KR20010109631A - Baby bottle - Google Patents

Abstract

The mother bottle according to the present invention corresponds to various positions in which the parent feeds the infant milk or various positions in which the infant supports the mother bottle. These postures include infants lying on the floor, sitting in high chairs, or standing in the arms of their parents. The present invention makes it easier for a parent to support a bottle when feeding a baby and also for a baby to support a bottle by itself. According to the present invention, the axis passing through the diameter center of the bottle neck is parallel at a different height from the axis passing through the diameter center of the bottle's main body, so that milk always flows downward to the neck and the nipple of the bottle. It is designed to fill up. The wall part of the bottle connecting the neck and main body of the bottle is inclined. This inclination causes milk or liquid food to flow down from the main body of the bottle in the high position toward the neck of the bottle in the lower position. In addition, the inclination allows the infant to constantly inhale milk or liquid food while having fun for a long time. As a result, the mammalian disease according to the present invention prevents the penetration of the air medium causing the stomach pain or indigestion.

Description

Mammal {BABY BOTTLE}

The present invention relates to a baby bottle.

Mammals are an essential basic tool for raising newborns or infants with milk. There have been many improvements and inventions in the form of mammals to provide more convenience while responding to actual use.

However, after the possible research and experiments on mammals on the market have been conducted, there are still many problems or shortcomings that have to be raised and improved in order to make mammals simpler and easier to use.

When a baby is fed a milk, the parent may feed the baby or the baby himself sucks milk from the bottle. When feeding milk, the baby has various postures, lying on the floor, sitting in a high chair, or standing in a parent's arms.

When lying, inhaling or feeding milk from a normal cylindrical bottle is suitable for this position. The reason is that since the nipple and the neck of the bottle are downward and its bottom is always lifted up, the milk flows uniformly to the nipple side. Cylinders of cylindrical or other shape are always suitable for feeding milk in the lying position.

If sitting or the baby is in the parent's arm, the position of the nipple and neck of the bottle should be raised or the same slightly above the same position as the baby's mouth. Common cylinder-type bottles can be used in this position without difficulty.

However, as the amount of milk in the bottle decreases, the bottom of the bottle must be lifted higher. At the same time, in order for a baby to inhale milk constantly from the bottle, as the bottom of the bottle is gradually raised, the baby's face must be aligned with the face of the baby facing upwards. This is somewhat annoying and difficult for both parents and babies.

Jim D. In the bottle shape in US Pat. No. 4,676,387 to Stephenson and Mr. Fuel, Donner, the bottle shape is bent at an angle by bending about its axis through the neck and the nipple dividing its main body. Becomes This shape is more convenient for feeding a baby than a normal cylindrical bottle.

However, this type of mammal has some disadvantages raised, especially when a baby bears it on his face. The reason is that because the neck of the bottle is rather short, the baby cannot hold the bottle firmly. Moreover, the baby's wrist is unnaturally twisted because the body of the bottle is bent over the inclined bottom. The baby's wrist soon becomes tired. As a result, babies will drop off the bottle and get tired of inhaling milk.

Standing poses are suitable for growing babies who can support a bottle on their own without parental assistance. The problem faced by a baby in this position is similar to the problem faced when the baby is in a sitting position. In a standing position, a baby can hold a regular cylinder-shaped bottle, whereas it is inconvenient to lift the head of the bottle and lift his head up at the same time. In this operation, while the baby sucks milk, the milk will fill the neck of the bottle.

While the mammals invented by Seffenson and Donner can cause milk to fill the nipples and throats of the mammals, they also have some drawbacks. While supporting a bottle, a baby has to twist his wrist unnaturally, which makes his wrist fatigue easily. As a result, the baby will drop the bottle and get tired of inhaling milk.

Therefore, it is necessary to have a bottle adapted to various postures when the parent feeds the baby or the baby supports the bottle. The bottle should always be filled with milk in his nipples and neck, so that the baby can inhale milk constantly while having a long time of pleasure. Moreover, infants should be prevented from ingesting air media that cause stomach pain or indigestion.

1 is a perspective view showing the front of a mammal according to the present invention.

Figure 2 is a perspective view of the rear of the mammal in accordance with the present invention.

3 is a side view of an empty mammal bottle in use.

4 is a cross-sectional view of an empty mammal bottle in use.

Figure 5 is a view showing a baby carrying a bottle with the front facing up in a lying position.

Figure 6 is an enlarged view except for a newborn baby supporting the front facing up in a lying position.

Figure 7 is a view showing a baby carrying a bottle with the rear facing up in a lying position.

Figure 8 is an enlarged view excluding the newborn baby supporting the bottle facing the back in the lying down position.

9 is a view showing a baby carrying a bottle with the rear facing upwards in a sitting position.

10 is an enlarged view excluding a newborn baby supporting a rearward facing up bottle in a sitting position;

11 is a view of a newborn baby supporting a bottle with the rear facing upwards in a standing position;

12 is an enlarged view excluding a newborn baby supporting a rearward facing up bottle in a standing position;

-Explanation of symbols for the main parts of the drawing-

One ; Front 2; Left side

3; Rear 4; Bottom

5; Screw cover 6; nipple

The bottle according to the present invention is intended to allow a newborn or infant to inhale milk or liquid food from the bottle for a long time with pleasure. In addition, the mother bottle according to the present invention may be adapted to a parent or newborn child supporting the bottle in various other postures, including adapting to a different position of the newborn or lying, sitting or standing when the newborn baby is raised. It is to be tailored. And, while the infant sucks milk, thanks to the special feature of the present invention, which has the advantage that the height between the neck and the body of the bottle is different, the milk always flows down and fills the neck of the bottle.

With the mammalian bottle of the present invention, it is not necessary to tilt the bottle or to always lift the bottom of the bottle. The bottle connection between the neck and the body is tilted so that milk or liquid food always flows from the body of the bottle in the high position to the neck in the lower position. As a result, the present invention can suppress as much as possible the infiltration of an air medium causing abdominal pain or indigestion into the baby.

1 is a front perspective view of a mammal according to the present invention, 1 is the front of the bottle, 2 is the left side, 3 is the rear, 4 is the bottom, 5 is a screw cover, 6 is a nipple. 1 shows a screw cover 5 which acts as a component for supporting the nipple 6 at the entrance of the bottle during the use of the bottle.

Figure 2 is a rear perspective view of the bottle according to the present invention, 3 is the rear of the bottle, 2 is the left side, 4 is the bottom. FIG. 2 shows that the main body shape of the bottle is cylindrical with the bottom face 4 of the bottle bent inwardly. The end of the upper part of the main body of the bottle is obliquely bent forward and then turns upward to face upward. This part of the bottle is called the mating wall of the bottle connecting the main body and the neck. The neck of the bottle has a cylindrical shape with a top opening that is assembled with the screw cover 6 and the nipple 5 during its use.

3 is a side view of the mammal in a position in use of the mammal. The axis passing through the center of diameter of the nipple and screw cover is located below the axis passing through the center of diameter of the main body. These axes are shown in dashed lines from the bottom 4 of the bottle towards the neck and the nipple 6.

4 is a cross-sectional view of an empty mammal bottle. 4 shows the structure of a mammal according to the invention consisting of the following features and parts.

The main body of the bottle has a cylindrical shape with an open top except for the closed bottom. The main body of the bottle is connected to the wall of the bottle that connects it with the neck. The connecting wall of the bottle has a cylindrical shape with both ends open. The bottom of the shaft penetrating the diameter center of the connecting wall intersects with the top of the shaft penetrating the direct center of the bottle's main body, thereby forming a curvature bent at an angle in the range of 10 to 90 degrees. The upper part of the shaft penetrating the diameter center of the connecting wall intersects the lower part of the shaft penetrating the diameter center of the neck. The neck of the bottle has a cylindrical shape with both ends open. The upper part of the shaft penetrating the diameter center of the connecting wall intersects with the bottom of the shaft penetrating the diameter center of the neck, thereby forming a curvature bent at an angle in the range of 10 to 90 degrees. It will be appreciated that the axis through the center of diameter of the main body of the bottle is parallel to the axis through the center of diameter of the neck. There is a height difference x between the two axes, the difference being 5 mm. Also, the neck top surface of the mammal is parallel to the bottom surface of the mammal.

Figure 5 shows the use of the bottle in the case of supporting the bottle with the front facing up in the newborn baby lying position. In addition, FIG. 5 shows that the manner in which the infant supports the bottle is matched with the manner in which the infant inhales milk. In this position the nipple 6 of the bottle is faced down when the baby bears a part of the main body and the bottom 4 is faced up.

FIG. 6 is an enlarged view of the part except the baby in the case where the baby is lying on the floor and supporting the bottle with the front facing upward. The mammal is placed in the position as shown in FIG. 5. It will be appreciated that milk or liquid food will always fill the neck and nipple 6 of the bottle so that a small amount of milk or the last liquid remains in the bottle.

Figure 7 shows a baby carrying a bottle with the rear facing upwards in a state of lying down. In addition, FIG. 7 shows that the manner in which the infant supports the bottle and the manner in which the infant inhales milk are matched. In this position, when the baby bears the main body part similarly to Fig. 5, the nipple 6 of the bottle is facing down and the bottom is lifted up. However, the mammal is inverted with its rear face up. In addition, this position of the mammal is suitable when the parent is feeding the baby with milk.

Figure 8 shows an enlarged view of the other parts except the newborn baby lying on the floor to support the bottle with the rear facing upwards. The bottle is inclined as shown in FIG. 7 with its rear side facing up. Similar to FIG. 6, milk or liquid food is always filled with the neck and nipple of the bottle, leaving only a small amount of milk or liquid in the bottle.

9 shows a baby carrying a bottle with the rear facing up in a sitting position. 9 also shows that the manner in which the infant supports the bottle is matched with the manner in which the infant inhales milk. In this position, when the baby comfortably supports a portion of the main body, the bottle's nipple 6 faces downwards, the rear face upwards and the bottom slightly lifts up. When supporting a bottle, the baby's wrist is not unnaturally twisted, while the baby does not have to lift his head or face up, so he does not feel fatigue in the muscles in the baby's neck.

Figure 10 shows an enlarged view of other parts except the newborn baby supporting the rear facing upwards in the sitting position. The bottle is inclined slightly as shown in FIG. 9 with its rear side facing up. It can be seen that milk or liquid food continues to flow from the main body of the bottle in the high position and evenly fills the nipple 6 in the low position.

11 shows a baby carrying a bottle with the rear facing upwards in a standing position. In addition, FIG. 11 shows that the manner in which the infant supports the bottle and the manner in which the infant inhales milk are matched. When the baby comfortably bears a part of the main body, the bottle's nipple 6 faces downwards, the rear face upwards, and the bottom rises slightly. While supporting a bottle, the baby's wrist is not unnaturally twisted. This position is suitable for babies who are beginning to learn to walk. A baby is able to inhale milk while standing or walking without lifting his head or facing upwards, so he does not feel fatigue in the muscles in his neck.

Figure 12 shows an enlarged view of the other parts of the baby except for the baby supporting the rearward facing up bottle in the standing position. The bottle will be slightly inclined as in FIG. 11 with its rear face up. It can be seen that milk or liquid food continues to flow from the main body of the bottle in the high position to fill the nipple 6 in the low position.

Claims (4)

A cylindrical main body having an open top and a closed bottom; A cylindrical wall portion connecting the main body and the neck and having open ends; And A cylindrical neck having open both ends, An angle formed by connecting a shaft passing through the center of diameter of the main body and a shaft passing through the center of diameter of the connecting wall is connected to an upper portion of the shaft passing through the center of diameter of the connecting wall and a shaft passing through the diameter center of the neck. Is the same as the angle formed, The upper part of the neck is an open cylindrical shape for filling milk or liquid food and for assembling the nipple and the screw cover. According to claim 1, wherein the axis passing through the diameter center of the main body is parallel to the axis passing through the diameter center of the neck, there is a height difference of 5 to 50mm between the two axes, the wall connecting the main body and the neck The axis passing through the center of diameter of the main body intersects with the top of the axis passing through the center of diameter of the main body to form a curvature, and at the same time the axis passing through the center of diameter of the wall intersects with the bottom of the axis passing through the center of diameter of the neck to form another curvature. Mammal, characterized in that forming. According to claim 1 or claim 2, wherein the measured value of the angle formed by the axis passing through the center of the diameter of the wall connecting the main body and the neck intersects with the axis passing through the diameter center of the main body, A mammal, characterized in that the measured value of the angle formed by intersecting the axis passing through the diameter center with the axis passing through the diameter center of the neck is 10 to 90 °. The mammal as claimed in claim 1, wherein its entrance face is parallel to the bottom.