KR102060143B1 - A washing device for a baby bottle capable of adetergent-free washing - Google Patents

Abstract

Disclosed is a bottle washer capable of detergent-free cleaning. The bottle washing machine capable of washing the detergent of the present invention includes a bottle washing member for holding and washing at least one bottle, and a nozzle washing member for mounting and washing at least one faucet, which slides in the sealing direction of each chamber by a sliding structure. And configured to be fully open, thereby improving the efficiency of ventilation, drying, cleaning, and sanitation checks for the washing space of each bottle and nipple.

Description

Bottle Washer for Detergent Free {A WASHING DEVICE FOR A BABY BOTTLE CAPABLE OF ADETERGENT-FREE WASHING}

The present invention relates to a bottle washing machine that can be cleaned in a separate space from the bottle and the tap, and can increase the user satisfaction in a detergent-free cleaning method.

In general, when the equipment for cleaning bottles was not available, the bottles used were washed by hand, like washing dishes in the kitchen. And the bottle was put in boiling water in the container for several minutes to sterilize, and then the bottle was dried again by exposure to warm sunlight.

Thus, the process of washing and sterilizing and drying the bottle had to be performed by hand, and care for the infant had to be performed in parallel. In addition, the baby care and feeding bottle cleaning can be easily tired when performing the task at the same time, the baby care and washing the bottle could not be combined with other things.

In view of these problems in the related art, bottle washing machines have been developed that can perform a series of operations ranging from washing and drying and sterilizing bottles, and these products have also been released in large quantities in various groups.

As technologies related to the development of such a bottle apparatus, Patent Registration No. 10-1521509, Patent Registration No. 10-0445518, Registration Utility Model No. 20-0032595, and Registration Utility Model Publication No. 20-0408342 have been disclosed.

1 is a block diagram showing a configuration of a bottle washing machine according to the prior art.

1 is a diagram of a bottle washing machine shown in the registered Utility Model Publication No. 20-0408342, etc., a body 10 having a bottle washing chamber 30, a door 20 installed to be opened and closed on the body 10, and a bottle washing chamber. 30 is composed of a washing unit (not shown) configured on the inner wall surface.

Using a conventional bottle washing machine configured as described above has the advantage of being easy to use because it can automatically wash and sterilize the bottle.

However, since the conventional bottle washing machine can put and remove a washing object such as a baby bottle only through the closing space of the door 20 installed to be opened and closed, it is necessary to put or remove the washing object by putting a hand into the inside of the bottle washing room 30. There was no. Therefore, in the conventional structure, the space to be enclosed is limited, and the ventilation efficiency is inevitably reduced, and there is a problem in that hygiene reliability is lowered such that foreign matters exist for a long time inside.

In addition, the conventional bottle washing machine has a problem that it is not sanitary satisfactory because the bottles and the nipples are washed in the same space. In other words, consumers place more importance on hygiene of the nipple than on the bottle, and therefore require that the nipple be cleaned more than the bottle. However, even if the bottle and the nipples are washed in the same space, there is a problem that it is difficult to increase the satisfaction of the washing state or hygiene.

In addition, the conventional bottle washer had to use separate infant product detergents to clean the bottle and the nipples cleanly. However, since consumers have a dissatisfaction with the method of separately adding the detergent detergent, the reliability of the bottle washing machines using the detergent is deteriorated.

An object of the present invention is to provide a bottle washer that can increase the hygiene management efficiency by allowing each of the cleaning members to be mounted and washed bottle and nipple to slide out of the chamber and to open the washing space completely outside. .

In addition, the present invention allows the bottles and the nipples to be mounted on different cleaning members, respectively, to be washed, dried and sterilized in different spaces. In particular, it is an object of the present invention to provide a bottle washing machine that can further improve the washing power of the nipples by allowing the nipples to be washed in the washing liquid in a separate space.

In addition, an object of the present invention is to provide a bottle washing machine that can be eco-friendly washing by allowing detergent-free washing can proceed using ultrasonic waves and micro bubbles without the addition of a detergent for baby products separately.

The bottle washing machine of the present invention is configured such that the bottle washing member so that the at least one bottle is placed and washed, and the nipple cleaning member allowing the at least one faucet to be mounted and washed can be slid in the closing direction of each chamber by the sliding structure. That is, when placing or removing at least one bottle or nipple, or drying and cleaning the washing space, the washing space of the bottle or nipple is completely opened to the outside. In addition, when washing or sterilizing the bottle or the nipple, the washing members of the bottle and the nipple can be inserted and fastened into the chamber.

In addition, the baby bottle washing machine of the present invention allows the baby bottle washing member and the tap cleaning member to be configured in a washing space separated from each other. The bottle washing member sprays the washing solution including the microbubble inside and outside of the bottle with the rotating nozzle in the bottle washing space so that each bottle is washed. On the other hand, the nipple cleaning member allows each nipple to be cleaned by ultrasonic waves and micro bubbles while being contained in the cleaning liquid.

In addition, the bottle washing machine of the present invention is to be connected to the water supply and drainage integrated pump and the micro bubble generator, so that the cleaning liquid containing the micro bubble is supplied separately to the bottle washing member, and the tap washing member.

The bottle washing machine of the present invention allows each cleaning member that allows the bottle and the nipples to be mounted and cleaned to be completely open out of the chamber. Thus, it is possible to improve the efficiency of ventilation, drying, cleaning, and hygiene check for the washing space of each bottle and nipple.

In addition, the present invention allows the bottles and nipples to be mounted on different cleaning members to be washed, dried and sterilized in different spaces. In particular, by allowing the nipples to be washed separately in a washing solution, it is possible to further improve the washing power of the nipples. Thus, it is possible to increase the satisfaction of users who care more about the hygiene state of the nipple than the bottle.

In addition, the present invention can perform the detergent-free cleaning by allowing the washing to proceed using ultrasonic waves and micro bubbles without the addition of a separate infant product cleaner. Thus, it is possible to further improve the satisfaction and reliability of users who are reluctant to use chemical detergents in child care products.

1 is a block diagram showing a configuration of a bottle washing machine according to the prior art.
Figure 2 is a perspective view showing the configuration of the bottle washing machine according to an embodiment of the present invention.
3 is a cross-sectional view illustrating a washing structure of the bottle washing member and the bottle washing chamber shown in FIG. 2.
4 is a block diagram illustrating a micro bubble generation structure of the micro bubble device shown in FIG. 3.
5 is a configuration diagram showing in detail the water supply and drainage structure of the bottle washing machine shown in FIG.
FIG. 6 is a perspective view illustrating a cleaning structure of the tap cleaning member and the tap cleaning chamber shown in FIG. 2.
7 is a front view showing a fastening structure in which the tap cleaning member illustrated in FIG. 2 is inserted into the tap cleaning chamber.
8 is a configuration diagram illustrating in detail a rotatable nozzle structure provided in the bottle cleaning member of FIG. 3.

The above objects, features, and advantages will be described in detail with reference to the accompanying drawings, whereby those skilled in the art to which the present invention pertains may easily implement the technical idea of the present invention. In describing the present invention, when it is determined that the detailed description of the known technology related to the present invention may unnecessarily obscure the gist of the present invention, the detailed description will be omitted. Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the drawings, the same reference numerals are used to indicate the same or similar components.

Hereinafter, a bottle washing machine capable of washing the detergent of the present invention will be described.

Figure 2 is a perspective view showing the configuration of the bottle washing machine according to an embodiment of the present invention.

The bottle washing machine illustrated in FIG. 2 is the bottle washing chamber 100, the bottle washing member 300, the tap washing chamber 700, the tap washing member 500, the bottle washing chamber door 400, the tap washing chamber door 600. ), And a washer control unit 200.

The bottle washing chamber 100 is open at one side thereof, and is configured such that at least one bottle is washed, dried, and sterilized in the inner space.

Specifically, the bottle washing chamber 100 may be configured as a rectangular frame structure with one side opened. When the bottle washing member 300 is inserted into the bottle washing chamber 100 and the bottle washing chamber door 400 is fastened to secure an inner washing space, washing, drying, and sterilizing the at least one bottle in the inner space. Allow the action to be performed.

The bottle washing member 300 is provided with a cradle 370 to allow at least one bottle to be seated, and is configured to be inserted or discharged in a sliding manner under the opened one side of the bottle washing chamber 100.

Specifically, the bottle cleaning member 300 is configured to be inserted or discharged in a sliding manner on the lower side of the open side of the bottle cleaning chamber 100. The bottle cleaning member 300 may be slid inward / outward of the bottle washing chamber 100 in a state where the bottle is mounted on the bottle holder 370.

When the bottle washing member 300 is slid out of the bottle washing chamber 100, the washing space on the bottle washing member 300 is completely opened to the outside of the bottle washing chamber 100. On the other hand, when the bottle washing member 300 is inserted into the bottle washing chamber 100 in the sliding direction, the bottle washing chamber door 400 is fastened to the opening surface of the bottle washing chamber 100. Thus, the bottle washing space is provided inside the bottle washing chamber 100 in a closed form.

The bottle washing chamber door 400 is configured to be integrally or assembled to one end of the bottle washing member 300 to correspond to an opened side of the bottle washing chamber 100. The bottle washing chamber door 400 opens and closes the inner space of the bottle washing chamber 100 by inserting and discharging the bottle washing member 300.

The bottle washing chamber door 400 may be provided with a transparent or opaque variable window. Thus, the variable window of the bottle washing chamber door 400 is maintained in an opaque state when washing the bottle under the control of the washing machine control unit 200, and is changed to a transparent state when drying and sterilizing.

The faucet cleaning chamber 700 is open at one side thereof and is configured such that at least one faucet is washed, dried, and sterilized in the inner space.

Specifically, the nipple cleaning chamber 700 is composed of a frame structure, such as a hemisphere, a square, a cylindrical shape with one side open, may be integrally configured with any one side or the top surface of the bottle cleaning chamber 100.

When the tap cleaning chamber 700 is inserted into the tap cleaning member 500 and the tap cleaning chamber door 600 is fastened to secure the internal washing space, the washing, drying, and sterilizing operation of the at least one tap is performed in the internal space. To be performed.

The tap cleaning member 500 is provided with a tap holder to allow at least one tap to be seated, and is configured to be inserted or discharged in a sliding manner under the opened one side of the tap cleaning chamber 700.

Specifically, the tap cleaning member 500 is configured to be inserted or discharged in a sliding manner under the opened one side of the tap cleaning chamber 700. The tap cleaning member 500 may slide in / outward of the tap cleaning chamber 700 while each tap is mounted on the tap holder.

When the tap cleaning member 500 slides out of the tap cleaning chamber 700 and is discharged, the washing space on the tap cleaning member 500 is completely opened to the outside of the tap cleaning chamber 700. On the other hand, when the tap cleaning member 500 is inserted sliding in the interior of the tap cleaning chamber 700, the tap cleaning chamber door 600 is fastened to the opening surface of the tap cleaning chamber 700. Thus, the interior of the faucet cleaning chamber 700 is provided with a closed faucet washing space.

The tap cleaning chamber door 600 is configured integrally or in an assembled state at one end of the tap cleaning member 500 to correspond to an opened side of the tap cleaning chamber 700. The faucet cleaning chamber door 600 opens and closes the inner space of the faucet cleaning chamber 700 by inserting and discharging the faucet cleaning member 500.

The tap cleaning chamber door 600 may be provided with a transparent or opaque variable window. Thus, the variable window of the tap washing chamber door 600 is maintained in an opaque state when washing the bottle under the control of the washing machine control unit 200, and is changed to a transparent state during drying and sterilization.

In addition, the transparent window 750 is configured on at least one side or the top surface of the faucet cleaning chamber 700, so that the faucet cleaning process performed in the inside of the faucet cleaning chamber 700 can be seen from the outside.

The washer control unit 200 may be configured in at least one side or upper surface of the bottle washing chamber 100 or the nipple washing chamber 700. The washer control unit 200 controls the bottle washing chamber 100 and the bottle washing member 300 to perform the washing, drying, and sterilization of the bottle in the inner space of the bottle washing chamber 100.

In detail, the washing machine control unit 200 controls the washing operation of the baby bottle washing member 300 step by step so that the washing process is performed in the washing space. And by controlling the drying and sterilization operation of the bottle washing chamber 100 step by step to control the drying and sterilization process sequentially. In addition, the washer controller 200 controls the transparent / opaque function of the transparent / opaque variable window provided in the baby bottle washing chamber door 400.

In addition, the washer controller 200 controls the faucet cleaning chamber 700, the faucet cleaning member 500, and the like to perform washing, drying, and sterilization operations of the faucet in the interior space of the faucet cleaning chamber 700. At this time, the washing machine control unit 200 controls the washing operation of the tap washing chamber 700 step by step to perform the washing process in the washing space. And by controlling the drying and sterilization operation of the bottle washing chamber 100 step by step to control the drying and sterilization process sequentially. In addition, the washer controller 200 controls the transparent / opaque function of the transparent / opaque variable window provided in the tap cleaning chamber door 600.

3 is a cross-sectional view illustrating a washing structure of the bottle washing member and the bottle washing chamber shown in FIG. 2. 4 is a block diagram illustrating a micro bubble generation structure of the micro bubble device shown in FIG. 3.

First, referring to FIG. 3, the baby bottle washing chamber 100 may include a micro bubble device 152, a hot water supply module 151, a temperature controller 110, a plurality of sterilization lamps 120, and a ventilation controller 140. Include.

The microbubble device 152 generates microbubbles in the cleaning solution supplied through the water supply pipe 150 so that the microbubbles are included in the cleaning solution. The microbubble device 152 is a device including microbubbles in micro units in the cleaning liquid, and the microbubble can increase the cleaning effect while impacting or popping the surface of the bottle or the nipple. In particular, by washing the bottle and the nipple with a microbubble cleaning solution, it is possible to wash the bottle and the nipple without adding a separate chemical detergent.

The cleaning liquid from the microbubble device 152 is supplied by being divided into the bottle cleaning chamber 100 and the nipple cleaning chamber 700, and the bottle cleaning member 300 and the nipple cleaning member 500.

The hot water supply module 151 heats the washing liquid supplied through the water supply pipe 150 by a direct heating method according to the control of the washing machine control unit 200 so that the fresh water is supplied to the microbubble device 152. . The hot water supply module 151 shortens the temperature rise time of the washing liquid by using the principle of heating water directly from the water purifier, thereby shortening the washing liquid heating time and washing time.

The temperature controller 110 of the baby bottle washing chamber 100 controls the temperature inside the baby bottle washing chamber 100 step by step by dissipating radio wave energy under the control of the washing machine controller 200. Here, the temperature control unit 110 emits RF propagation energy in the bottle direction to dry each bottle at low temperature.

In addition, the temperature controller 110 may provide the propagation energy to the tap washing chamber 700 under the control of the washing machine controller 200 to control the temperature inside the tap washing chamber 700 step by step.

The plurality of germicidal lamps 120 emits infrared rays or ultraviolet rays under the control of the washing machine control unit 200. Each germicidal lamp 120 emits infrared or ultraviolet light in the direction of the bottle so that each bottle can be sterilized. In addition, each sterilization lamp 120 may provide infrared or ultraviolet light to the tap cleaning chamber 700 to allow the inside of the tap cleaning chamber 700 to be sterilized.

The ventilation control unit 140 operates the ventilation fan of the bottle washing chamber 100 and the faucet washing chamber 700 under the control of the washing machine control unit 200, and thus, the inside of the bottle washing chamber 100 and the faucet washing chamber 700. Ventilate. At this time, the ventilation control unit 140 discharges the internal steam of the bottle washing chamber 100 and the tap cleaning chamber 700 under the control of the washing machine control unit 200 to shorten the drying time. In addition, by rapidly discharging steam in the bottle cleaning chamber 100 and the tap cleaning chamber 700 with a vent fan, it is possible to prevent the marks or stains generated by the cleaning liquid.

5 is a configuration diagram showing in detail the water supply and drainage structure of the bottle washing machine shown in FIG.

Referring to FIG. 5, the bottle washing chamber 100 further includes at least one feed pump 171, at least one drain pump 182, and a steam injection module 185.

The at least one water pump 171 supplies the washing liquid supplied through the water supply pipe 150 to the hot water supply module 151, the microbubble device 152, and the baby bottle washing pipe 170. ) And the cleaning solution containing the micro bubble to the baby bottle cleaning member 300 may be supplied. That is, the at least one feed pump 171 is supplied to the hot water supply module 151 and the microbubble device 152 in the water supply pipe 150 and the feeding bottle cleaning chamber 100 and the feeding bottle in the microbubble device 152. The pumping function is performed so that the washing solution is supplied to the washing pipe 170 and the like. At least one motor 172 may be additionally configured to drive the at least one feed pump 171.

The at least one drain pump 182 allows the washing liquid discharged through the tap cleaning member 500, the bottle cleaning member 300, and the filter 186 to be discharged to the drainage pipe 180. At least one drain pump 182 may be integrally formed with at least one feed pump 171, and may be alternately used according to a water supply or drainage function. When at least one feed pump 171 is separately configured, at least one drain motor 181 may be additionally configured to drive the at least one feed pump 171.

The steam injection module 185 is a tap cleaning member 500 and the bottle cleaning member 300 so that hot water steam can be injected from the tap cleaning member 500 and the baby bottle cleaning member 300 under the control of the washing machine controller 200. Provide steam by generating steam.

The washing machine control unit 200 controls the steam spray module 185 through the tap washing member 500 and the bottle washing member 300 when the washing operation of the tap washing member 500 and the baby bottle washing member 300 is completed. Allow steam to be injected. And the ventilation control unit 140 is controlled to ventilate the inside of the bottle washing chamber 100 and the tap washing chamber 700. At the same time, the washing machine control unit 200 controls the temperature control unit 110 to control the inside of the bottle washing chamber 100 and the faucet washing chamber 700 by the temperature control unit 110 to low-temperature drying below 50 degrees. do. Thereafter, the washer control unit 200 turns on the plurality of germicidal lamps 120 to emit infrared or ultraviolet rays from the plurality of germicidal lamps 120.

FIG. 6 is a perspective view illustrating a cleaning structure of the tap cleaning member and the tap cleaning chamber shown in FIG. 2. And, Figure 7 is a front view showing a fastening structure in which the tap cleaning member shown in Figure 2 is inserted into the tap cleaning chamber.

As shown in FIGS. 6 and 7, the tap cleaning chamber 700 includes a washing tank 650 for allowing the tap cleaning member 500 to insert an inner space and supplying a washing liquid containing micro bubbles to the inner space, and a washing tank. And a rotating member 640 to rotate 650.

The washing tank 650 may be configured in a drum form, and the tap washing member 500 is inserted into the washing tank 650 in a sliding manner. The cleaning solution containing the microbubble is supplied into the washing tank 650 so that the taps mounted on the tap holder 551 may be washed in the washing liquid.

The faucet cleaning member 500 is provided with an ultrasonic generator 550 for generating ultrasonic waves at the bottom or at least one side of the faucet holder 551, so that the faucets contained in the cleaning liquid can be cleaned by ultrasonic waves and micro bubbles. .

The washing tank 650 is rotated by the rotating member 640 while the washing liquid is filled in a predetermined amount. The washing tank 650 is alternately rotated in the direction of the two-way arrow so that physical rotation is applied to the washing liquid. Accordingly, the taps mounted on the tap holder 551 may be cleaned by using a washing solution, a micro bubble, and ultrasonic vibration, to which the washing tank 650 rotational force is applied, inside the washing tank 650 rotating in a drum form.

8 is a configuration diagram illustrating in detail a rotatable nozzle structure provided in the bottle cleaning member of FIG. 3.

Specifically, FIG. 8 illustrates a structure of at least one rotatable nozzle 131 shown as part A of FIG. 3.

At least one rotatable nozzle 131 is configured at the bottom or at least one side of the bottle holder 370 in which the bottle washing member 300 is mounted.

The at least one rotatable nozzle 131 sprays the cleaning liquid including the microbubbles inside and outside the at least one baby bottle mounted on the baby bottle holder 370. In addition, the at least one rotatable nozzle 131 may further inject fine steam into and out of the at least one baby bottle mounted on the baby bottle holder 370.

The rotatable nozzle 131 is coupled to the turntable 312 structure. Here, each rotating plate 312 supplies the washing liquid or the fine steam containing the micro bubble to the rotating nozzle 131, and also rotates the rotating nozzle 131 in a horizontal or vertical direction to the bottle washing member ( 300 may be configured on the bottom surface.

Each rotary nozzle 131 is coupled to the rotating plate 312 structure, while rotating along the bottom surface of the bottle cleaning member 300 in accordance with the rotation of the rotating plate 312, washing liquid and micro steam containing micro bubbles Spray sequentially to ensure that each bottle is washed.

As described above, the bottle washing machine of the present invention allows each cleaning member for allowing the bottle and the nipples to be mounted and cleaned to be completely opened out of each of the cleaning chambers 100 and 700. Thus, it is possible to improve the efficiency of ventilation, drying, cleaning, and hygiene check for the washing space of each bottle and nipple.

In addition, the present invention allows the bottles and nipples to be mounted on different cleaning members 300 and 500 to be washed, dried, and sterilized in different spaces. In particular, by allowing the nipples to be washed separately in a washing solution, it is possible to further improve the washing power of the nipples. Thus, it is possible to increase the satisfaction of users who care more about the hygiene state of the nipple than the bottle.

In addition, the present invention can perform the detergent-free cleaning by allowing the washing to proceed using ultrasonic waves and micro bubbles without the addition of a separate infant product cleaner. Thus, the satisfaction and reliability of users who are reluctant to use detergents for child care products can be further improved.

The present invention described above is capable of various substitutions, modifications, and changes without departing from the spirit of the present invention for those skilled in the art to which the present invention pertains. It is not limited by.

100: baby bottle washing chamber
151: hot water supply module
152: micro bubble device
185: steam injection module
200: washer control unit
300: bottle cleaning member
400: bottle wash chamber door
500: faucet cleaning member
600: faucet wash chamber door
700: tap washing chamber

Claims (10)

A bottle washing chamber configured to wash, dry, and sterilize at least one bottle in an inner space of one side thereof;
A bottle cleaning member provided with a cradle for allowing the at least one baby bottle to be seated, and configured to be inserted or discharged in a sliding manner under the opened side of the bottle cleaning chamber;
A tap cleaning chamber configured to allow one side to be opened and to at least one tap cleaning, drying, and sterilizing in an inner space;
A nipple cleaning member provided with a cradle for allowing the at least one nipple to be seated, and configured to be inserted or discharged in a sliding manner in a lower portion of an open side of the nipple cleaning chamber; And
By assembling or integrally configured with one side end of the faucet cleaning member to correspond to the opening side of the faucet cleaning chamber, the faucet cleaning chamber door for inserting and ejecting the faucet cleaning member in a sliding manner by a locking operation Include,
The faucet cleaning chamber
The tap cleaning member is configured to include a washing tank is configured in the form of a drum so that the slide is inserted into the inner space is rotated so that the physical rotation is applied to the spinal fluid filled in the inner space is inserted into the tap cleaning member,
Bottle Washer.
The method of claim 1,
A bottle washing chamber door configured at one end of the bottle washing member so as to correspond to an opened side of the bottle washing chamber, the bottle washing chamber door opening and closing an inner space of the bottle washing chamber according to an insertion and discharge operation of the bottle washing member; And
And a washer controller configured to control the bottle washing chamber, the bottle washing member, the faucet washing chamber, and the faucet washing member to perform washing, drying, and sterilization operations in the interior of the bottle washing chamber and the faucet washing chamber. ,
Bottle Washer.
The method of claim 2,
The bottle washing chamber
A microbubble device for generating and applying microbubbles to the washing liquid supplied through the water supply pipe;
At least one feed pump for supplying a washing liquid including the microbubble to the nipple cleaning member and the baby bottle cleaning member; And
At least one drain pump for discharging the cleaning liquid used in the nipple cleaning member and the bottle cleaning member,
Bottle Washer.
The method of claim 3, wherein
The bottle washing chamber
A hot water supply module for heating the washing liquid supplied through a water supply pipe by a direct heating method under the control of the washing machine control unit to provide the fresh water to the microbubble device in a hot water state; And
Further comprising a steam injection module for injecting hot water steam under the control of the washing machine control unit,
Bottle Washer.
The method of claim 4, wherein
The bottle washing chamber
A temperature controller for controlling the temperature inside the chamber step by step by dissipating radio wave energy under the control of the washer controller;
A plurality of germicidal lamps emitting infrared or ultraviolet rays under the control of the washing machine control unit; And
And a ventilation control unit for operating the at least one ventilation fan under the control of the washing machine control unit to ventilate the inside of the chamber.
Bottle Washer.
The method of claim 5,
The washer control unit
When the washing of the bottle and the faucet using the washing solution is completed, the ventilation control unit is controlled to ventilate the inside of the chamber,
By controlling the steam injection module to inject fine steam into the bottle and the tap,
To control the inside of the chamber to be dried at 50 degrees or less by the temperature control unit,
Bottle Washer.
The method of claim 2,
The faucet cleaning chamber
Including a rotating member for rotating the washing tank,
Bottle Washer.
The method of claim 7, wherein
The tap cleaning member
A tap holder in which the at least one tap is mounted;
Included in the lower or at least one side of the stem mounting portion, including an ultrasonic generator for generating ultrasonic waves,
Bottle Washer.
The method of claim 2,
The baby bottle cleaning member
A bottle holder on which the at least one bottle is placed;
At least one rotatable nozzle is provided on the bottom or at least one side of the bottle holder to spray the cleaning solution containing the micro bubble to at least one bottle mounted on the bottle holder,
Bottle Washer.
The method of claim 9,
The at least one rotatable nozzle
In addition to supplying the cleaning liquid containing the micro-bubble to the rotatable nozzle, and further comprising at least one rotary disk for rotating the rotatable nozzle in a horizontal or vertical direction,
Bottle Washer.

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