JP3003404U - Structure of baby bottle with two kinds of liquid supply and function to switch freely - Google Patents

Abstract

(57) [Summary] [Purpose] We provide the structure of a feeding bottle that has the function of freely switching between two types of feeding liquids that can supply different food solutions that are not the same in one feeding bottle immediately. [Structure] Since the user turns the preparation plate (62), the earlobe (623) protruding from the side of the cap (2) is stopped and one side of the mountain (624) reaches the inner stage of one spoke (631). At the time, that is, the liquid receiving hole (622) on the preparation plate (62)
Is facing the upper side of the main liquid supply hole (611) [or the sub liquid supply hole (612)], and the user turns the preparation plate (62) to the opposite side by using the earlobe (623), and When it reaches the inner stage of the other spoke (631) on the other side, that is, the liquid receiving hole (622) on the preparation plate (62) is replaced with the sub liquid supplying hole (612) [or the main liquid supplying hole]. (611)] and move to the opposite position. As a result, the lower edible liquid is selected to be switched and passed by the diversion adjusting device (6).

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a structure of a baby bottle having two kinds of liquid supply and a function of freely switching.

[0002]

[Prior art]

 Baby bottles are indispensable for feeding liquid foods to babies and young children, and liquid food is sucked from the nipples (pacifiers) of baby bottles to control the amount of food and the drinking speed. It is a must-have item for all. Because it is convenient for infants to eat (especially infants who drink directly in a cup without using a sucking tube), the main food is milk, and the side dishes such as water, juice, and nutrient solution are eaten in baby bottles. Is normal. In addition, when giving a medicine to a baby, a large amount of water is mixed to dilute the medicine, and the red sugar swallows it without knowing it, thus eliminating harassment of the medicine. In general households, we usually prepare many bottles and a wide variety. In this way you have to use different feeding bottles for different feeding fluids and change the feeding bottle each time you use it. Especially, the liquids to be given to ordinary infants are all preferred by infants because they all contain sugar and increase their sweetness. However, if sugar remains in the mouth, it tends to accumulate in the baby's gums and may cause tooth decay over time. For this reason, in a general household with a relatively common sense of health, it is effective to rinse the mouth by giving a small amount of drinking water after each child finishes eating, which reduces the occurrence of caries in the infant and at the same time. Prevents the smell of milk in the infant's mouth and the accumulation of moss on the tongue. It is absolutely necessary to use two non-identical liquids in the milk feeding process

[0003]

[Problems to be solved by the device]

 However, with the conventional bottle structure, only one kind of food can be put into the bottle, which causes the following problems. 1. Every time an adult changes a different liquid, he / she must keep the bottle and prepare a new bottle, so the infant is kept waiting only during that time and affects his / her willingness to continue drinking. Give Alternatively, you may want to prepare two bottles before you give them, but you may have to reach out or stand up when you are replacing a non-identical baby bottle, but the other hand still has to hold the infant. If you do so, you may get confused and the infant may slip off and be injured.

2. Expulsiveness to infant drug solutions. The bitter taste of the drug is produced by the taste effect, mainly on the tongue in the mouth. If you give up a solution of the drug after you discontinue the food just before, it is quite natural to reject it due to the voluntary reaction of the infant's taste, which causes the adult to completely shut down. 3. Prepare a large number of baby bottles. In addition to the relatively high cost to consumers, food and drink equipment for infants must be well sanitized due to hygiene requirements, so a large number of baby bottles is economically uneconomical and environmentally friendly. We will take a place outside of the room to make arrangements inconvenient and we will not inquire. In particular, the amount of milk, which is the staple food, usually increases with the growth of infants, and the amount of general drinking water, juice, nutrient solution, and drug solutions is generally small, so adults usually use a bottle of a small capacity as a staple food. Although it is applied to side dishes other than those mentioned above, there is a problem that it will take a lot of time and effort to tidy up with this kind of clutter.

The present invention has been made in order to solve such a problem, and has a function of freely switching between two kinds of liquid feeding liquids which can immediately and continuously deliver different liquids in one feeding bottle. It is intended to provide the structure of a baby bottle.

[0006]

[Means for Solving the Problems]

 In order to solve the above-mentioned problems, the main structure of the feeding bottle according to the present invention, which has a function of freely switching between two kinds of liquid feeding, is that the screw thread inside the lower portion and the cap of the feeding bottle are screwed together. , There is a nipple (pacifier) in the mouth of the cap, and a pair of pacifiers under the pacifier and a hollow fitting ring with a wider upper part feed under the diverter. It consists of a secondary bottle fixed between the mouth of the bottle and the bottle. There is a holding ring on the upper part of the frame-shaped rod that intersects with the straight line in the middle stage, and another set is inside the ring body below the holding ring and is distributed in all four directions in the middle stage. Are arranged in a ring shape and are distributed in four directions separately from the liquid receiving hole adjusting plate and the inner and outer stages, and are also arranged at intervals with the upper and lower surfaces of the flow dividing plate of the main and sub liquid supply holes. In the center, a combination of an adjusting panel and a press ring is fixed by a two-stage protruding shaft. When the combination was completed, the mouth of the bottle in the middle stage of the sub-bottle just covered the outside of the sub-supply liquid port in the inner side of the flow dividing plate, and the sub-liquid stored in the sub-bottle passed through the adjustment panel. When the receiving holes face each other above the auxiliary supply port, the auxiliary bottle supplies the emulsion. The food stored in the baby bottle passes through the main liquid supply port on the outer stage of the flow diverter, then passes through the adjusting plate, and then comes above the main liquid supply port facing the liquid receiving port. Switch the supply liquid.

[0007]

[Effect of action and device]

 According to the structure of the baby bottle having the function of freely switching between two kinds of liquid supply of the present invention, the earlobe protruding to the side of the adjusting plate is located at the notch on the lower side of the holding ring, and the cap is formed. Since it extends from the place that restricts the opening of the mouth on the side of the baby, if the user directly rotates the earlobe while feeding the baby with the baby bottle, it can be delivered from the baby bottle or the auxiliary bottle. You can easily switch the liquid. This has the effect of switching the donating liquid while feeding the liquid such as milk in the baby bottle and giving the solution of the drug contained in the sub bottle unknowingly to the infant. .

[0008]

【Example】

 An embodiment of the present invention will be described below with reference to the drawings. As shown in Fig. 1, Fig. 2 and Fig. 5 (A), the main structure of the baby bottle, which has the function of freely switching between two types of liquid supply, is the pacifier ( 3) is projected upward from below the fitting mouth (21) fixed to the upper stage, and is on the lower stage or inner thread (22) of the cap (2) and the mouth of the baby bottle (4). It is screwed in to fit the outer threads (41) exactly. There is a wide control opening (23) in the middle of the lateral side of the cap (2), and a long inward groove with a longitudinal width of the inner thread (22) opposite the control opening (23). There is (221).

Regarding the sub bottle (5), there is an expanded hollow fitting ring (51) at the uppermost stage, and the inner stage of the fitting ring (51) is a downward tilted lever (52) that tilts downward. There is a small-capacity cup (53) in the middle part of the cup, and there is an open type liquid access path (51A) on the side of the cup (53), and the mouth of the cup (53) is above the fitting ring (51). It is the same height as.

The diversion adjusting device (6) is a slightly thick disc that fits exactly inside the cap (2) and below the pacifier (3). Before screwing the cap (2) to the upper side of the feeding bottle (4), the cup (53) of the sub bottle (5) is fitted into the inner stage of the milk bottle (4), and the fitting ring (51) is inserted into the milk bottle ( 4) so that the bottle mouth of the milk bottle (4) and the bottom side of the pacifier (3) together put the diversion adjusting device (6) on the fitting ring (51) of the sub bottle (5). It is sandwiched and fixed. The shunt regulator (6) contains the following items.

The bottom flow distributor (61) is in the form of a disc, and the circular action part with a wide width is divided into two stages, the inner and outer stages, and the outermost ring-shaped disc of the disc. It is used to connect the bottom of (61A), that is, the fitting ring (51) of the sub bottle (5). The ring-shaped part (61B) between the inner and outer two stages of the board has a mouth of the cup (53) of the sub bottle (5), which isolates the action parts of the inner and outer two stages. I will. A wide main liquid supply hole (611) with a uniform width in many directions in the outer stage action part of the board [If the four main liquid supply holes (611) shown in Fig. 5 (B) are taken as an example, The width of each supply hole (611) is smaller than the angle of 45 degrees]. Equal intervals are also distributed in various directions on the inner working part of the board, and the positions where the main liquid supply holes (611) are arranged are different from each other and arranged at equal intervals. There is an auxiliary liquid supply hole (612). At the lower end of the long bar facing down the side of the flow distributor (61) is a slightly outwardly protruding earlobe (6131) at the position of the locking protruding bar (613). The fixing stick-out rod (613) fits the peripheral edge into the groove (221) exactly when the entire diversion adjusting device (6) is fitted under the cap (2). And then work in the correct position. Since the length of the protruding stick (613) for fixing sticks out slightly from the bottom edge of the cap (2), the protruding earlobe (6131) sticks out slightly from the bottom edge of the cap (2). I am. Therefore, when the user removes the diversion adjusting device (6), the earlobe (6131) protruding with the fingers can be pulled out directly to the outside, which is a very convenient operation (the direction of the one-dot chain line arrow in Fig. 3 works). Direction). There is a protruding round shaft (614) in the middle of the flow distributor (61), and a small convex portion on the protruding round shaft (614) has a polygonal convex shaft (615).

As for the middle stage adjusting plate (62), this is a disc shape, and the round fitting hole (621) is fitted in the middle round shaft (614) of the flow dividing plate (62) in the middle of the disc. . The plate of the adjusting plate (62) has the same number of holes as the main / sub liquid supply holes (611) (612) in the flow dividing plate (61), and the holes are distributed at equal intervals in many directions. , Its width is the total liquid receiving hole (622) of the main and sub liquid supply holes (611) (612), and the adjusting plate (62) is used for rotation of the constant axis above the flow dividing plate (61). Therefore, when the liquid receiving hole (622) completely faces the main liquid supplying hole (611), the sub liquid supplying hole (612) is completely closed as shown in Fig. 5 (B). As shown in Fig. 6 (B), when the liquid receiving hole (622) is completely opposed to the auxiliary liquid supplying hole (612), it is completely blocked. When the user has an earlobe (623) projecting to the side of the body of the adjusting panel (62) and the user wants to put the diversion adjusting device (6) inside the cap (2), the earlobe (623) is first slanted. After extending from the control opening (23) on the side of the cap (2), push in all the shunt adjustment devices (6) to complete the fitting (the direction of the arrow in Fig. 3 is the direction that acts). The operation is very easy. At the top of the plate of the adjusting panel (62), between the two liquid receiving holes (622), in the wide part of the triangle, slightly smaller than the main liquid supplying hole (611) or the sub liquid supplying hole (612). There is a stop (624).

As for the upper retaining ring, this is the distribution of middle straight interlaced spokes (631). The outer diameter of the adjusting plate (62) is fitted in the lower part of the holding ring (63) by the inner diameter of the disk, and there is a cutout (633) on the outside of the lower part of the holding ring (63). When the distance between the spokes between the two spokes (631) and the ring around the side and the lower part of the pacifier (3) are connected, the inner stage acts as a fictitious effect, and the pacifier (3 ), The liquid entry way (63A) is formed. Moreover, the spokes (631) are provided so as to correspond to the places sandwiched between the two main and sub liquid supply holes (611) (612) on the flow distributor (61). That is, in the display (61S) on the flow distributor (61), if the distribution of the four main liquid supply holes (611) is taken as an example as shown in FIG. It is installed in a mixed state. Further, the polygonal shaft hole (632) in the middle stage where the spokes (631) are interlaced, when the holding ring (63) is just fitted onto the adjusting plate (62), the flow dividing plate (61) is formed. The uppermost polygonal convex shaft (615) in the middle row goes into the inside, and after the correct fitting, the spokes (631) are correctly marked on the diverter (61) 61S. The lower preparation plate (62) is firmly fixed at the same time as it is firmly connected so as to face the position of. At this time, the top retaining ridge (624) of the preparation plate (62) fits the corner between the two spokes (631) inside the spoke. Therefore, in order for the user to turn the preparation board (62), the earlobe (623) protruding from the side of the cap (2) was stopped and one side of the mountain (624) was attached to the inner stage of one spoke (631). At the time, that is, the liquid receiving hole (622) on the preparation plate (62) faces the main liquid supplying hole (611) [or the sub liquid supplying hole (612)] (as shown in FIG. 5 (B)). , When the user turns the preparation disc (62) to the opposite side using the earlobe (623) and reaches the inner stage of the other spoke (631) on the other side of the retaining pile (624), The liquid receiving hole (622) on the preparation plate (62) is located above the auxiliary liquid supplying hole (612) [or the main liquid supplying hole (611)] (as shown in FIG. 6 (B)). Move By doing this, it is possible to select the lower food solution to be switched by the flow diverter (6) and allowed to pass.

Due to the combination of the above structures, the mouth of the cup (53) in the middle stage of the sub-bottle (5) just stops at the middle stage of the bottom flow distributor (61) of the flow dividing adjustment device (6), Since the auxiliary liquid supply holes (611) and (612) separate the inner and outer stages from each other, two different types of main and auxiliary liquids, which are not the same in advance, are separated before the user feeds the liquid to the infant. Put it in a bottle (4) [such as milk] and a cup (53) (drinking water, juice, drug solution). And before giving it, first turn the protruding earlobe (623) at the control opening (23) on the side of the protruding cap (2) to [mark on the cap (2)]. Then, align the liquid receiving hole (622) of the adjustment panel (62) with the opposite position on the main liquid supplying hole (611) [the sub liquid supplying hole (612) is blocked and the liquid does not come out]. No As shown in FIGS. 5 (A) and 5 (B), at this time, the main food liquid (W1) in the baby bottle (4) passes through the main liquid supply hole (611) and then the liquid receiving hole (62). The infant sucks it into the pacifier (3) through the liquid entry path (63A) in the pressing ring (63) and 2). After finishing drinking the main liquid (W1), when you want to drink the secondary liquid (W2) in the secondary bottle (5), put the earlobe (623) protruding by the user on the other side again. Just turn it so that the liquid receiving hole (622) of the adjustment panel (62) is aligned with the upper side of the sub liquid supplying hole (612) so that you can continue drinking. At this time, as shown in FIG. 6 (A) and FIG. 6 (B), the by-product liquid (W2) in the cup (53) of the by-pass bottle (5) passes through the by-product supply hole (612) and is received. The infant sucks it into the pacifier (3) through the liquid entrance (63A) in the liquid hole (622) and the retaining ring (63). The operation is particularly easy and quick, and most importantly, it does not require the user to completely change the attitude of drinking, and it is absolutely safe and convenient while holding the infant.

If the user wants to interrupt the administration of the main or by-product liquids W1 and W2 and give another liquid but not to mix the two liquids, The bottle (4) is placed vertically, and the main or side feeding liquids W1 and W2 already in the pacifier (3) are fed from the main and side feeding holes (611) (612) which are already facing each other. Put it back in the cup (53) of the bottle (4) or the sub bottle (5), switch to another liquid and give it again.

If the user wants to mix a different food solution while drinking the main or side food solution W1 and W2, he / she can simply switch to another solution while still drinking. , Or the earlobe (623) is adjusted to the middle position, and the liquid receiving holes (622) on the adjusting panel (62) partly become the main liquid supplying hole (611) and the sub liquid supplying hole (612). When combined, the main and side food solutions W1 and W2 are mixed. This state is especially suitable when the drug solution is placed in the cup (53) of the sub bottle (5). In this way, while the main food W1 (for example, milk or juice or drinking water) is being drunk, as shown in FIG. 7, the supplementary liquid W2 (medicine solution) is suddenly mixed so as to be drunk. The bitter taste will soon be felt after switching and giving the drug, but since the slight amount of the solution W2 of the drug has already passed the infant's throat, the behavior of the rejection can be reduced and the drug can be taken. There is a convenient effect when making it.

Not only that, the drug solution is contained in the cup (53) of the sub bottle (5), the drinking water is contained in the main dietary liquid W1, and the infant solution W2 is contained in the cup (53) first. The bitterness will remain in your mouth for a while, so you can quickly drink the main liquid W1 (drinking water) to ease the bitterness of the medicine and make it easier to take. This operation saves an adult giving a medicine one-handed holding the device to take the medicine and extending the other hand to prepare drinking water.

When the sub bottle (5) is put into the baby bottle (4), it occupies a part of the volume of the baby bottle (4) relatively, so that it is possible to use a baby bottle (4) having a larger capacity. Better yet, fit the volume of the cup (53) of the sub-bottle (5) with the ring (51) to the bottom of the cup (53) of fixed volume (not shown). By adding a cap (531), it can be used by exchanging different capacities. This operation is also very easy. (Ie phantom lines of unequal capacity, such as the cup [53] in the bottom of Figure 1).

As shown in FIG. 2, when the baby bottle lid (7) is used, when the baby bottle lid (7) is put on the cap (2), the protruding earlobe (623) is always at the same time. Cover the bulging part (71) of the lid (7) of the baby bottle. The lid (7) of the baby bottle can be used as a cup instead of the cup, and the amount can be measured when the liquid is added to the sub bottle (5). As shown in FIG. 4, there is a volume scale on the flank of the lid (7), and the pointed mouth (711) in the middle of the swollen portion (71) allows the user to directly submerge the liquid from the lid (7). It is used when pouring into the bottle (5). This is very convenient in operation and is another feature of this embodiment.

According to this embodiment, there is a sub-bottle (5) in the inner stage of the main body of the feeding bottle, which is a bottle added to provide the second type of liquid other than milk, one feeding bottle. There are two types of equipment that can dispense liquids, which not only saves one bottle, but most importantly, adults do not need to stand up or reach to replace a baby bottle, just switch between ear lobes. , You can immediately deliver different edible liquids immediately. Its features are that it is very convenient to use, and it is safe and has many practical uses, without the fear of being injured when an infant slips out of its hands.

In addition, in the structure of the baby bottle having the function of freely switching between two kinds of liquid supply, in the inside, there is a sub-bottle (5) in the inner stage of the main body of the baby bottle, which is the main body of the baby bottle. And a switching device for supplying two kinds of food solution is installed in the sub bottle (5), and the earlobe just protruding to the side of the cap is adjusted to the left or right within about 45 degrees. Just do it. This operation is simple and quick, and the important thing is that the movement required for switching is small, and the infant can barely notice it by pressing the earlobe (623) with one fingertip. Therefore, while feeding the liquid (eg milk) in the bottle, the position of the liquid to be dispensed is switched and the solution of the drug contained in the secondary bottle (5) is suddenly dispensed without realizing. When the infant sucks continuously, what time has it already Suddenly swallowed the solution of the drug that was given suddenly and suddenly tasted its bitterness, Akatsuki has already passed the throat . It is a great way for adults to take medicines for infants because it is easy, convenient and quick to take them.

[Brief description of drawings]

FIG. 1 is an exploded perspective view of a baby bottle according to an embodiment of the present invention.

FIG. 2 is a perspective view of a baby bottle according to an embodiment of the present invention.

FIG. 3 is a cross-sectional view of the diversion adjusting device mounted in the cap of the baby bottle according to the embodiment of the present invention.

FIG. 4 is a diagram illustrating the use of a baby bottle cap according to an embodiment of the present invention.

FIG. 5 is a diagram showing a state in which the food solution in the main bottle of the baby bottle according to the embodiment of the present invention comes out.

FIG. 6 is a view showing a state in which the food solution in the auxiliary bottle of the baby bottle according to the embodiment of the present invention is discharged.

[Fig. 7] Fig. 7 is a view showing a state in which the liquids in the main and sub bottles of the baby bottle according to the embodiment of the present invention are simultaneously discharged.

[Explanation of symbols]

 2 Cap 3 Pacifier 4 Baby bottle 5 Sub bottle 6 Dividing flow adjusting device 7 Lid 23 Control opening 51A Liquid entry path 61 Dividing plate 62 Adjusting plate 63 Holding ring 221 Fitting groove 611 Main feeding hole 615 Convex shaft

Claims (2)

[Scope of utility model registration request] 1. A structure of a baby bottle having a function of freely switching between two kinds of liquid supply, and the components (a) (b) (c) (d) (e) (f).
Is as follows, and its action is (g). (a) Cap: A pacifier is pulled out from the bottom to the top in the middle part of the cap, and it is stopped at the mouth of the upper part. The bottom of the cap has threads on the inside that can be screwed into the outside threads on the bottle. There is a wide control hole in the middle of the side of the cap, and there is a long vertical fitting groove on the inner thread opposite the control hole. (b) Secondary bottle: A hollow fitting ring with a wider upper part at the top, and a cup with a small capacity in the middle, which is diagonally downward toward the bottom around the inside of the ring. There is an open type liquid entry way on the side of the cup. The mouth of the cup is flush with the top of the hollow fitting ring. (c) Shunt adjustment device: A slightly thick disc that fits inside the cap and is located below the pacifier. Before the cap fits in the upper part of the baby bottle, first put the cup of the auxiliary bottle in the inner part of the baby bottle, the fitting ring straddles the upper mouth of the baby bottle, and the mouth of the baby bottle and the lower part of the pacifier Fix the diversion regulator together with the fitting ring of the secondary bottle. The shunt regulator contains the following items. (d) Bottom flow diverter: A disc-shaped disc with two wide inner and outer ring-shaped action parts. At the bottom of the circular part on the outside of the board, there is a fitting ring for the sub bottle. Inside and outside of the board 2
It connects with the mouth of the cup of the sub bottle at the ring shape in the middle of the step. This will isolate the inner and outer two-step action parts. The outer stage action part of the board has relatively wide main liquid supply holes distributed in the same direction in multiple directions. Even in the inner working part of the board, it is distributed in the same direction in multiple directions, and there are narrow sub-supply holes that are located at positions intersecting with the main supply holes. On the side of the flow distributor, an earlobe that protrudes slightly outward on a long rod-shaped end that serves as a localization member. Its protruding earlobe is under the cap, and when all of the flow diverters are fitted, that side just fits into the groove and works accurately. The length of the protruding earlobe slightly protrudes from the lower edge of the cap, so that the earlobe extends slightly from the lower edge of the cap, and the user twists the earlobe with the fingers. There is a short, round shaft in the middle of the other flow diverter, and a small convex part on the round shaft has a polygonal convex shaft (615). (e) Middle-level adjusting panel: disk-shaped, with a round fitting hole in the center of the disk that fits exactly into the round shaft in the middle section of the flow distributor, and the main body and sub-supply liquids on the distributor are on the plate of the adjusting plate. There are the same number of receiving holes as the holes, and they are distributed at equal intervals in many directions.The width of the receiving holes is the total width of the main and auxiliary liquid feeding holes. Due to the rotation of the upper fixed axis, when the liquid receiving hole is completely opposed to the main liquid supplying hole, the sub liquid supplying hole is completely closed. When the liquid receiving hole is completely opposite to the sub liquid supplying hole, the main liquid supplying hole is completely closed. There is an earlobe (623) protruding on the side of the body of the adjustment board, and it extends from the control opening on the side of the cap, and then the entire diversion adjustment device is pushed in and fitted. At the top of the body of the control panel, there is a cleat with a width slightly smaller than the main or sub liquid supply hole in the wide triangular area between the two liquid reception holes. (f) Upper retaining ring: Middle-stage straight cross-shaped spokes are distributed. The outer diameter of the adjusting plate is fitted inside the disc at the lower part of the holding ring, and there is a cutout on the outside of the ring under the holding ring, and the earlobe on the side of the adjusting plate projects out from there. When the distance between the spokes between the two spokes and the ring around the side and the lower part of the pacifier are connected, the inner stage forms the liquid entry way below the pacifier. In addition, the spokes are provided so as to correspond to the place sandwiched between the two main and sub liquid supply holes on the distributor. The middle polygonal shaft hole where the spokes intersect is
When the retaining ring fits exactly on the adjustment panel,
Enter the polygonal convex shaft (615) at the top of the middle part of the flow diverting board, and fit firmly into each other, and then firmly connect, while at the same time ensure that the lower adjusting board is It will be fixed. The top hill of the adjustment panel fits in the inner part of the spoke that sandwiches the corner between the two spokes in it. Therefore, in order for the user to turn the adjusting panel, when the earlobe protruding from the cap side is stopped and one side of the mountain is attached to the inner stage of one spoke, the liquid receiving hole of the adjusting panel is the main or secondary When facing the upper side of the liquid hole and the user turns the adjusting panel to the other side using the earlobe and reaches the inner side of the other spoke on the other side of the stop mountain, the receiving of the adjusting panel Move the hole to the position where it is opposite to the top of the auxiliary liquid supply hole or the main liquid supply hole. (g) According to the combination of the above-mentioned components, the cup mouth of the sub bottle is covered on the middle stage of the flow diverter at the bottom of the diversion regulator, and the main and sub liquid supply holes separate the inner and outer two stages and the side of the cap. The user turns the earlobe on the control opening of the control panel to select the liquid receiving hole of the adjusting panel as either the main liquid feeding hole or the sub liquid feeding hole or the mixed liquid.
A single main / side food or mixed liquid can be prepared. 2. A liquid bottle outlet having a lid for a baby bottle on the outside of the cap, and having a protruding portion around the mouth of the lid, and having a pointed shape along the middle stage of the protruding portion. The structure of the baby bottle having the function of freely switching between two kinds of liquid supply according to claim 1, wherein the user can directly measure the amount of the food liquid with the cap and put it in the sub bottle.