KR20100137968A - Cleaning equipment for inside duct of ventilation unit - Google Patents

Abstract

PURPOSE: An apparatus for cleaning the inside of a ventilation duct for an apartment house and a cleaning method thereof are provided to remove foreign materials inside a duct since the dust-removal ball absorbs foreign materials inside the duct by static electric generated by friction. CONSTITUTION: An apparatus for cleaning the inside of a ventilation duct for an apartment house comprises a drive unit, a connection pipe(200), a ball feeder(300), and a ball collector(400). A motor controller(140) is installed on the outside of a drive unit body(110) and controls the air volume and power of a fan motor. An intake hole(112) connects to the separated ducts(11,21) of a diffuser(10) and a ventilation unit(20). The ball feeder transfers dust removing balls(320) to an outer port(30). Dust-removal balls are contained in a case(310).

Description

Internal cleaning device and ventilation method for ventilation duct for apartment house

The present invention provides a separate connection pipe and fan motor by using a dust removal ball that is adsorbed in an electrostatic manner with respect to the ventilation duct (square or round duct) of apartment houses, schools, hospitals, large marts, etc. While passing through the inside (transport), the dust removal ball is formed to adsorb foreign substances such as dust, dust, etc. to the outer circumferential surface by frictional static electricity in the inside of the duct at the time of transport, and at the same time to allow the inside of the duct to sterilize and deodorize In order to facilitate the internal cleaning work of the ventilation duct by the user to be recovered again, the internal cleaning device and the cleaning method of the ventilation duct for the apartment house, characterized in that the cleaning efficiency is improved so that the residential environment is greatly improved. It is about.

In general, the ventilation unit (VENTILATION UNIT) is formed to discharge the indoor polluted air to the outside and to supply the fresh air to the indoor space as shown in Figs.

In other words, by blowing air from the indoor or outdoor side to the opposite or outdoor side, the multi-use facilities including schools, hospitals, cooking rooms, office buildings, subway stations, underground shopping malls, terminal waiting rooms, airport facilities, libraries, It is formed to keep pleasant indoor environment such as museum, jjimjilbang, PC room and office.

However, the ventilation ducts of such apartment houses are generally narrow and small in shape, and there is no recognition of the cleaning of the duct's pipes (large ducts use robots, etc.) and the use of devices. In proportion to the age, the pollution of the residential and indoor environment was severely deteriorated, which was one of the causes of bacteria and odors, and the contamination of the duct itself caused the degradation of durability.

The present invention is to solve the above-described problems, the technical gist of the ball for removing dust dust is adsorbed by the electrostatic method for the ventilation duct (square or round duct) of the apartment house, apartments, schools, hospitals, large marts, etc. By using a separate connecting pipe and shock motor through the duct (transport), the dust removal ball is formed to adsorb foreign substances such as dust, dust, etc. to the outer peripheral surface by friction static electricity in the duct during the transfer At the same time, by allowing the inside of the duct to be sterilized and deodorized and then recovered to the ball container, it is possible for the worker to simplify the internal cleaning work of the ventilation duct, thereby improving the cleaning efficiency and greatly improving the living environment. An object of the present invention is to provide an internal cleaning device and a cleaning method of a ventilation duct for an apartment.

In order to achieve the object of the present invention, the discharge hole 111 is formed to be coupled to the inlet side end of the external exhaust port 30, the discharge hole is formed inside the main body 110, the suction hole 112 is formed on the other side The fan motor 120 and the dust collector 130 are provided to be connected to the 111, and the motor controller 140 is provided outside the main body 110 to control the air volume and the power of the fan motor 120. A driving unit 100; The discharge hole 111 of the driving unit is connected to the external exhaust port 30, the suction hole 112 is connected to the separate ducts 11 and 21 of the diffuser 10 and the ventilation unit 20 to be indoors and outdoors. A connecting pipe (200) formed to constitute one closed circuit communicating with; The dust removal ball 320 is transferred from the duct 11 from which the diffuser 10 is removed to the external exhaust port 30 by being coupled to the indoor end of the connection pipe 200, but the storage box 310 is inside the enclosure. Ball supply device 300 is formed to be formed so that a plurality of dust removal ball 320 is filled therein; On one side of the connection pipe 200 before the ball for removing dust 320 is passed through the suction hole 112 of the drive unit, a ball strainer 430 is formed to collect the ball for removing dust 320, the ball The dust removal ball hit the strain net is a ball recovery device 400 to be collected by a ball recovery container 420 connected to a separate recovery pipe 410; It is configured to be made to suck the dust removal ball provided on the indoor side from the outside to clean.

At this time, the dust collector 130 of the drive unit is formed of a mesh-type triple uninterrupted filter coated with silver nano or charcoal powder, while the connection pipe 200 is coated with silver nano or sterilizing and bleaching agent to remove dust. Ball 320 is preferably formed so that the antimicrobial and bactericidal force is given to the surface of the ball itself when passing through.

In addition, the ball supply device 300 has a see-through window 311 which can be opened and closed by a hinge on one side of the outer circumferential surface of the storage box 310, the partition wall 312 having a plurality of holes formed in the lower box 310 is formed. In addition, a separate pumping pen 313 is disposed below the partition 312 so that the dust removing ball 320 filled in the storage box may be quickly introduced into the duct 11.

Accordingly, the cleaning device further includes an auxiliary driver 500 having an ozone generator 510 and a booster pen 520 at one side of the indoor connection pipe 200 coupled with the ball supply device 400 to drive the driver 100. It is preferably driven by the motor controller 140 so that the injection drive at the same time as the suction drive.

On the other hand, in another embodiment of the present invention, the suction hole (112-1) is formed so that the diffuser 10 is coupled to the separated interior side duct (11) end, the discharge hole (111-1) is formed on the other side The motor 110-1 and the dust collecting device 130-1 are provided inside the main body 110-1 so as to be connected to the discharge hole 111-1. A driving unit 100-1 provided with a controller 140-1 so as to control the air volume and the power of the fan motor 120-1; The suction hole 112-1 of the driving unit and the indoor duct 11 are connected to each other and connected to the separated duct 21 of the ventilation unit 20 so as to form a closed circuit communicating from the indoor to the outdoor. A connecting pipe 200-1 formed to be formed; Combined with the outdoor end of the connecting pipe (200-1) so that the dust removal ball 320-1 is transferred from the duct 21 to the indoor side from which the ventilation unit 20 has been removed, but inside the housing form A ball supply device 300-1 formed with a 310-1 and formed to fill a plurality of dust removing balls 320-1 therein; On one side of the connection pipe 200-1 before the ball for removing dust 320-1 passes through the suction hole 112-1 of the driving unit, a ball filter net for collecting the ball for removing dust 320-1 ( 430-1 is formed, and the dust removal ball 320-1 hit the ball strainer 430-1 by a ball recovery container 420-1 connected to a separate recovery pipe 410-1. A ball recovery device 400-1 formed to be collected; The auxiliary driver 500-1 having an ozone generator 510-1 and a booster pen 520-1 is further provided at one side of the outdoor connection pipe 200-1 coupled to the ball supply device 400-1. It is preferable to operate by the motor controller 140-1 so that the dust removing ball provided on the outdoor side can be sucked, sprayed and cleaned from the indoor side.

In this way, the present invention is formed to facilitate the internal cleaning of the ventilation duct (square or circular duct) of the apartment house, it is easy and quick cleaning is made by the dust removal ball to be transported by the motor without replacing the demolition of the duct By improving the economy, productivity and cleaning efficiency are improved, and foreign matters such as dust and dust are efficiently removed, thereby maintaining a pleasant environment of living and living (indoor) spaces.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described in detail below with reference to the accompanying drawings.

First, as shown in FIG. 1, the present invention removes an indoor diffuser from a ventilation duct of a multi-unit house, transfers a ball for removing dust to the ventilation device, and promotes internal cleaning of the duct, or vice versa. Cleaning is made to the indoor side through the diffuser removed from the side.

Thus, the present invention, as shown in Figure 2, as shown in Figure 2 is largely composed of a drive unit, a connecting pipe, a ball supply device and a ball recovery device to clean the suction ball to remove the dust provided in the indoor side from the outdoor side It is done to be.

At this time, the driving unit 100 has a discharge hole 111 is formed to be coupled to the inlet side end of the external exhaust port 30, the discharge hole (11) inside the main body 110 is formed with the suction hole 112 on the other side ( The fan motor 120 and the dust collector 130 are provided to be connected to the 111, and the motor controller 140 is provided outside the main body 110 to control the air volume and the power of the fan motor 120. .

At this time, the dust collector 130 of the driving unit is formed of a mesh-type triple uninterruptible filter coated with silver nano or charcoal powder so that the polluted air discharged to the outside is not discharged as it is.

In this case, it is preferable that a separate ozone generator (not shown) is provided in the driving unit, which may use a general ultraviolet lamp or the like, and is formed to sterilize, disinfect and deodorize dust or dust adsorbed in the duct.

At this time, the motor controller 140 is formed to allow the fan motor to adjust the air volume (wind strength) according to the type and size of the duct.

At this time, the amount of air controlled by the motor controller is selectively adjusted according to the size of the room (room) or the cleaning cycle or location environment, the wind strength is preferably 150 ~ 200 ㎥ / min.

Thus, the connection pipe 200 is the discharge hole 111 of the drive unit is connected to the external exhaust port 30, the suction hole 112 is a separate duct 11 of the diffuser 10 and the ventilation unit 20, 21) is formed to form a closed circuit that communicates from the indoor to the outdoor.

At this time, the connection pipe 200 is preferably silver nano or sterilization, bleach is applied to the inside of the tube is formed so that the anti-bacterial and sterilizing power is applied to the surface of the ball when the dust removal ball 320.

That is, a separate connection pipe is formed to be integrally connected with the duct and the external exhaust port, and as a single line, when the driving unit promotes suction or injection, it is made to remove dust and foreign matter deposited or adhered in the duct while sterilizing.

At this time, the ball supply device 300 is coupled to the indoor end of the connecting pipe 200 so that the dust removal ball 320 is transferred from the duct 11 from which the diffuser 10 is removed to the external exhaust port 30. However, the box 310 is formed in the interior of the enclosure is formed to be filled with a plurality of dust removal ball 320 therein.

At this time, the dust removal ball 320 of the ball supply device is, as shown in Figure 5, the fiber sole 321 of the synthetic resin material to adsorb dust and dust by the static electricity due to friction in the connection pipe 200 It is preferably formed by being implanted in the central fastener 322 and branched in a radial shape.

At this time, the ball supply device is filled with a dust removal ball that is planted in a radial shape inside the box-shaped holder to form a circular sphere, the ball is driven through the connection pipe and the duct by the drive motor, the friction static electricity It is formed to adsorb and remove foreign matter, such as dust and branches in the duct.

Then, the dust removal ball is adsorbed to the dust is formed in the ball recovery device to be described later is formed to be recycled after washing.

In addition, the ball supply device 300 has a see-through window 311 which can be opened and closed by a hinge on one side of the outer circumferential surface of the storage box 310, the partition wall 312 having a plurality of holes formed in the lower box 310 is formed. In addition, a separate pumping pen 313 is disposed below the partition 312 so that the dust removing ball 320 filled in the storage box may be quickly introduced into the duct 11.

That is, the pumping pen rotates and pumps the dust removing balls upward so that the dust removing balls placed at a position orthogonal to the ceiling in the room can enter the duct more easily and quickly.

At this time, the see-through window may check the presence or absence of the ball for removing dust contained in the storage box, and if the blockage of the ball discharged through the connection pipe is formed to open the see-through window to correct it.

Accordingly, the ball recovery device 400 is a ball so that the dust removal ball 320 is collected on one side of the connection pipe 200 before the ball for removing dust 320 is passed through the suction hole 112 of the drive unit. Filter net 430 is formed, the ball for removing dust hit the ball strain net is formed to be collected by the ball recovery container 420 connected to a separate recovery pipe 410.

In other words, the dust removal ball adsorbed foreign matters such as dust is formed to be collected in the ball recovery container through the recovery pipe after hitting the strainer.

At this time, the strainer mesh is a mesh-type mesh, the dust removal ball is first shaken off the adsorbed dust, foreign matter while passing through the duct and connecting pipe and the scattered dust is sucked back by the fan motor to collect the dust collector. It is formed to be discharged to the outside.

Thus, the cleaning device, as shown in Figure 4, the auxiliary drive unit 500 having an ozone generator 510 and the booster pen 520 on one side of the indoor connection pipe 200 coupled to the ball supply device 400. It is preferably further driven by the motor controller 140 so as to operate the injection drive at the same time as the suction drive of the drive unit 100.

That is, while the ball for removing dust in the duct is transported at high speed through the suction and spraying action, the cleaning efficiency due to adsorption is further improved as well as to facilitate smooth transfer of the ball for removing dust.

Such an embodiment of the present invention, the drive unit 100, the connection pipe 200, the ball supply device 300 and the ball collecting device 400 is installed as an integral connection line, the discharge hole 111 of the drive unit It is coupled to the inlet side of the external exhaust port 30, the ball supply device 300 is coupled to the indoor diffuser 10, the connection pipe 200 is the suction port of the outlet side and the drive side of the indoor diffuser 10 ( 112 is coupled to the side, the ball collecting device 400 is branched to the recovery pipe 410 in front of the suction hole 112 of the drive unit by the fan motor 120 of the drive unit for dust removal ball As the 320 is transferred from the indoor side to the outdoor side, dust and foreign matter inside the ducts 11 and 12 are configured to be cleaned by an electrostatic adsorption method.

On the other hand, the present invention, as shown in Figure 4, by the motor controller (140-1) so as to clean and suck and spray the dust removal ball provided on the outdoor side in the indoor side as shown in FIG.

At this time, the present invention of the other example, the drive unit 100-1, the connection pipe 200-1, the ball supply device 300-1, the ball recovery device 400-1 and the auxiliary drive unit 500-1 It is composed.

Thus, the driving unit (100-1) is formed with a suction hole (112-1) to be coupled to the end of the indoor side duct 11, the diffuser 10 is separated, the discharge hole (111-1) is formed on the other side The motor 110-1 and the dust collecting device 130-1 are provided inside the main body 110-1 so as to be connected to the discharge hole 111-1. The controller 140-1 is provided to control the air volume and the power of the fan motor 120-1.

In addition, the connection pipe 200-1 is connected to the suction hole 112-1 and the indoor side duct 11 of the drive unit, and to be connected to the separated duct 21 of the ventilation unit 20 It is formed to form a closed circuit that communicates from the indoor to the outdoor.

At this time, the ball supply device (300-1) is coupled to the outdoor end of the connecting pipe (200-1) to remove the ball from the duct 21 to the indoor side to remove the ventilation unit 20 (320-1) ) Is to be transported, but the housing box 310-1 is formed in the enclosure form so that a plurality of dust removing balls 320-1 are filled therein.

In addition, the ball recovery device (400-1) is for removing the dust on one side of the connection pipe (200-1) before the ball for removing dust 320-1 through the suction hole (112-1) of the drive unit A ball strainer 430-1 is formed to collect the ball 320-1, and the dust removing ball 320-1 that strikes the ball strainer 430-1 has a separate recovery pipe 410-1. It is formed to be collected by the ball recovery container 420-1 to be connected.

Accordingly, the auxiliary driver 500-1 includes an ozone generator 510-1 and a booster pen 520-1 at one side of the outdoor connection pipe 200-1 coupled to the ball supply device 400-1. It is composed.

As described above, another embodiment of the present invention is to use the dust removing ball from the outdoor side to the indoor side, which is preferably performed when it is difficult to discharge the dust collected (cleaned) to the outside.

That is, in another embodiment of the present invention, the driving unit 100-1, the connecting pipe 200-1, the ball supply device 300-1, the ball collecting device 400-1 and the auxiliary driving unit 500-1 Is installed as an integrated connection line, the discharge hole (111-1) of the drive unit is coupled to the inlet side of the external exhaust port 30, the ball supply device 300-1 is coupled to the indoor diffuser 10, One side of the outdoor connection pipe 200-1 coupled to the ball supply device 400-1 is provided with an auxiliary driver 500-1 having an ozone generator 510-1 and a booster pen 520-1. The connection pipe 200-1 is coupled to the indoor side diffuser 10 outlet side and the suction hole 112-1 side of the driving unit, and the ball collecting device 400-1 is the suction hole 112 of the driving unit. The dust collecting ball 320-1 of the ball feeding device is opened from the indoor side by the fan motor 120-1 of the driving unit and the pen 520-1 of the auxiliary driving unit. Electrostatic dust and foreign matter inside the ducts 11 and 12 are transferred to the It is configured to be cleaned by adsorption.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by any person having ordinary skill in the art without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

1 is a plan view showing a ventilation line of a conventional multi-family house,

Figure 2 is an embodiment of the present invention, a block diagram of a duct cleaning device showing that the suction of the indoor dust removal ball from the outdoor side,

3 is an exemplary view showing that the auxiliary driving unit is provided in the duct cleaning apparatus according to FIG. 2 to spray the ball for removing dust to the outside,

4 is a configuration diagram of a duct cleaning device showing another embodiment of the present invention to suck and spray the ball for removing dust from the indoor side,

5 is an enlarged view illustrating a dust removal ball of a duct cleaning device according to the present invention;

6 to 7 is a schematic diagram showing the installation of the duct for the ventilation of the general apartment.

<Description of Major Symbols in Drawing>

10 ... Diffuser 20 ... Ventilation Unit

11, 21 ... Duct 30 ... External exhaust

100 ... drive unit 110 ... main unit

111 ... outlet hole 112 ... suction hole

120 ... 휀 Motor 130 ... Dust Collector

140 ... motor controller 200 ... connector

300 ... ball feeder 310 ... holder

320 ... dust removal ball 400 ... ball recovery unit

410 ... Recovery pipe 420 ... Ball recovery container

500 ... auxiliary drive

Claims (7)

A discharge hole 111 is formed to be coupled to the inlet side end of the external exhaust port 30, and a suction motor 112 is formed inside the main body 110 on which the suction hole 112 is formed at the other side. 120 and a dust collecting device 130, the motor controller 140 is provided on the outside of the main body 110, the driving unit 100 is formed to control the air volume and power of the fan motor 120; The discharge hole 111 of the driving unit is connected to the external exhaust port 30, and the suction hole 112 is connected to the separated ducts 11 and 21 of the diffuser 10 and the ventilation unit 20 from indoor to outdoor. A connecting pipe 200 formed to form a closed circuit in communication with each other; The dust removal ball 320 is transferred from the duct 11 from which the diffuser 10 is removed to the external exhaust port 30 by being coupled to the indoor end of the connection pipe 200, but the storage box 310 is inside the enclosure. Ball supply device 300 is formed to be formed so that a plurality of dust removal ball 320 is filled therein; On one side of the connection pipe 200 before the ball for removing dust 320 is passed through the suction hole 112 of the drive unit, a ball strainer 430 is formed to collect the ball for removing dust 320, the ball The dust removal ball hit the strain net is a ball recovery device 400 to be collected by a ball recovery container 420 connected to a separate recovery pipe 410; Internal cleaning device of the ventilation duct for the apartment house, characterized in that the dust removal ball provided on the indoor side is configured to suck and clean from the outdoor side. According to claim 1, wherein the dust collector 130 of the drive unit is formed of a mesh-type triple uninterruptible filter coated with silver nano or charcoal powder, while the connection pipe 200 is coated with silver nano or sterilization, bleaching agent inside the tube. The dust removal ball 320 is an internal cleaning device of the ventilation duct for a multi-family house, characterized in that the antimicrobial and sterilizing power is provided to the surface of the ball itself when passing through. According to any one of claims 1 to 2, wherein the ball supply device 300 A viewing window 311 that can be opened and closed by a hinge is formed at one side of the outer circumferential surface of the storage box 310, and a partition 312 having a plurality of holes is formed below the storage box 310, and is separately formed below the partition 312. The pumping pen 313 of the internal cleaning device for a ventilation duct for a apartment house, characterized in that the dust removal ball filled in the inside of the storage box is formed to be quickly introduced into the duct (11). The method of claim 3, wherein the cleaning device An auxiliary driver 500 having an ozone generator 510 and a booster pen 520 is further provided at one side of the indoor connection pipe 200 coupled with the ball supply device 400 to simultaneously spray the suction of the drive unit 100. Internal cleaning device of the ventilation duct for the apartment house, characterized in that driven by the motor controller 140 so as to operate the drive. The suction hole 112-1 is formed to be coupled to the diffuser 10 and the interior duct 11 ends, and the inside of the main body 110-1 having the discharge hole 111-1 formed at the other side thereof. The motor 120-1 and the dust collector 130-1 are provided to be connected to the discharge hole 111-1, and the motor controller 140-1 is provided outside the main body 110-1. A driving unit 100-1 formed to control the air volume and the power of the motor 120-1; The suction hole 112-1 of the driving unit and the indoor duct 11 are connected to each other and connected to the separated duct 21 of the ventilation unit 20 so as to form a closed circuit communicating from the indoor to the outdoor. A connecting pipe 200-1 formed to be formed; Combined with the outdoor end of the connecting pipe (200-1) so that the dust removal ball 320-1 is transferred from the duct 21 to the indoor side from which the ventilation unit 20 has been removed, but inside the housing form A ball supply device 300-1 formed with a 310-1 and formed to fill a plurality of dust removing balls 320-1 therein; On one side of the connection pipe 200-1 before the ball for removing dust 320-1 passes through the suction hole 112-1 of the driving unit, a ball filter net for collecting the ball for removing dust 320-1 ( 430-1 is formed, and the dust removal ball 320-1 hit the ball strainer 430-1 by a ball recovery container 420-1 connected to a separate recovery pipe 410-1. A ball recovery device 400-1 formed to be collected; An auxiliary driver 500-1 having an ozone generator 510-1 and a booster pen 520-1 at one side of the connection pipe 200-1 coupled to the ball supply device 400-1; In addition, the internal cleaning device of the ventilation duct for the apartment house, characterized in that it is driven by a motor controller (140-1) so that the dust removal ball provided on the outdoor side can be sucked, sprayed and cleaned from the indoor side. The driving unit 100, the connecting pipe 200, the ball supply device 300 and the ball collecting device 400 is installed as an integrated connection line, the discharge hole 111 of the driving unit and the inlet side of the external exhaust port 30 and Is coupled, the ball supply device 300 is coupled to the indoor diffuser 10, the connection pipe 200 is coupled to the suction port 112 side of the outlet side and the drive side of the indoor diffuser 10, the ball The collecting device 400 branches the recovery pipe 410 in front of the suction hole 112 of the driving unit so that the dust removing ball 320 of the ball feeding device is moved from the indoor side to the outdoor side by the shock motor 120 of the driving unit. The interior cleaning method of the ventilation duct for a multi-family house, characterized in that the transport to clean the dust and foreign matter inside the duct (11, 12) by electrostatic adsorption. The driver 100-1, the connection pipe 200-1, the ball supply device 300-1, the ball collecting device 400-1 and the auxiliary drive unit 500-1 is installed as an integrated connection line, The discharge hole (111-1) is coupled to the inlet side of the external exhaust port 30, the ball supply device 300-1 is coupled to the indoor diffuser 10, and the ball supply device (400-1) One side of the coupled outdoor connector 200-1 includes an auxiliary driver 500-1 having an ozone generator 510-1 and a booster pen 520-1, and the connector 200-1 is provided. It is coupled to the indoor side diffuser 10 outlet side and the suction hole 112-1 side of the drive unit, the ball collecting device 400-1 is branched to the recovery pipe 410 in front of the suction hole 112 of the drive unit The dust removal ball 320-1 of the ball supply device is transferred from the indoor side to the outdoor side by the shock motor 120-1 of the driving unit and the pen 520-1 of the auxiliary driving unit. To clean the dust and foreign substances of the The internal cleaning method of the ventilation duct for the apartment house, characterized in that.

Images