KR102399627B1 - Equipment for exclusive use of steam room cleaning - Google Patents

Abstract

The present invention relates to a steam indoor cleaning equipment, and more particularly, to a steam indoor cleaning equipment used in a steam cleaner used for steam cleaning a car seat or bed with steam or a steam cleaner used for indoor cleaning at home. The equipment body is connected to the boiler by a steam supply hose and to the vacuum pump by a suction hose so that the steam generated in In the steam indoor cleaning equipment comprising,
The equipment body includes a holder integrally configured with front and rear handles, a suction pipe connected to a suction hose, and a steam unit to which a steam supply hose is connected and configured to integrally combine a steam control valve and a spray nozzle; A suction mouse is configured at the tip of the suction pipe, and a direction selection handle is configured to hold the left and right direction at any one position closer to the suction mouse side than the forward and backward handles, wherein the handle forms a cooling hole communicating with the suction pipe inside It is configured to cool the handle as the outside air passes.

Description

Equipment for exclusive use of steam room cleaning

The present invention relates to a steam indoor cleaning equipment, and more particularly, to a steam indoor cleaning equipment used in a steam cleaner used for steam cleaning a car seat or bed or used for indoor cleaning at home.

In general, in cleaning the interior of a building or automobile, a vacuum cleaner that sucks up dirt with vacuum pressure was developed and mainly used.

However, the above-described vacuum cleaner simply sucks in dirt or bacteria, and cannot erase when foreign substances are attached to it, but also has a problem in that it cannot sterilize various bacteria inhabiting the room.

Accordingly, steam cleaners that spray hot steam to sterilize bacteria and at the same time suck in dirt have been developed to enable more hygienic cleaning. These cleaners include a motor for sucking dust or liquid, and a The tank in which the filtered water is accommodated and the main body constituted by the steam generating unit, a hose extending therefrom, and a handle to which an accessory for steam cleaning or suction is attached to the end of the hose.

Accordingly, the patent literature on the steam indoor cleaning equipment developed so far is as follows.

Patent Application No. 10-1993-0031421 (December 30, 1993) discloses a steam generating means coupled to a steam injection inlet of a vacuum cleaner and a steam discharging means, wherein the steam generating means includes a heater through which water is contained, and a heater. and a water container for supplying water, and an opening/closing means, wherein a steam discharge pipe is connected as a steam discharge means to another opening of the heater barrel, the steam discharge pipe is connected to the steam passage, and the steam passage has The steam outlet is connected. Patent Application No. 10-2006-0052002 (2006.06.09) discloses that a filter for filtering water supplied to a boiler in a steam cleaner is installed to be exposed outside the cover of the steam module, so that the filter provided in the filter can be removed if necessary. A steam cleaner configured to be easily replaced, and a steam module for the steam cleaner, comprising: a water tank; a boiler for generating steam by heating the water coming out of the water tank; a filter for filtering the water coming out of the water tank; It is made to include a module cover that covers the boiler, the filter is characterized in that installed so as to be exposed to the outside of the module cover. Patent Application No. 10-2006-0112432 (2006.11.14) relates to a brush for a steam cleaner, and in particular, a brush body having a steam inlet through which steam is introduced and a steam outlet through which steam is sprayed to the outside, and the steam inlet And it relates to a steam cleaner brush capable of filtering foreign substances discharged out of the boiler from the sieve, including a sieve disposed between the steam nozzle and the sieve. Utility Model Registration Application No. 20-2003-0007733 (March 14, 2003) relates to a steam cleaner having a suction function, and includes a steam generating unit, a suction means for sucking dust and/or liquid, a motor connected to the suction means, and In the steam cleaner including a water filtration unit, the steam generator, the suction means and the filtration unit are mounted on a roller installed on a bottom surface facing the floor, and installed in a base body provided with a nozzle and a suction port for supplying steam, , A handle on which the motor is mounted is extended from the base body. Utility Model Registration Application No. 20-2005-0013369 (2005.05.12) describes the handle of the rotary connector connected to the main body of the steam cleaner by bending it at an angle of 30 degrees downward from the straight line to form a refracting part, so that the handle is attached to the handle when cleaning. To provide a cleaner configured so that a large force can be applied to the main body even with the same force applied to the pusher because the force acting in a straight line acts in the straight direction and in the front direction to generate an omnidirectional force that pushes the main body. . Utility model registration application No. 20-2005-0033307 (Jan. 25, 2005) states that the force acting on the handle and neck of the pipe of a steam cleaner or vacuum cleaner combined with vacuum cleaner is not concentrated on a specific part when using the vacuum cleaner, but rather on the front surface of the handle and neck. It relates to a pipe connection structure of a steam cleaner and a steam cleaner combined with vacuum cleaning to prevent cracks between the handle and the neck by uniformly distributing it on the back and the back, comprising: a main body that generates steam by application of power; and the main body A neck coupled to and rotating back and forth, a fixed pipe connected to and fixed to the neck, a control pipe connected to the fixed pipe for length adjustment, a control pipe having a locking pin, and a handle coupled to the control pipe In the steam cleaner for vacuum cleaning, the handle includes a front handle having a partially tubular lower portion so that the upper portion of the control pipe is inserted, and a locking hole screwed with the front handle and to which a locking pin of the control pipe is fastened. It is composed of a rear handle formed.

However, the steam cleaners up to now have a problem in that the handle is overheated and cannot be used for a long time while the heated steam is supplied and recovered along the handle.

The present invention has been provided to solve the problems of steam cleaners as described above, and the purpose of the present invention is to provide a steam cleaner dedicated equipment that does not cause burns to the user even after using it for a long time by cooling the handle with outside air. there is.

The present invention for solving the above problems is connected to the boiler by a steam supply hose so that the steam generated in the boiler is supplied and cleaned together with sterilization and the cleaned steam and dirt are sucked into the vacuum pump. In the steam indoor cleaning equipment constituting the equipment body connected to the vacuum pump by a suction hose,

The equipment body includes a holder integrally configured with front and rear handles, a suction pipe connected to a suction hose, and a steam unit to which a steam supply hose is connected and configured to integrally combine a steam control valve and a spray nozzle; A suction mouse is configured at the tip of the suction pipe, and a direction selection handle is configured to hold the left and right direction at any one position closer to the suction mouse side than the forward and backward handles.

At this time, the handle is configured to form a cooling hole communicating with the suction pipe therein so that the outside air passes through to cool the handle.

And the injection nozzle is configured to spray forward at an angle of 10 to 45˚ from the floor horizontal in the injection direction on the rear end side of the suction mouse, and the suction mouse forms a plurality of incisions on the lips of the rear end to form steam injected from the injection nozzle It is configured to be sprayed on the floor so that it is easy to clean and recover, and curtains are integrally formed on both sides of the rear end of the suction mouse to prevent the steam sprayed from the spray nozzle from scattering to the outside.

Herein, a cooling hole having a plurality of cooling fins may be formed therein.

As described above, in the steam indoor cleaning equipment according to the present invention, there is no concern that the user not only does not have to worry about being burned by high-temperature steam while using the steam cleaner, but also that the handle is heated during use and cannot work, and the mouse does not clean it. Even if the object is adsorbed, air is sucked into the handle and the strong adsorption is not possible to prevent damage. It is a novel invention that greatly improves workability, such as easily removing dirt caught between sewing parts, crevices, and woven tissues by forming a small incision in the area to create a local fast suction flow rate.

1 is a schematic diagram illustrating a configuration of the present invention;
Figure 2 is an exemplary view of the configuration of the bottom surface of the present invention.
Figure 3 is a partial exploded view showing the configuration of the main parts of the present invention.
Figure 4 is an exemplary view of the configuration of the suction mouse, which is the main part of the present invention.

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

The steam generated by the boiler (not shown) is supplied and cleaned together with sterilization, and the cleaned steam and dirt are sucked in by a vacuum pump (not shown), connected to the boiler by a steam supply hose and vacuum In the steam indoor cleaning equipment constituting the equipment body (10) connected to the pump by a suction hose,

The equipment body 10 has a holder 20 integrally formed with the front and rear handles 25, a suction pipe 11 connected to a suction hose, a steam supply hose is connected, and a steam control valve 18 and injection What is configured to integrally combine the steam unit 16 constituting the nozzle 17;

A suction mouse 12 is configured at the tip of the suction pipe 11, and a direction selection handle 26 is configured to hold the left and right direction at any one position closer to the suction mouse 12 than the front and reverse handles 25. It consists of equipment dedicated to steam indoor cleaning.

At this time, the handles 25 and 26 form a cooling hole 27 communicating with the suction pipe 11 inside to cool the handles 25 and 26 while external air passes through the steam indoor cleaning equipment. make up

Here, the injection nozzle 17 is configured to spray forward at an inclination of 10-45° from the floor horizontal to the outside of the rear end of the suction mouse 12, and the suction mouse 12 is located on the lips 13 of the rear end. A plurality of fine incisions 14 are formed so that the steam sprayed from the spray nozzle 17 is sprayed on the floor for cleaning and recovery, and curtains 15 are integrated on both sides of the rear end of the suction mouse 12 It is formed so that the steam sprayed from the injection nozzle does not scatter to the outside.

In addition, a cooling hole 27 including a plurality of cooling fins 28 may be formed inside the handles 25 and 26 .

An embodiment of the present invention will be described as follows.

In implementing the present invention, a water tank for storing water; a filter for filtering the water coming out of the water tank; a boiler for generating steam by heating the water coming out of the water tank; Since the vacuum pump generating vacuum pressure and the waste container constituting the filter for collecting the filtered dirt are essential, such essential equipment is not shown in drawings and detailed description thereof is also omitted.

In this state, first looking at the equipment body 10 of the present invention, the suction pipe 11 connected to the vacuum pump and the suction hose is configured, and the suction mouse 12 is configured at the end thereof.

At this time, the suction mouse 12 is for sucking the steam and dirt that have been cleaned, and a small incision 14 is formed at the rear end of the lips 13 so that the steam is quickly sucked through the incision 14 and quickly locally. By creating a suction flow rate, dirt caught between the sewing parts, crevices, and woven tissues of the object to be cleaned is easily removed.

Here, by configuring the front and rear ends of the lips 13 in an arc shape, even if the equipment body 10 is lifted or lowered during use, the lips 13 may always maintain a state in contact with the floor.

Next, the steam supply hose is connected and the steam unit 16 including the steam control valve 18 and the injection nozzle 17 is integrally configured.

By using the holder 20 in which the suction pipe 11 and the steam unit 16 configured as described above are integrally formed with the forward and reverse knobs 25, the injection nozzle 17 configured at the end of the steam unit 16 is a suction mouse (12) is integrally formed by clamping the lower side of the rear end of the spraying direction to spray forward at an inclination of 10 to 45˚ from the horizontal floor.

And by configuring the direction selection knob 26 to hold the left and right direction at a position closer to the suction mouse 12 side rather than the front and reverse knobs 25, the steam indoor cleaning equipment is completed.

At this time, a cooling hole 27 communicating with the suction pipe 11 is formed inside the handles 25 and 26 to cool the handles 25 and 26 while external air passes.

Here, the cooling effect of the handle may be doubled by forming a plurality of cooling fins 28 inside the cooling holes 27 configured in the handles 25 and 26 .

At this time, instead of the cooling fins 28, the cooling holes 27 formed inside the handle may be formed in a spiral shape.

Here, in order to make the handles 25 and 26 in a detachable type without being integrated, a hole is drilled in the suction pipe 11 and configured to communicate with the cooling hole 27 of the handles 25 and 26 directly or with a hose, and a band or screw By coupling, the handles 25 and 26 may be integrally coupled to the equipment body 10 .

In the present invention configured as described above, when the steam sucked into the vacuum pump enters the suction pipe 11 during the cleaning operation during the cleaning operation, external air passes through the cooling hole 27 communicating with the suction pipe 11 through the handle 25 ) (26), so it is cooled while passing through the suction pipe (11) and the steam unit (16) installed in the holder (20) integrally coupled to the forward/backward handle 25 and suction pipe 11 to select the direction There is no concern that the handle 26 is heated to burn the user's hand, or the handle 25, 26 cannot be held because it is hot, thereby causing trouble to the operation.

10: equipment body 11: suction pipe 12; suction mouse
13: lips 14: cutout 15: curtain
16: steam unit 17: injection nozzle 18: steam control valve
20: holder 25: front, reverse knob 26: direction selection knob
27: cooling ball 28: cooling fin

Claims (4)

The steam generated by the boiler (not shown) is supplied and cleaned together with sterilization, and the cleaned steam and dirt are sucked in by a vacuum pump (not shown), connected to the boiler by a steam supply hose and vacuum The holder 20 integrally comprising the equipment body 10 connected to the pump with a suction hose, the front and reverse handles 25, the suction pipe 11 connected to the suction hose, and the steam supply hose are connected to the steam. In the steam indoor cleaning equipment configured to combine the control valve (18) and the steam unit (16) comprising the injection nozzle (17),
A suction mouse 12 is configured at the tip of the suction pipe 11, and a direction selection handle 26 is configured to hold the left and right direction at any one position closer to the suction mouse 12 than the front and reverse handles 25. , The handle (25, 26) is configured to form a cooling hole (27) communicating with the suction pipe (11) therein so that the outside air passes through to cool the handle. The method of claim 1,
Steam indoor cleaning equipment, characterized in that cooling holes (27) comprising a plurality of cooling fins (28) are formed inside the handles (25, 26). The method of claim 1,
The spray nozzle 17 is configured to spray forward at an inclination of 10-45° from the floor horizontally in the direction of spraying on the outside of the rear end of the suction mouse 12;
The suction mouse 12 is configured to form a plurality of incisions in the lip 13 at the rear end so that the steam sprayed from the spray nozzle 17 is sprayed on the floor to be cleaned and recovered;
Steam indoor cleaning equipment, characterized in that it further comprises a curtain (15) integrally formed on both sides of the rear end of the suction mouse (12) to prevent the steam sprayed from the spray nozzle from scattering to the outside. delete

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