KR20210030561A - Multipurpose Washer having Cage Mounting Member of Double Sliding Structure - Google Patents

Abstract

The present invention relates to a multipurpose washing device with a cage mounting unit of a double sliding structure, the device comprising: the cage mounting unit, a water supplying unit, an injection nozzle unit, and a cage rotating unit. The cage mounting unit is composed of a cage which is formed inside a main body and accommodates an object to be washed; a cage holder which forwardly and backwardly slides against an opening and closing door and allows the cage to be mounted; a rail which guides a cage holder roller formed on both sides of the cage holder; a rail guide which includes each rail guide roller for guiding the rail inside; and a locking lever which is formed at an end of the rail guide and controls front and back sliding for the rail guide of the cage holder. The cage rotating unit rotates the cage holder. Disclosed is the multipurpose washing device with a cage mounting unit of a double sliding structure capable of easily mounting a cage when the opening and closing door is opened and easily washing various baby products other than baby bottles and pacifiers and hygiene or beauty related products.

Description

Multipurpose Washer having Cage Mounting Member of Double Sliding Structure}

The present invention relates to a washing machine, and more particularly, by implementing the cage mounting portion in a double sliding structure, the cage can be easily mounted when the opening and closing door is opened, and not only various baby products, but also hygiene-related or beauty-related products can be easily cleaned. It relates to a multi-purpose washing machine provided with a cage mounting portion of a dual sliding structure.

As is well known, for infants with weak immunity, there is disclosed a cleaning apparatus that repeatedly performs washing, sterilization, and disinfection for the bottle and the nipple by performing washing while rotating the cage accommodating the baby bottle and the nipple.

In this regard, Korean Laid-Open Patent Publication No. 2016-0035720 (a baby bottle washing apparatus reinforced with a detergent mixing regulator) includes a washing water inlet through which washing water is introduced, a washing water outlet through which washing water is discharged when the nozzle valve is opened and closed, It includes a mixing tank having a detergent inlet through which detergent is introduced, and a detergent valve that controls the inflow of detergent to the detergent inlet, and the control unit enables repeated washing by supplying a set amount of detergent to the regulator for each washing.

However, the above-described washing apparatus has a limitation in that a nozzle for spraying washing water is fixed, so that only a specific part of a baby bottle or nipple can be intensively washed, and not only various baby products other than the bottle and nipple, but also hygiene related or beauty related There is room for improvement in the cage-related configuration to make it easier to clean items as well.

On the other hand, when sterilizing a cup used in a restaurant or cafe with ultraviolet rays, when the cup is sterilized in an erected and fixed state, there is a problem that not only the outside of the cup but also the inside of the cup cannot be completely sterilized due to another adjacent cup.

Korean Patent Publication No. 10-2005-0043446 (published on May 11, 2005) Korean Patent Publication No. 10-2005-0120463 (published on December 22, 2005) Korean Utility Model Registration No. 20-0408352 (2006. 02. 02. Announcement)

The technical problem to be achieved by the spirit of the present invention is to implement a cage configuration that allows easy cleaning of hygiene-related or beauty-related products as well as various baby products in addition to baby bottles and nipples, and easily disinfecting the inside of cups or bowls that cannot be reached by ultraviolet rays. It is to provide a multi-purpose washing machine having a cage mounting portion of a double sliding structure.

In order to achieve the above object, the present invention includes a main body comprising a front plate having a control panel and an opening and closing door, and a rear plate through which a water supply pipe penetrates; A cage formed inside the main body, a cage for receiving a cleaning object, a cage holder for sliding back and forth against the opening and closing door, and mounting the cage, a rail for guiding cage holder rollers formed on both sides of the cage holder, and the A cage mounting portion comprising a rail guide each having a rail guide roller guiding a rail therein, and a locking lever formed at an end of the rail guide to intercept the front and rear sliding of the cage holder with respect to the rail guide; A water supply unit supplying water through a tank connected to the water supply pipe; An upper injection nozzle member formed at the upper end of the cage holder to spray water to the object to be cleaned, a lower spray nozzle member formed at the lower end to spray water to the object to be cleaned, and the upper injection nozzle member or An injection nozzle unit configured as a circulation pump branching to the lower injection nozzle member to supply water; And it provides a multi-purpose washing machine having a cage mounting portion of the double sliding structure including; and a cage rotating portion for rotating the cage holder.

Here, in the cage mounting portion, the rail is formed in an H-beam shape, the rail is coupled to the inside of the rail guide roller and slides, and the cage holder roller is coupled to the inside of the rail and slides, forming a double sliding structure. Can be.

In addition, the rail guide is formed to be inclined at a certain angle downward with respect to the outer direction of the opening and closing door, and the rail and the cage holder may be coupled to each other in correspondence with the angle.

In addition, the cage is composed of a cage body for receiving a feeding bottle on both sides and mounting a feeding bottle lid in the center, and a cage cover each covering the cage body, and accommodating a nipple between the cage body and the cage cover. The nipple body may be interposed.

In addition, the cage may be formed as a cage for a cafe for storing a cafe tableware, a cage for a baby bowl for storing an infant bowl, a cage for baby products for storing baby products, or a cage for a beauty salon for storing beauty salon supplies.

In addition, the opening and closing door is formed separately into an upper door and a lower door, and when opened, the upper door is opened upward and the lower door is opened downward, so that the cage holder may slide forward to be exposed.

In addition, the upper injection nozzle member includes an upper distribution port in communication with the circulation pump, a fixed injection nozzle fixed to both ends of the upper distribution port, and a rotary injection nozzle formed to rotate at the center of the upper distribution port. And the lower injection nozzle member includes a lower distribution pipe communicating with the circulation pump, a fixed injection nozzle fixed at both ends of the lower distribution port, and a rotary injection nozzle formed to rotate at the center of the lower distribution port. The fixed injection nozzle may be injected to both side areas of the cage, and the rotary injection nozzle may be injected to a central area of the cage.

In addition, support holes are formed at the lower ends of both side surfaces of the cage holder, so that when the cage holder slides forward, the support tool may be supported by an inner side surface of the open lower door.

In addition, a micro switch for sensing opening/closing of the lower door may be formed inside the body in close contact with the lower door.

According to the present invention, it is possible to easily mount and replace the cage when the opening door is opened by implementing the cage mounting portion on which the cage is mounted in a double sliding structure.

In addition, when the cage holder slides forward, there is an effect of stably supporting the cage holder.

Furthermore, it is possible to wash all of the products constituting the bottle at the same time, or to easily wash hygiene-related or beauty-related items as well as various baby products in addition to the bottle and nipple, and boil and UV disinfection with a cafe tableware or cup-only cage. There is an effect.

1 is a schematic perspective view of a multi-purpose washing machine having a cage mounting portion of a dual sliding structure according to an embodiment of the present invention.
FIG. 2 is a side view of the multipurpose washing machine of FIG. 1.
3 is an exploded perspective view of the multipurpose washing machine of FIG. 1.
4 is a diagram showing the internal configuration of the multipurpose washing machine of FIG. 1.
Figure 5 is an illustration of the cage mounting of the multi-purpose washing machine of Figure 1;
6 is a side view showing a cage mounting portion of the multipurpose washing machine of FIG. 1.
7 is a separate view showing the cage configuration of the multipurpose washing machine of FIG. 1.
8 is a diagram illustrating a dual sliding structure of a cage mounting portion of the multipurpose washing machine of FIG. 1.
9 illustrates a cage applied to the multipurpose washing machine of FIG. 1.
10 to 15 show the internal configuration of the multi-purpose washing machine of FIG. 1, respectively.

Hereinafter, embodiments of the present invention having the above-described features will be described in more detail with reference to the accompanying drawings.

Referring to the drawings, a multi-purpose washing machine having a cage mounting portion of a double sliding structure according to an embodiment of the present invention, as a whole, is a main body 100, a cage mounting portion 110, a water supply portion 120, and a spray nozzle portion. It is composed of 130, the cage rotation unit 140, the cage rotation detection unit 150, the drainage pump 160, the UV irradiation unit 170, and the drying unit 180, so that a variety of washing objects can be easily performed at the same time. By configuring the cage mounting portion to be washed, it is possible to efficiently perform washing, drying and sterilization of baby bottles, tableware for infants, baby products, cafe supplies, and beauty salon supplies.

First, the main body 100, as shown in Figure 1, the control panel 101 and the front plate with the opening and closing door 102 is formed, and a rear plate through which the water supply pipe 121 (see Fig. 11) passes through the lower portion. It is composed.

That is, the main body 100 is the upper main body 100A on which the cage holder 114 is formed, and the lower end on which the tank 124 and the hot water heater module 125 and the circulation pump 133 and the drain pump 160 are formed. The body 100 is coupled to the body 100B, specifically, the body 100 includes a case 100a covering the outer shape, a support plate 100b formed inside the case 100a and supporting the internal structure, and a support plate 100b The upper body 100A including a reflector 100c formed on the inside and reflecting ultraviolet rays, a lower body 100B covering the internal structure of the lower end of the body 100 and performing a waterproof function, and an upper body 100A It may be composed of an intermediate body (100C) interposed between the lower body (100B).

In addition, as shown in Figure 2, the opening and closing door 102 is formed to be separated into an upper door (102a) and a lower door (102b), when opened, the upper door (102a) is opened upward and the lower door (102b) Is opened downward to expose the cage holder 114 by sliding forward, so that the cage 113 can be easily attached and detached.

On the other hand, as shown in Figure 1 (b) and Figure 4 (b), inside the main body 100 in close contact with the lower door (102b), a micro switch 106 that detects the opening and closing of the lower door (102b) Is formed, when a failure occurs, for example, when an unexpected opening (opening) of the opening and closing door 102 is detected or when an incomplete closing (closed) of the opening and closing door 102 is detected, the washing is immediately stopped and the display formed on the control panel 101 A corresponding error message may be provided through a module or speaker (not shown).

Next, the cage mounting portion 110, as shown in Figs. 4 to 8, is formed inside the main body 100, and slides back and forth against the cage 113 and the opening and closing door 102 for receiving the object to be cleaned. And a cage holder 114 on which the cage 113 is mounted, a rail 115 guiding the cage holder rollers 114a formed on both sides of the cage holder 114, and a rail guide roller ( It consists of a rail guide 116 formed on the inner side of 116a, respectively, and a locking lever 117 formed at the end of the rail guide 116 to intercept the front and rear sliding of the cage holder 114 with respect to the rail guide 116.

Specifically, in the cage mounting portion 110, the rail 115 is formed in an H-beam shape, the rail 115 is coupled to the inner side of the two pairs of rail guide rollers 116a and slides in the front and rear direction, and the cage holder roller ( 114a) may be formed in a double sliding structure that is coupled to the inside of the rail 115 and slides (see FIG. 8 ).

In addition, the rail guide 116 is formed to be inclined downward at a certain angle with respect to the outer direction of the opening and closing door 102, and the rail 115 and the cage holder 114 are mutually coupled to each other corresponding to the inclination angle, so that the cage holder 114 ) Can easily slide forward to the outside of the opening and closing door 102 (see FIG. 6).

Or, although not shown, the rail guide roller (116a) is formed of a pineer gear, the rail (115) is formed of a rack gear, and further includes a reducer and a driving motor that rotates the rack gear, and a cage holder ( 114) can also be slided back and forth.

In addition, as shown in Figure 6, the support hole (114a) is formed at the bottom of both sides of the cage holder (114), when the cage holder (114) sliding forward, the support (114a) is the open lower door (102b) ) Can be stably supported by the inner side.

In addition, the cage 113, as shown in Figure 7, each of the cage body (113a) for receiving the baby bottle on both sides and mounting the bottle lid in the center, and a cage cover ( 113b), and the nipple body 113c for accommodating the nipple is interposed between the cage body 113a and the cage cover 113b, so that all of the products constituting the baby bottle can be washed at the same time.

Here, the cage body 113a and the nipple body 113c may be provided with a cradle L for mounting a baby bottle lid and a nipple at a predetermined height.

In addition, as shown in Figure 9, the cage is, a cage for a cafe for storing cafe tableware, a cage for a baby bowl for storing an infant bowl (a), a cage for baby products for storing a baby product, or a beauty salon article It may be formed in various ways as a cage (b) for a beauty salon.

Next, the water supply unit 120, a solenoid valve 122 connected to the water supply pipe 121 to regulate the water supplied, and a flow sensor 123 connected to the solenoid valve 122 to detect the flow rate of water, It consists of a tank 124 for receiving a certain amount of water that has passed through the flow sensor 123, and a hot water heater module 125 that is in communication with one side of the tank 124 to heat the water to a certain temperature.

Here, as shown in Fig. 13, the water that has passed through the flow sensor 123 is supplied to the upper side of the intermediate body 100C through a water supply conduit (C) and is directed downward by a U-shaped tube (U) (see Fig. 12). Is supplied to the tank 124 and the hot water heater module 125 communicated with each other.

Meanwhile, a filter plate 124a is formed at the inlet of the tank 124 to block the inflow of foreign substances to the circulation pump 133 after washing of the object to be cleaned, and the hot water heater module 125 is provided with a heating wire 125a and hot water. It is composed of a temperature sensor (125b) that senses the temperature and heats the water to 85 ℃.

In addition, as shown in Figure 12, the water supply unit 120 includes a tank 124 and a water level sensor 126 for continuously detecting the level of water to be filled in the hot water heater module 125, the water level sensor ( 126 is a floating water level float 126a, a guide 126b having one end hinged to the water level float 126a, a magnet 126c coupled to the other end of the guide 126b, and the magnet 126c. And a sensing circuit 126d made of a PCB that is spaced apart and senses the rotation of the magnet 126c.

For example, the water level float 126a of the water level sensor 126 rises by 23 degrees when 4 liters of water is filled based on when there is no water, and the sensing circuit 126d rotates 360 degrees of the magnet 126c at steps 16,384. It is possible to detect the water level according to the increase or decrease of water in increments of 0.029 liters in 1368 steps for 23 degrees.

In addition, the water level sensor 126 may detect whether or not the circulation pump 133 is operated, and detect the amount of water replenishment according to the number of feeding bottles when a cleaning object, for example, a baby bottle is boiled.

Therefore, by the flow sensor 123 and the water level sensor 126, the operation of the solenoid valve 122, which is a water supply valve, and the water supply amount of water are double checked and sensed, and the water level according to the washing by the water level sensor 126 It is possible to detect the increase or decrease in real time and detect the amount of leakage in case of leakage, and provide a corresponding error message through the display module (FND) (not shown). Alternatively, the error message may be notified through the speaker S formed on the bottom of the lower body 110B.

That is, the flow sensor 123 detects whether the water level sensor 126 operates normally, and the flow rate of the water supply conduit C detected by the flow sensor 123 and the tank 124 detected by the water level sensor 126 ) Through the flow rate, it is possible to accurately detect the amount of water in double and compare the flow rate with each other to accurately detect whether or not there is a leak.

Next, as shown in Figs. 14 and 15, the injection nozzle unit 130 is formed on the top of the cage holder 114, the upper injection nozzle member 131 for spraying water toward the object to be cleaned, and the cage holder ( 114) The lower spray nozzle member 132 formed at the bottom to spray water toward the object to be washed, and the water supplied from the tank 124 are branched to the upper spray nozzle member 131 or the lower spray nozzle member 132 It consists of a circulation pump 133 to supply water.

Specifically, the upper injection nozzle member 131 is a fixed type fixed to both ends of the T-shaped upper distribution port (131c) and the upper distribution port (131c) in communication with the circulation pump 133 branching into the injection nozzle It consists of a spray nozzle (131a) and a rotary spray nozzle (131b) formed to rotate in the center of the upper distribution port (131c).

On the other hand, a pair of coupling holes (not shown) are formed outside the upper end of the fixed spray nozzle (131a), and a coupling groove (not shown) is formed on the inside of the upper distribution port (131c) coupled thereto, and the fixed spray nozzle ( 131a) may be fixed to the upper distribution port 131c.

In addition, the lower injection nozzle member 132 has a lower distribution port (not shown) communicating with the circulation pump 133 and branching into the injection nozzle, and a fixed injection nozzle 132a fixed to both ends of the lower distribution port, It consists of a rotary injection nozzle (132b) formed to rotate in the center of the lower distribution port.

Here, optionally, water is branched from the circulation pump 133 and supplied to the upper injection nozzle member 131 through the upper conduit 133a, or water to the lower injection nozzle member 132 through the lower conduit 133b. Is supplied.

Specifically, as shown in FIG. 15, the rotational injection nozzles 131b and 132b are the first injection nozzles 131b-1 and 132b-1 and the second injection nozzles 131b-2 and 132b-2 based on the rotation axis. And the corresponding injection nozzle ports N1 and N2 of the first injection nozzles 131b-1 and 132b-1 and the second injection nozzles 131b-2 and 132b-2 are formed to spray water in opposite directions to each other. It is rotated by the water pressure of the supplied water, and can be sprayed toward the object to be cleaned stored in the center of the cage (113).

For example, the rotary injection nozzles 131b and 132b are formed in a pinwheel shape to face the cage holder 114, and thus may be configured to rotate more smoothly only by water pressure.

In addition, in the upper and lower fixed injection nozzles 131a and 132a, respective injection nozzle openings N3 are formed on the upper and lower ends of the cage 113 to face each washing object, that is, a baby bottle. For example, three injection nozzle openings may be formed respectively facing the cage 113 in which three feeding bottles are accommodated in a row.

That is, the fixed spray nozzles (131a, 132a) correspond to the feeding bottle, and the rotary spray nozzles (131b, 132b) are pacifiers, caps, lids, infant toys, infant dishes, infant bowls, and cafes housed in the center of the cage 113. Corresponds to supplies (cups, teaspoons, plates) and beauty salon supplies (scissors).

Meanwhile, a water pressure switch 134 is formed in the upper conduit 133a connected from the circulation pump 133 to the upper distribution port 131c, and normal injection by the upper injection nozzle member 131 by the water pressure switch 134 Whether or not it is detected, and when abnormal, a corresponding error message may be provided through a display module or a speaker formed on the control panel 101.

That is, the water pressure switch 134 detects whether water is normally supplied from the circulation pump 133 to the fixed and rotary injection nozzles 131a and 131b of the upper injection nozzle member 131, that is, the circulation pump 133 It is possible to prevent overload caused by abnormal driving of the circulation pump 133 which may be driven but water supply to the upper injection nozzle member 131 is not made.

In addition, although not shown, the injection nozzle unit 130 includes a sensor that detects whether the rotational injection nozzles 131b and 132b are rotated normally, and when abnormal, the corresponding error message can be provided through the display module or speaker. I can.

Next, the cage rotation unit 140, the cage holder 114, that is, a reducer 141 coupled with a first rotation shaft (not shown) on one side of the rail guide 116, and a servo motor driving the reducer 141 ( Consisting of 142), the cage 113 mounted on the cage holder 114 is rotated.

Next, as shown in FIG. 10, the cage rotation detection unit 150 is fixedly formed at the end of the second rotation shaft (not shown) of the other side of the cage holder 114, more precisely, the rail guide 116. It consists of a magnet 151 and a sensing circuit 152 made of a PCB facing and spaced apart from the magnet 151 to sense the rotation of the magnet 151. For reference, since the rotation of the rail guide 116 and the rotation of the cage holder 114 are interlocked, it will be described in detail by matching with the cage holder 114 hereinafter.

Here, the cage rotation detection unit 150 detects the rotational position of the cage holder 114 rotated by the cage rotation unit 140, and the detection circuit 152 allows the N/S magnet 151 to rotate 360 degrees by 16,384. By detecting the rotational position of the cage 113 minutely in steps (0.0219727 degrees), a malfunction of the cage rotating unit 140, for example, an instantaneous speed change due to a cage not being installed or a defect is detected, and an error is derived, and the control panel 101 The error message can be provided through the display module of. Alternatively, a corresponding error message may be notified through a speaker formed on the bottom of the lower body 100B.

In other words, unlike the method of detecting the rotation position of the cage 113 only when passing through a specific point by infrared detection or an encoder, the rotation of the magnet 151 accurately responds to the rotation of the reducer 141 in units of 0.0219727 degrees, resulting in a malfunction. Due to the overload of the servo motor 142 can be prevented and the correct rotation position of the cage 113 can be detected.

Next, the drain pump 160 discharges the washing water that is injected from the upper or lower spray nozzle members 131 and 132 and recovered to the tank 124 to the outside through the drain pipe 161.

In addition, as shown in FIG. 15, the ultraviolet irradiation unit 170 is formed on the upper end of the cage holder 114 to irradiate ultraviolet rays to disinfect the object to be cleaned, so that the ultraviolet LED 171 and the irradiation are visually identified. It may be composed of a blue LED 172, a PCB 173 for driving the LED, and an LED holder 174.

In addition, the drying unit 180 is formed at the bottom of the cage holder 114 to blow hot air to dry the object to be washed, a blowing fan 181, a hot wire (not shown) for heating air, and the cage 113 It may be composed of a cover 182 that sprays hot air in the direction.

On the other hand, as shown in Figure 10, there is a leak sensor 105 is formed on the bottom of the lower body (100B), the leak sensor 105, the tank 124, the hot water heater module 125, the circulation pump 133 ), or a leaky float 105a floating by leaking water from the drainage pump 160, and is fixed to the lower body 100B and formed on the top of the leaky float 105a to detect the floating of the leaky float 105a. It consists of a switch 105b.

Accordingly, the water level sensor 126 and the water leakage sensor 105 can detect the water leakage twice and provide a corresponding error message through the display module. Alternatively, a corresponding error message may be notified through a speaker formed on the bottom of the lower body 100B.

Here, the leak sensor 105 operates on and off according to the leak, and the water level sensor 126 detects whether the leak continues and the amount of leak.

That is, while detecting whether there is leakage alone by the leakage sensor 105, as described above, by additionally detecting whether there is leakage through the water level sensor 126, and detecting the double leakage, safety accidents caused by the leakage are in advance. Is definitely preventable.

In addition, the opening/closing door 102 is formed separately into an upper door 102a that is open upward and a lower door 102b that is open downward, and an input groove (not shown) for injecting detergent is formed in the lower door 102b, or , A separate detergent injection unit 190 may be formed on the side of the main body 100.

For example, the detergent injection unit 190 is formed on one side of the upper main body 100A to receive a detergent injected from the inlet 191, and a detergent injection pipe communicating with the detergent bath 192 A cam roller 194 that rotates at the center of the U-shaped path of the detergent injection pipe 193 formed by the U-shaped guide 193a and pushes the detergent of the detergent injection pipe 193 in the direction of the tank 124 ), a speed reducer 195 coupled with the rotation shaft of the cam roller, a servo motor 196 that drives the speed reducer, and a micro switch 197 that counts the number of rotations by contacting the rollers 194a of the cam roller 194 It is composed of, when washing the object to be cleaned, an appropriate amount of detergent can be added.

In addition, as shown in FIG. 1, a detergent confirmation window 198 is formed on the side of the upper body 100 so that the amount of detergent in the detergent tank 192 can be visually identified.

Although not shown, a turbidity sensor (not shown) is formed inside the tank 124, and if the turbidity is good by detecting the turbidity of the water after the rinsing process, the boiling process by the hot water heater module 125 is followed. You can also proceed with it.

For reference, the cleaning process of the above-described components according to the menu operation of the control panel will be described in detail as follows.

When the object to be cleaned is soaked, water is sprayed to the upper injection nozzle member, and the cage rotation unit swings the cage holder at 5° to 20° at regular intervals.

During internal washing or internal rinsing of the object to be cleaned, the cage rotating part rotates the cage holder downward and then swings at a constant period of 5 degrees to 20 degrees, and sprays water to the lower spray nozzle member.

During external washing or external rinsing of the object to be cleaned, the cage rotation unit rotates the cage holder 360 degrees in the forward and reverse directions, and sprays water to the lower spray nozzle member.

When the object to be washed is boiled, the cage rotating part rotates the baby bottle accommodated in the cage upwards, and then sprays 85°C of water through the top spray nozzle member.

When the object to be washed is dried, the cage rotation unit rotates the cage holder upward and downward, and swings at a constant period of 5° to 20° and sprays hot air to the drying unit.

In the case of ultraviolet disinfection of the object to be cleaned, the cage rotating unit irradiates ultraviolet rays by the ultraviolet irradiation unit while rotating the cage holder upward and downward, respectively, or rotating the cage holder 360 degrees. Accordingly, it is possible to completely sterilize and disinfect the object to be cleaned without a blind spot by the ultraviolet irradiation unit.

On the other hand, it is possible to prevent contamination of the object to be cleaned due to separate external storage by periodically performing ultraviolet disinfection while storing the object to be cleaned inside the body for a certain period of time.

Therefore, by the configuration of the multi-purpose washing machine having the cage mounting portion of the double sliding structure as described above, the cage mounting portion on which the cage is mounted is implemented in a double sliding structure, so that the cage can be easily mounted and replaced when the opening and closing door is opened. , When the cage holder is sliding forward, it can stably support the cage holder, and all of the products constituting the baby bottle can be washed at the same time, or various baby products other than the bottle and nipple, as well as hygiene-related or beauty-related products can be easily cleaned, Boiling and UV disinfection can be easily performed with a cafe dishware or a cage for cups.

Since the embodiments described in the present specification and the configurations shown in the drawings are only the most preferred embodiments of the present invention, and do not represent all the technical spirit of the present invention, various equivalents that can replace them at the time of the present application It should be understood that there may be water and variations.

100: main body 101: control panel
102: opening and closing door 105: water leakage sensor
110: cage mounting portion 113: cage
114: cage holder 115: rail
116: rail guide 117: locking lever
120: water supply unit 121: water supply pipe
122: solenoid valve 123: flow sensor
124: tank 125: hot water heater module
126: water level sensor 130: fountain nozzle part
131: upper injection nozzle member 132: lower injection nozzle member
133: circulation pump 134: water pressure switch
140: cage rotating part
141: reducer 142: servo motor
150: cage rotation detection unit 151: magnet
152: detection circuit 160: drain pump
161: drain pipe 170: ultraviolet irradiation unit
180: drying unit 181: blowing fan
182: cover 190: detergent injection part
191: inlet 192: detergent tank
193: detergent injection pipe 194: cam roller
195: reducer 196: servo motor
106,197: micro switch

Claims (9)

A main body comprising a front plate on which a control panel is formed and an opening and closing door is formed, and a rear plate through which a water supply pipe passes through a lower portion;
A cage formed inside the main body, a cage for receiving a cleaning object, a cage holder for sliding back and forth against the opening and closing door, and mounting the cage, a rail for guiding cage holder rollers formed on both sides of the cage holder, and the A cage mounting portion comprising a rail guide each having a rail guide roller guiding a rail therein, and a locking lever formed at an end of the rail guide to intercept the front and rear sliding of the cage holder with respect to the rail guide;
A water supply unit supplying water through a tank connected to the water supply pipe;
An upper injection nozzle member formed on the upper end of the cage holder to spray water to the object to be cleaned, a lower injection nozzle member formed at the lower end to spray water to the object to be cleaned, and the upper injection nozzle member or An injection nozzle unit configured as a circulation pump branching to the lower injection nozzle member to supply water; And
A multi-purpose cleaner having a cage mounting portion having a double sliding structure, including; a cage rotating portion for rotating the cage holder.
The method of claim 1,
In the cage mounting portion,
The rail is formed in an H-beam shape, the rail is coupled to the inside of the rail guide roller and slides, and the cage holder roller is coupled to the inside of the rail and slides, characterized in that it is formed in a double sliding structure. A multi-purpose cleaner with a sliding cage mounting part.
The method of claim 2,
The rail guide is formed to be inclined at a certain angle downward with respect to the outer direction of the opening and closing door, and the rail and the cage holder are mutually coupled to each other in response to the angle. syringe.
The method of claim 1,
The cage is composed of a cage body each receiving a baby bottle on both sides and mounting a baby bottle lid in the center, and a cage cover each covering the cage body,
A multipurpose washing machine having a cage mounting portion having a double sliding structure, characterized in that a nipple body for accommodating a nipple is interposed between the cage body and the cage cover.
The method of claim 1,
The cage, characterized in that formed as a cage for a cafe for storing cafe tableware, a cage for a baby bowl for storing a baby bowl, a cage for baby products for storing baby products, or a cage for a beauty salon for storing beauty salon supplies, double A multi-purpose cleaner with a sliding cage mounting part.
The method according to claim 4 or 5,
The opening and closing door is formed separately into an upper door and a lower door, and when opened, the upper door is opened upward and the lower door is opened downward so that the cage holder is exposed by sliding forward. A multi-purpose washing machine with a structured cage mounting part.
The method of claim 6,
The upper injection nozzle member comprises an upper distribution port in communication with the circulation pump, a fixed injection nozzle fixed at both ends of the upper distribution port, and a rotary injection nozzle formed to rotate at the center of the upper distribution port. ,
The lower injection nozzle member is composed of a lower distribution pipe in communication with the circulation pump, a fixed injection nozzle fixed to both ends of the lower distribution port, and a rotary injection nozzle formed to rotate at the center of the lower distribution port. ,
The fixed spray nozzle is sprayed to both side regions of the cage, and the rotary spray nozzle sprays to a central region of the cage.
The method of claim 6,
Supporting holes are formed at the lower ends of both sides of the cage holder, and when the cage holder slides forward, the support tool is supported by the inner side of the open lower door. All-purpose washer.
The method of claim 8,
A multi-purpose washing machine having a cage mounting portion having a double sliding structure, characterized in that a micro switch is formed inside the main body in close contact with the lower door to detect the opening and closing of the lower door.

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