KR100445518B1 - A washing device for a baby bottle - Google Patents

Abstract

The present invention can automatically wash the whole bottle mounted on the inside by spraying detergent and water at a high pressure using the pressure sprayed through the integrated nozzle tube in the washing of the baby bottle, nipple, stopper of the baby bottle device. On the other hand, it relates to a bottle washing apparatus that can proceed the sterilization operation according to the natural air and the hot air drying using the heat of the motor and the heat of the heater and the ultraviolet sterilization lamp operated by the control unit.

The present invention provides a bottle washing apparatus main body (610, 710) and a cover (640, 740) is installed on the top to open and close the receiving portion (611, 711), and is provided on the front of the main body to control the washing and drying and sterilization sequentially or individually In the baby bottle cleaning apparatus including a control unit 612, 712 to control and a driving unit 120 to supply any one of the cleaning liquid and air to the receiving unit through the drain supply pipe 129 according to the control unit, the driving unit 120 It is connected to the drain supply pipe 129 of the other end is arranged integrally extending in the upper, middle, lower portion in the interior of the receiving portion of the nozzle nozzle (614,714) of the predetermined shape in which the injection hole is formed in a predetermined position so that the washing liquid and hot air can be injected Characterized in that it comprises a.

Description

A washing device for a baby bottle}

The present invention can automatically wash the entire body of the bottle mounted on the inside by spraying detergent and water at a high pressure using a spray pressure that was manually done in the washing of the bottle device consisting of baby bottles, nipples, stoppers, etc. On the other hand, the present invention relates to a bottle washing apparatus that allows drying and sterilization to proceed.

In general, a bottle refers to a long-necked, white hoax bottle that holds spring water when a mother who is not lactating and weans his three gods, or a bottle made of plastic, glass, rubber, etc. The present invention relates to an integrated baby bottle device which is a container made of plastic.

In the related art, the bottle, the nipple, and the stopper, which constitute the bottle apparatus, have been washed by hand, respectively.

Therefore, there was a difficulty in increasing domestic labor in families with young children.

Accordingly, the present invention was devised to solve the above-mentioned difficulties, and the baby bottle, nipple, stopper, etc. of the baby bottle is automatically washed by spraying detergent and water at high pressure by an integrated nozzle tube. The purpose is to provide a bottle washing apparatus that can be used.

Still another object is to provide a baby bottle mounting means and a baby bottle holding means.

1 is a perspective view showing an embodiment of the bottle feeding apparatus of the present invention,

2 is a front view of FIG. 1,

3 is a cross-sectional view taken along the line A-A of FIG.

4 is a cross-sectional view taken along line B-B of FIG.

5 is an explanatory diagram showing a washing driving unit of FIG. 4;

6 is an explanatory view showing the stopper means of FIGS. 3 and 4;

7 is a right side view of FIG. 6;

8 is a perspective view showing the nipple mounting means of FIG.

9 is a plan view showing a state in which the nipple-type nipple is mounted on the nipple mounting means of FIG.

10 is a plan view of FIG. 9;

FIG. 11 is a plan view illustrating a state where an nipple of the vent type is mounted on the nipple mounting means of FIG. 8; FIG.

12 is a plan view of FIG.

13 is a perspective view showing the bottle support member of FIGS. 3 and 4;

14 is an explanatory diagram showing a state in which a groove is formed in the accommodation portion of the present invention and a nozzle tube is installed;

15 is an explanatory view showing a state in which a nozzle tube is installed using a fastening member in a receiving portion of the present invention;

16 is a cross-sectional view of a driving unit for explaining a modified example of FIG.

17 is an explanatory view illustrating main parts of the injection unit of FIG. 16;

18 is a plan view of an injection unit for explaining an example in which the nozzle pipe of FIG. 3 is modified;

19 is a plan view showing the baby bottle holder of the present invention,

20 is a perspective view of the bottle holder shown in FIG. 19,

21 is a perspective view showing a modification of the stopper fixing member shown in Figs.

22 is a detailed explanatory diagram showing a detergent supply part of FIG. 16;

Figure 23 is an exploded perspective view showing another embodiment of the baby bottle washing apparatus of the present invention,

24 is a sectional view of the main parts of FIG. 23;

25 is an exploded perspective view showing still another embodiment of the baby bottle washing apparatus of the present invention;

FIG. 26 is a cross-sectional view of main parts of FIG. 25; FIG.

FIG. 27 is a cross-sectional view of FIG. 26.

* Description of the symbols for the main parts of the drawings *

W: Bottle X: Stopper

Y: Nuke Nipple (Nipple) Z: Avent Nipple (Nipple)

100: bottle washing device main body 101: viewing window

110: control unit 120: drive unit

130: accommodating part 140: jetting part

150: drainage 160: stopper mounting means

170: nipple mounting means 200: cover

210: handle 300: UV sterilization lamp

400: branch connector 500: bottle installation port

600,700: Bottle washing unit 610,710: Bottle washing unit

614,714: nozzle tube 620,720: baby bottle mounting means

630, 730: bottle support means 640, 740: cover

The present invention for achieving the above object, the bottle is provided with a cover on the top to open and close the receiving unit body, and provided on the front of the main body to sequentially control or individually control washing and drying and sterilization In the baby bottle cleaning apparatus comprising a control unit and a driving unit for supplying either one of the cleaning liquid and air to the receiving unit through the drainage according to the control unit, one end is connected to the drainage portion and the other end is inside the receiving unit, It is characterized in that it comprises a nozzle tube of a predetermined shape is formed integrally extended to extend in the lower portion, the injection hole is formed in a predetermined position so that the cleaning liquid and hot air can be sprayed.

The nozzle tube is connected to the drive unit and includes a respective injection 1, 2, 3 surface to be sprayed by dividing the upper, lower and central portion into respective regions, starting from any one of the inner upper and lower portion of the receiving portion.

It further comprises an internal injection nozzle of a predetermined length to protrude in a vertical direction to the predetermined position of the nozzle tube to spray the cleaning liquid and air to the inlet of the bottle.

A plurality of baby bottle mounting portions arranged at regular intervals to seat the baby bottle inlet according to the type of baby bottle in the receiving portion, and extends on one side with the baby bottle mounting portion, protrudes a certain height upwards inside the nipple in a row A plurality of seated and close to the receiving portion includes a bottle unit seating means that is integrally configured with a stopper seated nipple / stopper mounting portion.

The upper part of the baby bottle device mounting means includes a baby bottle support part having a hook and a hole at a predetermined position and supporting the back of the baby bottle, and a baby bottle device support means having reinforcement parts for reinforcing the baby bottle support part at a predetermined interval. do.

Hereinafter, with reference to the accompanying drawings will be described in detail the bottle washing apparatus of the present invention.

1 is a perspective view showing an embodiment of the bottle feeding apparatus of the present invention, Figure 2 is a front view of Figure 1, Figure 3 is a sectional view taken along the line A-A of Figure 2, Figure 4 is a sectional view taken along the line B-B of FIG. to be.

In the baby bottle washing apparatus of the present invention, by operating the control unit 110 installed on the front of the outside, the drive unit 120 installed in the rear of the control unit 110 is operated to divide the baby bottle, nipple and stopper accommodated in the receiving unit 130. High pressure water and detergent is injected from the sand 140, while the drain 150 is installed so as to communicate with the outside from the receiving unit 130, washing the bottle operated in the order of pre-wash → detergent washing → water washing, etc. Device main body 100; The bottle washing apparatus body 100 is rotatably installed on the upper portion of the cover 200 to be opened and closed.

UV sterilization lamp 300 is configured to proceed with the sterilization operation in accordance with the operation of the control unit 110 so as to sterilize the UV light in a predetermined position of the receiving unit 130 of the bottle washing apparatus body (100).

Here, the ultraviolet sterilization lamp 300 may be installed in a plurality of predetermined positions, of course.

In addition, it is a matter of course that air can be blown into the spray unit by a fan, which will be described later, of the driving unit 120 and dried.

In addition, the heat generated from the motor described later of the driving unit 120 may be supplied to the injection unit 140 and may be dried.

In addition, the driving unit 120 is provided with a heater to be described later, the heat of the heater can be blown through the injection unit 140 can be dried, of course.

And a viewing window 101 is installed on the front side of the bottle washing apparatus main body 100 so that one side of the control unit 110 can be observed.

In addition, a handle portion 210 is formed on the upper surface of the cover 200 to facilitate opening and closing of the cover 200.

Here, the control unit 110 has an on / off button 111 and a preliminary washing button 112, a detergent washing button 113, a water washing button 114, a hot air sterilization button 115 and a power supply to select the power supply. And a display window 116 indicating an operation state, and a setting / start button for selecting one cycle circulating operation, each unit operation, and operation start between the on / off button 111 and the pre-bump button 112. 117 is provided.

Further, the motor heat sterilization button 118 and the ultraviolet sterilization button 119 are configured between the display window 116 and the hot air sterilization button 115 by the setting / starting button 117.

The control unit 110 is configured to display by the display window 116 and is provided with a mechanical and micom controlled by time to conveniently select the electronic controlled by the pcb (pcb) Will apply.

On the other hand, the upper surface of the bottle washing apparatus main body 100 and the lower surface of the cover 200 is connected to the control unit 110 when the cover 200 is opened to turn on the operating power is forcibly turned off (off) The switch SW is provided.

4 and 5, the driving unit 120 is connected to a water supply hose (not shown) to supply water and is installed at one side of the water supply hose 121. And a water valve (123) installed at the lower portion of the detergent container 122, the water supply hose 121 and the detergent container 122 to control the supply of water and detergent, and installed at the lower portion of the water valve (123). And a detergent mixing member 124 installed to mix the detergent and water, a heater member 125 which is isolated from one side of the detergent mixing member 124, and introduces and heats air from the outside, and the heater member 125. And an air hose 126 installed to communicate with air, a motor 127 installed to form a fan 127a on one side of the heater member 125, and the water valve 123 and the air hose 126. The connection pipe 126a and the chamber 128 in which the fan 127a forms a constant flow path are connected to the lower part of the chamber 128, The injection unit 140 is composed of a drain supply pipe 129 to supply water, detergent and hot air.

The detergent mixing member 124 has a plate shape in which a plurality of holes 124a are formed.

In addition, the accommodating part 130 may increase in height toward the control part 110 from the drain part 150 toward the viewing window 101 from the drain part 150 so as to discharge wastewater to the drain part 150. The inclined surface 131 is formed so that the recording height is gradually increased, the screw portion 132 is formed to communicate with the drainage portion 150, and the viewing hole 133 is communicated to the viewing window 101 is formed.

In addition, on both sides of one side wall of the receiving portion 130 is fitted with a stopper means described below from the top to a certain length from the bottom so as not to rotate and plug stopper so that the stopper is washed by the fluid injected from the injection portion installed on the side A water level branch portion 134 is provided, and the other side of the stopper size stage portion 134 is inserted into the nipple support means described below from the top to a predetermined length from the bottom to prevent the rotation and to be injected into the fluid inside the nipple. Nipple size step portion 135 is provided to wash.

Wherein the stopper size step portion 134 and the nipple size step portion 135 is in the shape of a square groove to prevent the rotation of the stopper and the nipple mounting means to be described later, but by installing a separate member, It will also be possible to repent.

In addition, the injection unit 140 is connected to the drain supply pipe 129 of the drive unit 120, the first nozzle pipe 141 is installed in the center of the inclined surface 131 of the receiving unit 130, and the drive unit ( A second nozzle pipe 142 connected to the drain supply pipe 129 of the receiving unit 130 and disposed below the front side wall and the rear side wall of the accommodating part 130, and the drain supply pipe 129 of the driving part 120; A third nozzle pipe 143 and vertically installed to be disposed above the front side wall and the rear side wall of the accommodating part 130 and the first nozzle tube 141 are vertically placed to feed water, detergent, and hot air. (W) the bottle injection nozzle 144 having a plurality of holes 144a formed in the longitudinal direction and the circumferential direction so as to be sprayed inside, and is installed at a predetermined interval inside the longitudinal direction of the second nozzle pipe 142 and water and detergent And a nipple spray nozzle 145 installed to inject hot air therein and a length in the longitudinal direction of the third nozzle pipe 143. It is installed in a case and a cap injection nozzle is installed to inject water with detergent and hot air (146).

Here, the lower portion of the bottle spray nozzle 144 may be provided with a supply guide portion 144b to help the fluid supplied to the first nozzle pipe 141 to rise to the top.

The drain portion 150 is a hose, one end is fastened to the threaded portion 132, when one end of the drain portion 150 is fastened to the threaded portion 132 using a seal 151 to prevent leakage of sewage. It becomes possible.

Meanwhile, the stopper fixing member 161 accommodated by wrapping the stopper X is inserted into the stopper fixing member support 162 so as to be arranged at a predetermined interval, and supported by the stopper dimension step portion 134 provided in the receiving part 130. In addition to the washing by pressing the upper portion of the bottle (W) stopper means 160 is provided to suppress the flow during washing.

Here, the stopper fixing member 161 is, as shown in Figs. 3 and 4 and 6 and 7, the nuke stopper fixing ring (161a) for fixing a nuk-type stopper, and the nuke stopper fixing ring ( Avent stopper fixing ring (161c) for fixing the avent-type stopper via a connecting rod (161b) to be disposed below the 161a, and the connecting rod (161b) protruding below the vent stopper fixing ring (161c) It consists of a support fitting part (161d) formed with a polygonal hole in the lower end.

On the other hand, the stopper fixing member 161 is separated into a plurality in the embodiment of Figure 6, the stopper fixing member 161 shown in Figure 21 is a plurality of nuke stopper fixing ring (161a) by the connecting rod (161b) And the vent plug fixing ring (161c) is integrally connected and installed at a certain interval in the lower portion of the support stand fitting portion (161d) is also available, of course.

And the stopper fixing member support 162, the hanger support portion 162a which is fitted into the support fitting fitting portion (161d) and is seated on the stopper dimension stage portion 134, and at the one end of the hanger support portion 162. Position moving portion 162b bent in a shape, and the other end of the position moving portion 162b extends in parallel with the hanger support portion 162a is made of a pressing force of the bottle (162c) to press the upper portion of the bottle (W) have.

In addition, by selectively inserting the nipple-type nipple (Y) or the vent-type nipple (Z) to move to the left and right fixed to support the nipple support stage step 135 to wash with the fluid injected into the nipple injection nozzle (145) Nipple mounting means 170 is provided.

Here, the nipple mounting means 170 is bent at a predetermined interval in an arc shape so as to guide the insertion of the nuke type nipples when using the nuke type nipples Y, as shown in FIGS. 3 and 8 to 12. When using the nuke type nipple inlet 171, the vent type nipple (Z) is bent at regular intervals in the shape of an arc to guide the insertion of the avent type nipple, and also the nipple type nipple inlet 171 and a predetermined interval. A vent-type nipple inlet 172 and the nuke-type nipple inlet 171 and the vent-type nipple inlet 172 are arranged and supported to support the lower part of the nucleus-type nipple and the vent-type nipple. The nipple lower support 173, the nuke-shaped nipple inlet 171, the vent-shaped nipple inlet 172 and both ends of the nipple lower support 173 integrally connected with each other in the longitudinal direction Chapter is made up anti-rotation support (174) it is fitted to prevent rotation on the number of step portions 135 through the nipple.

And if the bottle support member 147 is installed on the top of the bottle spray nozzle 144, it will be possible to safely support the bottle (W).

The baby bottle supporting member 147 is fixed to the upper portion of the bottle spray nozzle 144, as shown in Figure 13, the fixed ring portion 147a, and the fixed ring 147a fixed to a predetermined interval by the bent portion It consists of a bottle support portion (147b) to support the inside of the bottle (W).

Here, the bottle support part 147b is installed only in the upper part in FIG. 13, but may be installed symmetrically in the lower part, and the bending part of the bottle support part 147b is sufficiently rounded so that the inside of the bottle is not damaged. do.

In addition, the material is made of sufficient high elasticity so that it can be used regardless of the size of the bottle, and it is easy to attach and detach, and it is used to maintain sufficient reliability and strength in consideration of many usage frequency and hygiene.

Therefore, after installing the bottle washing device connected to the water supply and connected to the power, in order to wash the body of the bottle unit, open the cover 200, each bottle feeding nozzle (144) to be inserted into the bottle to be seated When the baby bottle (W) is supported by the baby bottle support member (147).

Then, the hanger support portion 162a of the stopper fixing member support 162 is inserted into the stopper mounting step stage 134 as shown in FIG.

The nipple injection means (170) is inserted into the nipple nipple (Y) or Avent type nipple (Z) by the nipple mounting means (170) to the nipple injection stage (135) inside the nipple injection step of the nipple injection When inserted toward the nozzle 145 is placed in the washing position.

Next, the cover 200 is closed and the setting / start button 170 of the control unit 110 is operated to perform one cycle of operation. When the operation is completed, the insufficient washing process is additionally washed by manipulating each button separately.

At this time, the water valve 123 and the motor 127 of the drive unit 120 is operated by receiving a signal from the control unit 110 according to the washing process, the water valve 123 is a water supply hose 121 during preliminary washing The fan 127a is operated while only opening the side to supply water, and through the chamber 128 and the drain supply pipe 129, the bottle 1 through the first nozzle pipe 141, the bottle spray nozzle 144, and the hole 144a. And sprayed toward the nipples (Y, Z) through the second nozzle pipe 142 and the nipple spray nozzle 145, and the third nozzle pipe 143 and the stopper spray nozzle 146. Water is injected into the stopper (X) through the pre-wash.

Thereafter, when the detergent is washed, the water valve 123 opens both the water supply hose 121 and the detergent container 122, and supplies water and detergent at the same time while the water and detergent are mixed in the detergent mixing member 124. Water and detergent are sprayed through the bottle spray nozzle 144, the nipple spray nozzle 145 and the stopper spray nozzle 146 as shown.

After the next detergent wash, only the water bottle (W) and the nipple (Y, Z) and the stopper through the bottle spray nozzle 144, the nipple spray nozzle 145 and the stopper spray nozzle 146, as in the preliminary washing It is sprayed at (X).

Of course, since the sewage is discharged through the drainage part 150 during the preliminary washing, the detergent washing and the water washing, the drainage part 150 should be located toward the sink.

After the water washing is finished, the water valve 123 may operate in a state in which water and detergent are not supplied, and may be dried by blowing air into the spray unit using only the fan of the driving unit 120.

In addition, only the heat generated by the motor of the drive unit 120 may be connected to the air hose 126 by the connection pipe 126b and supplied to the injection unit 140 to be dried.

In addition, the driving unit 120 may be dried by blowing the heat of the heater 125 provided separately through the air hose 126 and the injection unit 140.

That is, the heater member 125 is operated, and hot air is introduced through the connection pipe 126a of the air hose 126 while the feeding bottle nozzle 144 and the nipple spray nozzle are operated by the operation of the fan 127a. Hot air is injected into the bottle (W) and the nipples (Y, Z) and the stopper (X) through the 145 and the stopper spray nozzle 146, and drying is easily performed.

And during the drying or after drying, only the ultraviolet sterilization lamp 300 is operated to sterilize the baby bottle W, the nipples (Y, Z) and the stopper (X).

When the cleaning is finished, holding the handle portion 210 of the cover 200 and open the cover 200, by removing the stopper means 160 from the receiving portion 130, the stopper fixing member support 162 ) Is removed from the support fitting portion (161d) to obtain a clean stopper (X).

In addition, the bottle (W) can be obtained by washing the bottle (W) just by lifting to the top.

The nipple mounting means 170 is lifted upward along the nipple size step branch 135 of the receiving portion 130 and withdrawn from the receiving portion 130, and then the nipples (Y, Z) of the nuke type The nipple inlet 171 and the vent nipple inlet 172 may be moved to draw out the washed nipples Y and Z.

In other words, when the baby bottle (W) and the cap (X) and the nipples (Y, Z) into the baby bottle washing apparatus is operated, the washing is automatically performed without the need for manual work.

Of course, the nipple mounting means 170 may be configured to use only one of the Nuke nipple inlet 171 and the vent nipple inlet 172.

Meanwhile, the structure in which the second and third nozzle pipes 142 and 143 of the spraying unit 140 are installed in the receiving unit 130 of the baby bottle washing apparatus main body 100 is fixed to the receiving unit 130 as shown in FIG. 136 is formed and the second and third nozzle pipes 142 and 143 are fitted into the structure, or as shown in Figure 15, the separation fixing member fixed to the receiving portion 130 via a fastening member 137, such as a screw Of course, the second and third nozzle pipes 142 and 143 may be fixed to 138.

In addition, it is preferable that the interior of the receiving portion 130 uses a material of stainless steel in consideration of the ultraviolet sterilization lamp 300 and hygiene.

In addition, as shown in FIG. 16, the detergent mixing member 124 having a detergent input surface 124b is bent into a curved shape or fixed so that a part thereof is blocked so that the detergent does not drop immediately as it is shown in FIG. 16. Of course, it can have various forms bent at an angle.

In addition, as described above, the fan 127a is sprayed by the heat generated from the heater 125 to the respective nozzle tubes through the air hose 126 is dried or generated while the motor 127 is operating The connection pipe 126b may be selectively connected and installed to dry using heat according to the operation of the motor 127.

Here, the motor 127 or the control unit 110 may be added to the condenser for the control of the phase angle during the initial drive and start, as well as may use a pump motor for dish baby bottle washing apparatus, etc. according to the intended use Of course.

In addition, the drain supply pipe 129, the first, second, third nozzle pipe of the injection unit 140 to adjust the supply pressure and the injection pressure of the washing water and detergent supplied to the first, second, third nozzle pipe (141, 142, 143) Branch connection pipes 400 into which 141, 142, and 143 are fitted are provided.

On the other hand, the tip of the injection unit 140 is made of hooks (141a, 142a, 143a) to facilitate coupling to the drain supply pipe 129 of FIG. 16, as shown in FIG. Rubber packing (141b, 142b, 143b) equipped with three acids is inserted to prevent the outflow of water and detergent and to facilitate the connection.

In addition, when the feeding bottle W is installed more, as shown in FIG. 18, the first nozzle pipe 141 into which the feeding bottle is fitted is arranged in two rows, and both feeding bottles inserted into the first nozzle pipe 141 are provided. While the second nozzle tube 142 is sprayed to wash the appearance of the (W) and the nipples installed on both lower sides is installed, the water into the stopper of the outer wall and the top of the bottle (W) fitted to the first nozzle tube (141) As the third nozzle pipe 143 is installed so that the detergent and the injection is possible, it is possible to additionally install the nozzle pipe.

Meanwhile, as shown in FIGS. 19 and 20, the bottle installation port 500 is provided at the upper portion of the first nozzle tube 141 to support the inlet of the bottle W. It is possible to be installed in the bar, the first insertion ring 510 to be inserted into the inlet of the bottle (W) is continuously connected by the connecting rod 520, and the vertical connecting rod 530 perpendicular to the connecting rod 520 The second insertion ring 540 is installed so that the baby bottle entrance can be supported by inserting the large one.

Here, of course, only one of the first and second insertion rings 510 may be configured and used.

In addition, in FIG. 21, only one of the vent stopper fixing rings 161c and the nuke stopper fixing rings 161a may be configured to be used exclusively.

In addition, the detergent container 122, as shown in Figure 22, it is generally installed to open and close while moving the detergent cover 122a on the top.

In addition, the water supply hose 121 is connected to the water supply valve connection pipe (121a) and the water and detergent is introduced into the internal shape of the water supply pipe is directed toward the detergent side and if the water supply hose 121 is connected to the water valve on the back Behind the detergent valve is formed obliquely so that detergent can be added well.

23 and 24 are exploded perspective and main cross-sectional views showing another embodiment of the bottle feeding apparatus of the present invention. The bottle washing apparatus 600 includes a bottle W, a nipple (Z, Y), a stopper (X), and the like. When the drive unit 120 is operated by the control unit 612 as in one embodiment, the receiving unit 611 to receive and wash the hot air and detergent and water through the one nozzle tube 614 of the bottle. A bottle washing apparatus body 610 disposed to be sprayed into the inner and upper and lower inner and outer peripheral surfaces thereof; The cover 640 is rotatably installed on the top of the bottle washing apparatus body 610 to open and close the receiving portion 611.

Here, the nozzle tube 614 is connected to the drain supply pipe 129 of the driving unit 120 having the same configuration as that shown in one embodiment, and has a circular shape while washing / drying the upper outer surface of the baby bottle 614a. 2) the injection surface 2 (614b) including an inner nozzle (N) protruding upwards so that the inlet of the bottle is fitted at a predetermined interval extending in the lowermost portion of the receiving portion 611 from the injection surface 1 and formed in a circular shape; And three spraying surfaces 614c extending integrally from the two spraying surfaces and vertically erected to the center to spray toward the bottle, the nipple and the stopper.

A plurality of baby bottle mounting parts 621 installed to seat the baby bottle inlet according to the type of baby bottle in the accommodating part 611 are connected to the upper end of the baby bottle mounting part 621 and the center is fixed upward. Feeding device mounting means 620 consisting of a nipple / stopper installation portion 622 with a protruding pin 622a protruding upward at a predetermined position on the upper surface and a stopper is seated around the center is seated in a plurality of nipples in the center ).

It is extended to support the back of the bottle, and provided with a bottle support part 631 provided with a hook 631a and a hole 631b at a predetermined position, and a reinforcement part 632 for reinforcing to support the bottle support part 631. Baby bottle device support means (630).

Therefore, a plurality of bottles, stoppers, and nipples are installed inside the nozzle tube 614 integrally installed in the accommodating part 611 through the bottle feeding device seating means 620 and the bottle feeding device support means 630, thereby facilitating washing. In this case, the operations of the controller 612 and the driver 120 are the same as in the exemplary embodiment, and will be omitted.

25 is an exploded perspective view showing still another embodiment of the bottle feeding apparatus of the present invention, FIG. 26 is a cross-sectional view of the main portion of FIG. 25, and FIG. 27 is a cross-sectional view of FIG. 26, and the bottle washing apparatus 700 is a bottle (W). ) And the nipple (Z, Y) and the stopper (X) to accommodate the washing unit 711, such as one embodiment by the control unit 712, the drive unit 120 as in one embodiment is A bottle washing apparatus main body 710 disposed so that hot air, detergent and water are sprayed into the inside and top and bottom inner / outer surfaces of the bottle through one nozzle tube 714 connected to the drain supply pipe 129 during operation; The cover 740 is rotatably installed on the upper part of the bottle washing apparatus body 710 to open and close the receiving portion 711.

Here, the nozzle pipe 714 is connected to the drain supply pipe 129 of the drive unit 120 is configured to be parallel to the step of spraying the first surface 714a for washing / drying the upper outer peripheral surface of the bottle, and in this injection 1 surface An injection nozzle 2 surface 714b including an internal nozzle N protruding upwards to be inserted at a predetermined interval and configured to be extended to the lowermost portion of the accommodation portion 711 and fitted at a predetermined interval; And a spraying three surface 714c which extends flatly to the side to spray the nipples and stoppers in the lower outer circumferential surface of the bottle and the nipple / stopper mounting portion described below.

Meanwhile, the injection first surfaces of the nozzle pipes 614 and 714 may be connected to the drain supply pipe 129 of the driving unit 120 to be formed at the lower portions of the receiving parts 611 and 711 first.

In addition, a plurality of baby bottle mounting portions 721 arranged at regular intervals so as to seat the baby bottle inlet according to the type of baby bottle inside the receiving portion 711, and extends on one side with the baby bottle mounting portion 721 inside The nipple / stopper installation portion 722 having a plurality of nipples are seated in a row in the upper portion, and the stopper is seated on the side close to the wall of the receiving portion 711 and the protrusion 722a protrudes upward at a predetermined position. ) Is provided with a bottle feeding device 720 is integrally configured.

The bottle support part 731 which is extended to support the back of the bottle and the hole 731b in which the hook 731a and the protrusion part 722a are fitted in a predetermined position on an upper part of the bottle device seating means 720, The bottle support unit 730 is provided with a reinforcing part 732 for reinforcing the bottle support 731 at a predetermined interval.

Therefore, a plurality of bottles, stoppers, and nipples are installed through the bottle feeding device 720 and the bottle supporting device 730 inside the nozzle tube 714 that is integrally installed in the receiving part 711. You lose.

Meanwhile, in another embodiment of the present invention, an ultraviolet lamp applied in one embodiment may be installed, and at this time, a cylindrical or rectangular rack may be installed in the receiving unit to easily sterilize the dishes placed therein. Of course.

As described above, by spraying detergent and water at a high pressure by using the spraying pressure in the manual cleaning of the baby bottle device such as baby bottles, nipples, caps, etc., by supplying hot air and UV sterilization lamp Drying can automatically wash the whole bottle mounted inside, it can of course eliminate some of the housework.

In addition, by integrally configuring the nozzle tube formed to spray any one or more of the cleaning liquid and air in the upper, middle, and lower portion of the bottle accommodated in the receiving portion, there is an effect that can easily perform the installation of the nozzle tube.

In addition, the baby bottle device seating means and the baby bottle device support means can be drawn out to freely mount or arrange the baby bottle, nipple, stopper, and the like.

On the other hand, although described based on the preferred embodiment of the present invention, those skilled in the art can be variously modified and changed within the scope of the invention without departing from the spirit and technical means of the present invention.

Claims (5)

(delete) (delete) (delete) A bottle washing apparatus main body having a cover installed at an upper portion thereof to open and close a receiving unit, a control unit provided at the front of the main body to sequentially control or individually control washing, drying and sterilization, and according to the control unit, Bottle feeding including a drive unit for supplying any one to the receiving portion through the drainage portion, and a nozzle tube having one end connected to the drain supply pipe of the driving portion and the other end disposed inside the accommodation portion so that the cleaning solution and hot air can be injected therein. In the apparatus, The nozzle tube is connected to the driving unit so as to be sprayed to the upper, middle, lower position inside the receiving portion with one end connected to one tube in the drain supply pipe starting from any one of the inner upper and lower portion of the receiving portion. It is disposed integrally, and provided with an internal spray nozzle which projects in the vertical direction to the nozzle tube to spray the cleaning liquid and air to each bottle inlet, A plurality of bottle installation units arranged at regular intervals to seat the bottle entrance according to the type of the bottle according to the type of the bottle, and the nipple / stopper installation unit extending from the bottle installation unit to accommodate the nipples and stoppers integrally Bottle feeding device further comprising a baby bottle mounting means. The method of claim 4, wherein A bottle support portion having an upper portion of the bottle holding means extending to support the rear surface of the bottle, and having a hook having a predetermined shape into which the hook and the protrusion are fitted to the bottle holding means at a predetermined position; Bottle feeding apparatus comprising a bottle support means having a reinforcing part to support to support at a predetermined interval.