KR100431395B1 - Auto washing system - Google Patents

Abstract

The present invention relates to an automatic washing device. In particular, the washing water in the tank installed on the roof of the building is sprayed to the glass window, the signboard, and the wall through the nozzles coupled to the plurality of supply pipes, and then the vibration of the washing water is driven by the ultrasonic generator. When the washing water is vibrated to flow down the automatic washing device to automatically remove the dust and foreign matter on the windows and signs and walls of the building, the compressor is connected to the compressor connected to the supply pipe between the pump and the variable valve It is equipped with a compressed air tank, and it is possible to clean the windows and signboards and walls of the building by mechanical devices without relying on the manpower to clean the windows and signs and building walls. After washing the residual water inside the supply pipe Provides a self-cleaning device to prevent winter freeze pipe are both sikimeuroseo forced discharge by the compressed air supplied.

Description

Automatic Washing Equipment {AUTO WASHING SYSTEM}

The present invention relates to an automatic washing device. In particular, the washing water in the tank installed on the roof of the building is sprayed to the glass window, the signboard, and the wall through the nozzles coupled to the plurality of supply pipes, and then the vibration of the washing water is driven by the ultrasonic generator. When the washing water is vibrated to flow down the automatic washing device to automatically remove the dust and foreign matter on the windows and signs and walls of the building, the compressor is connected to the compressor connected to the supply pipe between the pump and the variable valve It is equipped with a compressed air tank, and it is possible to clean the windows and signboards and walls of the building by mechanical devices without relying on the manpower to clean the windows and signs and building walls. After washing the residual water inside the supply pipe Both by the compressed air supplied relates to a self-cleaning device to prevent the feeding tube to freeze in winter sikimeuroseo forced discharge.

Conventional glass windows or signboards attached to building walls are cleaned depending on the cleaning personnel.

That is, the cleaning personnel installs a rope on the roof of the building and then descends the rope to remove dust or foreign matter from glass windows, signs, and walls.

As mentioned above, since people cleaned the windows and signs of buildings directly down the rope, there is always a risk of falling.

Therefore, the cleaning personnel who suffered from the danger of falling or fear of heights are full-time with other occupations, so the cleaning personnel for cleaning the glass windows and signs and building walls of the building are inadequate.

As mentioned above, the shortage of cleaning manpower for cleaning glass windows and signboards has increased the cost of cleaning glass windows and signboards and building walls, and the appearance of buildings is very clean because there are more owners who give up cleaning. There is a utility model registration application No. 14778, "Automatic Cleaning Device" (the same applicant) in 2000, which was previously filed to devise a solution that solves the above problems. The automatic cleaning device is a conventional problem. All of them are solved, but the freezing water remaining inside the supply pipe freezes in winter.The freezing of the supply pipe causes the windshield, signs and walls not to be cleaned in winter, and the cost of maintenance. Wasted the problem that wasted.

The purpose of the present invention for solving and solving these conventional problems,

The glass windows, signs and walls of the building can be cleaned by mechanical devices without relying on the manpower to maintain the cleanliness of the windows, signs and walls of the building. To provide a purpose to prevent the freezing of the winter supply pipe by forcibly discharging all the washing water.

In order to achieve the above object, the present invention,

When the washing water inside the tank installed on the roof of the building is sprayed to the glass window and the signboard and the wall through the nozzles coupled to the plurality of supply pipes, and the washing water is vibrated by the driving of the ultrasonic generator, the washing water flows while vibrating the glass window and It is possible to achieve the object of the present invention by connecting the compressed air tank mounted on the compressor to the supply pipe between the pump and the variable valve while automatically cleaning and removing dust and foreign substances on the signboard.

1 is a perspective view showing a state in which the present invention automatic washing device is installed in a building

Figure 2 is an operation diagram shown to explain the action of the automatic washing apparatus of the present invention to clean the window

Figure 3 is an operation diagram shown to explain the action of the automatic washing apparatus of the present invention to wash the wall of the signboard and the building

<Code Description of Main Parts of Drawing>

101-ultrasonic generator 102-nozzle

103-Supply Line 104-Variable Valve

105-pump 106-tank

107-detection sensor 108-compressor

109 compressed air tank 111 windshield

121-Signboard 131-Wall

The configuration of the present invention will be described in detail with reference to the accompanying drawings.

The washing water in the tank 106 installed on the roof of the building is sprayed onto the glass window and the signboard and the wall through the nozzle 102 coupled to the plurality of supply pipes 103, and then vibrates in the washing water by driving the ultrasonic generator 101. In the automatic washing device that the washing water is vibrated and flows down to automatically remove and remove dust and debris from the windows and signs and walls of buildings.

Compressed air tank mounted on the compressor 108 connected to the supply pipe 103 between the pump 105 and the variable valve 104 to discharge the washing water remaining after the completion of cleaning to the supply pipe 103 to the outside completely It is a structure provided with 109.

Referring to the operation of the present invention as described above is as follows.

First, when the start button of the control box (not shown) is pressed to wash the windows 111, the sign 121, and the wall 131 of the building, the pump 105 on the roof is driven to wash water stored in the tank 106. To be supplied to a plurality of supply pipe (103).

At this time, the washing water supplied from the pump 105 to the supply pipe 103 supplies the washing water only to the supply pipe 103 in the direction of the glass window 111 by the opening and closing action of the variable valve 104 or vice versa 121 and the wall surface. The washing water may be supplied only to the supply pipe 103 in the 131 direction, and the washing water may be supplied to both the glass window 111 and the signboard 121 and the wall surface 131.

As described above, the washing water supplied to the plurality of supply pipes 103 is sprayed onto the surface of the glass window 111 through the nozzle 102 at the end of the supply pipe 103 formed at the upper side of the glass window 111.

As described above, the washing water sprayed onto the surface of the glass window 111 flows down to the lower side while soaking the entire surface of the glass window 111.

At this time, the ultrasonic generator 101 mounted on the upper portion of the glass window 111 operates to generate ultrasonic waves, and the ultrasonic waves generated as described above vibrate the washing water, so that the washing water flows down to the surface of the glass window 111. Vibration will occur.

Therefore, dust or foreign matter on the surface of the glass window 111 may be cleanly removed by the vibration of the washing water.

In addition, the present invention shows a state in which the supply pipe 103 and the nozzle 102 and the ultrasonic generator 101 are mounted only on the glass window 111 of the uppermost floor of the building.

That is, the washing device of the present invention is installed from the uppermost floor of the building to the lowermost glass window 111, and all of the glass windows 111 of the building can be quickly and simultaneously washed with water.

Water is also sprayed from the nozzle 102 of the supply pipe 103 installed on the signboard 121 and the wall surface 131 of the building, soaking the signboard 121 and the wall surface 131 as shown in FIG. While the ultrasonic wave is generated, the ultrasonic wave generated as described above vibrates the washing water, thereby causing vibration in the washing water flowing down to the surface of the signage 121 and the wall surface 131.

Therefore, dust or foreign matter, which is deposited on the surface of the signboard 121 and the wall surface 131, may be cleanly removed by the vibration of the washing water.

Meanwhile, when the washing water sprayed from the nozzle 102 comes into contact with the detection sensor 107 by mounting a plurality of detection sensors 107 on the ultrasound generator 101, the ultrasound generator 101 is instructed by a control box. It is possible to automatically stop the driving of the ultrasonic generator 101 when the drive is automatically driven and the washing water sprayed from the nozzle 102 is in contact with the detection sensor 107.

Therefore, since the ultrasonic generator 101 operates only when the washing water is injected from the nozzle 102, the washing can be performed very efficiently.

Then, if the wash water remains inside the supply pipe 103 after cleaning, there is a risk of moss contained in the wash water, and there is a fear of freezing of the supply pipe 103 by the remaining wash water in winter.

Therefore, in the present invention, the washing water remaining in the supply pipe 103 is forcedly discharged by the compressed air so that the inside of the supply pipe 103 is kept empty after cleaning.

That is, when the cleaning is completed, the compressor 108 is operated to compress the air, and the compressed air is collected into the compressed air tank 109 and then supplied into each supply pipe 103 through the variable valve 104.

Accordingly, the washing water remaining inside the supply pipe 103 is forced out through the nozzles 102 or is discharged to the outside through the ends of the supply pipe 103 installed at both sides of the wall 131.

As the washing water inside the supply pipe 103 is discharged by the compressed air of the compressor 108 as described above, the winter supply pipe 103 can be prevented from freezing.

In addition, in winter, a plurality of variable valves 104 connecting the supply pipes 103 are all opened to consider natural drainage even if condensation occurs due to a winter temperature difference.

Thus, the present invention, spraying the washing water in the tank installed on the roof of the building to the glass window, signboard and wall through a nozzle coupled to a plurality of supply pipes and give the vibration to the washing water by driving the ultrasonic generator, the washing water By vibrating and flowing down, it automatically cleans and removes glass and signboards and dust and debris on the wall, and connects the compressed air tank mounted on the compressor to the supply pipe between the pump and the variable valve. The cleaning of the wall can be cleaned by a mechanical device without depending on the manpower to keep the cleanliness of the building windows, signs and walls, etc., while at the same time forcibly draining all the remaining water inside the supply pipe after cleaning. Useful to prevent winter supply pipes from freezing Has an effect.

Claims (3)

The washing water in the tank 106 installed on the roof of the building is sprayed onto the glass window and the signboard and the wall through the nozzle 102 coupled to the plurality of supply pipes 103, and then vibrates in the washing water by driving the ultrasonic generator 101. In the automatic washing device that the washing water is vibrated and flows down to automatically remove and remove dust and debris from the windows and signs and walls of buildings. Compressed air tank mounted on the compressor 108 connected to the supply pipe 103 between the pump 105 and the variable valve 104 to discharge the washing water remaining after the completion of cleaning to the supply pipe 103 to the outside completely Automatic cleaning device characterized in that it comprises a (109). delete delete