. It is preferable to form a high height of 251 to combine.

That is, the pulley 2 270 ′ is installed on the left side of the partition 1 251 of the frame 1 250 so as to be rotated through a bearing or the like.

The effects of the above-described configuration of the present invention will be described below.

The building window cleaning device structure of the present invention provides a window cleaning device that can handle foreign matters such as dust stacked on the outside of a window for a long time through a brush installed on the outside without removing the window frame. It has an easy effect on cleaning.

In addition, the cleaning device has an effect that each member constitutes an operating panel that can be easily operated by the operator, even an unskilled operator can easily perform the cleaning operation.

Accordingly, there is an effect of providing a cleaning device structure for building windows to facilitate the cleaning of the windows of the building.

Claims (2)

In the structure of the building window cleaning device that is installed on the roof of the building to configure the motor, rails, brushes, operating panel to be used to clean the lower window, The weight body 210 is located on the roof and is formed with an insertion groove on one side, is formed in a rectangular shape, The frame 220 is inserted into the insertion groove of the weight body 210 and fastened to the fastening bolt 296, In the U-shape, two partitions 1, 2 (251) and 252 are formed in the width direction, and the racks 254 are formed between the longitudinal directions of the partitions 1 and 2 (251) and 252. One side of the side is cut and two wing plate portions 255 are formed on both sides, and a driving motor 230 mounted on the pedestal 232 on the upper side is installed. The frame body 220 includes a frame body 1 250 having a plurality of fastening holes formed in a width direction thereof, In the form of a c-shape, one wing plate portion is formed on one side, a bending frame portion 264 is bent at an angle of 90 degrees is formed on the top, horizontal and vertical ends of the bending frame portion 264 and the opposite ends of the bending frame portion, respectively It consists of a frame 2 (260) is formed with one fastening hole, The operation panel 240 connected to the drive motor 230 by a wire, A switch 1 241 for operating the brush 290 in the forward direction, Switch 2 (242) operated in the reverse direction; A switch 3 (243) for stopping operation is installed, The pulleys 1, 2 270 and 270 'which are fastened to each other by being fastened to each other by fastening bolts inside the frames 1 and 2 (250 and 260) are inserted into the center of the driving motor 230 or the frame 1 ( Between the inner partitions 251 of 250, The driving belt 280 is coupled between the pulleys 1, 2 270, 270 ', the tooth is formed therein and the shaft connector 286 is fastened to the other fastening bolt on one side is formed, The brush 290 coupled to the shaft connector 286 is applied to the rotational force is raised, lowered, A shaft 291 penetrates in the center, and a pinion 297 is fixed to both ends of the shaft 291, and a pinion 297 is installed to be in close contact with the rack 254 of the frame 1 250. The cleaning device structure for a building window, characterized in that the shaft 291 is formed integrally so as to protrude outward. The method of claim 1, The frame 1, 2 (250, 260) is fastened with other fastening bolts to form a square hole (B), the shaft 291 is penetrated through the square hole (B), The drive belt 280 is a building type cleaning device structure, characterized in that both sides are formed in a flange type and the shaft connector 286 through the center is fastened by another fastening bolt.

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