TWM501856U - Improved structure of soother - Google Patents

Description

Pacifier improved structure

This creation is about the field of infant-related products, especially a modified structure of the nipple that can control the flow rate or flow of milk and improve the overall strength.

A pacifier is a tool used to feed infants and young children. In order to meet the needs of use, regardless of the shape or size of the nipple, the best shape is close to the shape of the real breast to simulate the actual situation of the baby when sucking, so that the infant Accepted for use.

Most of the conventional pacifiers are made of silicone rubber, which has the advantage of being close to the softness and elasticity of the real breast, making it easy for infants and toddlers to accept. The softness of the nipple varies with the thickness of the nipple, except for the material used. That is, the thinner pacifiers are necessarily softer, while the thicker pacifiers are relatively softer.

For the thinner pacifiers, because of the better softness, the acceptance of infants and young children is higher, but when the infants are sucking, the thinner nipples are easy to produce compression deformation and block the flow passages. Young children can't continue to suck; while thicker pacifiers, when compressed by infants, are better because they are more elastic, they can be quickly restored to their original state when they are ventilated, and then they can be repeatedly sucked. Behavior, but thicker The pacifiers are also relatively hard, making it easy for infants and toddlers to use.

In addition, the conventional nipple is completely hollow and cannot control the flow rate of milk or Flow rate, when the sucking power of infants and young children is small, it is necessary to repeatedly suck and suck for a long time to achieve satiety, but often stop sucking due to fatigue or boredom during the eating process, so it is not able to get true satisfaction; When the sucking power is large, the milk may pour down in an instant, so that the baby can not be absorbed immediately, and the milk is scattered to the ground to pollute the environment, and the infant is discomfort due to wet adhesion.

Therefore, there are still significant defects in the use of pacifiers, and further development and improvement by the industry.

The creator of the case, according to the aforementioned nipples, is improved, considering the adjustment of the flow rate and flow rate of the milk, and strengthening the structure of the nipple, so that the infant can get a feeling of fullness of sucking, thereby improving physical and mental health, so as to improve the The purchase intention of advertising products, through long-term research and development and implementation, can finally complete the improved structure of this nipple.

The main purpose of this creation is to provide a modified structure of the nipple, which effectively controls the flow rate and flow rate of the milk, and the infant can smoothly achieve a feeling of fullness when sucking, and provides the best help for growth.

Another object of the present invention is to provide a modified structure for a nipple, which has a softness and sufficient strength to make the infant and the child more in line with the actual situation.

Another object of the present invention is to provide a modified structure for a nipple, which adopts a design that is closest to the real breast, and reduces the sense of rejection of the infant, and can be used to appease the effect.

A modified nipple structure capable of achieving the foregoing purpose, mainly comprising a nipple, The front end of the nipple has a suction end, a neck is connected to the rear end of the sucking end, and a body is connected to the rear end of the neck. The outer surface of the sucking end, the neck and the body adopts a continuous smooth curve connection, and the sucking end has an arc shape. The diameter from the suction end to the neck is slightly retracted, which is favorable for the infant to bite.

The inside of the neck is provided with a guiding flange which is continuous in a spiral manner Wrapped around the inside of the neck, when the infant sucks from the sucking end, liquid such as milk passes through the inner space of the teat, but due to the design of the guiding flange, the liquid is guided Properly flowing into the mouth of the infant, that is, controlling the flow rate or flow rate of the liquid flowing out of the teat, and the guiding flange simultaneously strengthens the structure of the neck, even if the sucking force of the infant is large, no shrinkage obstruction occurs. The problem.

The thickness of the neck is slightly less than the suction end, so that the suction end is relatively opposite to the neck Flexing, conforming to the structure of the real breast, and by the design of the guiding flange, the neck can still maintain effective strength to facilitate the sucking of the infant.

In addition, the guiding flange is adapted to adjust the inclination angle of the spiral or change the guiding convex The size of the edge volume, or the density around which the guide flange is wound, thereby changing the flow rate or flow rate of the liquid to meet the needs of infants and young children.

In addition to being disposed on the neck, the guiding flange can also be designed according to the design of the nipple. The front and rear ends of the guiding flange are respectively extended to the suction end or the body to strengthen the strength of the suction end or the body, and the flow rate or flow rate of the liquid may also be changed.

10‧‧‧ pacifier

1‧‧‧ suction end

2‧‧‧ neck

3‧‧‧ Ontology

4‧‧‧ Guide flange

Figure 1 is a perspective view showing the structure of the improved nipple of the present invention;

Figure 2 is a front elevational view showing the structure of the improved nipple;

Figure 3 is a cross-sectional view taken along line A-A of Figure 2;

Figure 4 is a perspective view of the second structure of the improved structure of the teat.

Please refer to Figures 1 to 3 for a modified pacifier structure of the present invention. The nipple 10 includes a suction end 1 , and a rear end of the suction end 1 is connected with a neck 2 . The rear end of the neck 2 is connected with a body 3 . The suction end 1 , the neck 2 , and the outside of the body 3 . The surface is continuously smooth curved and ergonomically designed.

The suction end 1 has an arc shape, and the diameter of the suction end 1 to the neck 2 is slightly inside. The neck portion 2 and the body portion 3 are enlarged into a bowl shape, so that the appearance of the teat 10 is close to the real breast, which increases the intimacy of the infant, and the neck 2 is slightly retracted to facilitate the infant's bite.

The inside of the neck 2 is provided with a guiding flange 4, which is in a spiral manner Continuously wound around the inside of the neck portion 2, when the infant is sucked by the sucking end 1, liquid such as milk passes through the inner space of the teat 10, but the liquid is designed by the guide flange 4 Guided to properly flow into the mouth of the infant, i.e., to control the flow rate or flow rate of the liquid as it flows out of the teat 10, avoiding problems with the conventional nipple 10.

In addition, due to the design of the guiding flange 4, the structure of the neck 2 can be strengthened. Even if the infant has a large suction force, the problem of shrinkage obstruction does not occur, and the liquid maintains a stable flow rate or flow rate.

Further, the guiding flange 4 has to adjust the tilt angle of the spiral to change the flow. The direction of flow of the body, which in turn adjusts the flow rate or flow rate of the liquid.

Alternatively, the guiding flange 4 can also change its size, and the same can be changed. The flow rate or flow rate of the liquid.

And the guiding flange 4 has to adjust the density of the winding, thereby changing the liquid. The flow guiding distance of the body changes the flow rate or flow rate of the liquid.

In addition, the guiding flange 4 can be viewed from the neck 2 as well as the nipple 10 The design requirements require that the front and rear ends of the guiding flange 4 extend to the suction end 1 or the body 3, respectively, to strengthen the strength of the suction end 1 or the body 3, and also to change the flow rate or flow rate of the liquid.

Please refer to FIG. 4, which is another embodiment of the creation, although the pacifier The appearance of 10 is slightly changed, but its composition and setting ratio are exactly the same as those shown in Figures 1 to 3, only the shape change.

Combining the above structure, this creation provides the following advantages:

1. This creation can control the flow rate and flow rate of liquid such as milk to meet the feelings of infants and young children, and can successfully complete the nursing work, so that the infants can feel full and grow smoothly.

2. In addition to the softness, this creation can increase the strength of the nipple, so that the infant can feel comfortable when using it, and there will be no accidents such as clogging, and it can be used safely.

The detailed description above is a detailed description of one of the possible embodiments of the present invention, and the embodiment is not intended to limit the scope of the patents, and the equivalent implementations or modifications that are not included in the spirit of the present invention should be included in The patent scope of this case.

10‧‧‧ pacifier

1‧‧‧ suction end

2‧‧‧ neck

3‧‧‧ Ontology

4‧‧‧ Guide flange

Claims (6)

A nipple improved structure comprising: a nipple having a suction end at the front end, a neck connected to the rear end of the suction end, a body connected to the rear end of the neck, the outer surface of the suction end, the neck and the body being continuous a smooth curve connection; the suction end has an arc shape, the diameter of the suction end to the neck is slightly retracted to facilitate the engagement of the infant; and the inner side of the neck is provided with a guiding flange, the guiding flange is The inner side of the neck is continuously wound in a spiral manner for controlling the flow rate or flow rate of the liquid as it flows out of the teat, and the structure of the neck is strengthened by the guiding flange. The nipple modified structure of claim 1, wherein the guiding flange adjusts a helical tilt angle to change a flow rate or flow rate of the liquid. The nipple modified structure of claim 1, wherein the guide flange is adjusted in volume to change a flow rate or flow rate of the liquid. The nipple modified structure of claim 1, wherein the guiding flange adjusts the winding density to change the flow rate or flow rate of the liquid. The nipple improved structure of claim 1, wherein the front and rear ends of the guiding flange extend to the suction end or the body, respectively. The nipple modified structure of claim 1, wherein the neck has a thickness less than the sucking end, such that the sucking end is deflected relative to the neck.