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Temperature-control safety nipple

A pacifier and safe technology, applied in the field of feeding bottles, can solve the problems of laborious sucking, increased resistance, etc., and achieve the effects of simple production process, reduced resistance, and reduced loss of vitamins

Pending Publication Date: 2018-03-06
SAFETYME
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Increased resistance to liquid flow from the nipple, making sucking quite laborious for infants and toddlers

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0058] like figure 2 As shown, a temperature control safety nipple with temperature control function and exhaust function includes: a nipple part 1, an exhaust part 2, and a temperature control part 3 of an upper and lower structure assembled into one body, and the exhaust circuit part is selected from the nipple inlet. The air port 16, the nipple air outlet 13, the exhaust pipe 21, the exhaust ball 22, the exhaust ball cutout 23, the bottle cap 4, and the bottle 5 form an exhaust circuit channel. When the nipple part 1 is in the sucking state, due to When the pressure changes, the venting ball cutout 23 is slightly opened (it should be noted that the venting ball cutout 23 is closed when there is no external force on the nipple part 1), so that the pressure inside the feeding bottle 5 is increased. The pressure on the outside of the feeding bottle 5 is in a very close state, so that the infant can easily suck out the milk, and at the same time, no bubbles will be generated i...

Embodiment 2

[0061] like image 3 As shown in the figure, a temperature control safety nipple with temperature control function and exhaust function includes: a nipple part 1, an exhaust part 2, and a left and right structure temperature control part 4 assembled into one body, and the exhaust circuit part is selected from the nipple inlet. The air port 16, the nipple air outlet 13, the exhaust pipe 21, the exhaust ball 22, the exhaust ball cutout 23, the bottle cap 4, and the bottle 5 form an exhaust circuit channel. When the nipple part 1 is in the sucking state, due to When the pressure changes, the venting ball cutout 23 is slightly opened (it should be noted that the venting ball cutout 23 is closed when there is no external force on the nipple part 1) to make the pressure inside the 5 feeding bottle The pressure on the outside of the feeding bottle 5 is in a very close state, so that the infant can easily suck out the milk, and at the same time, no bubbles will be generated in the mil...

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Abstract

The invention discloses a temperature-control safety nipple, which has a physical temperature control function and an exhaust function. The safety nipple comprises a nipple part, an exhaust part and atemperature control part (which is of an up-down structure or a left-right structure) which are assembled into a whole body. A conventional feeding bottle is composed of a nipple, a bottle body and abottle cap part, wherein hot milk inside the bottle body fails to flow directly into the nipple through a heat-insulating device, most people determine temperature of making milk through own feelings, and moreover, since temperature, sensed by each person, is different, the temperature of milk, which is blended, is subsequently different, as a result, a safety hidden trouble that a baby can get scalded by sucked milk exists. In addition, the nipple, the bottle body and the bottle cap are tightly sealed, so that when the milk is sucked by the baby, the volume of milk in the bottle decreases and an air volume increases, so that negative pressure is generated, the resistance of the milk flowing from the nipple is increased, and therefore the baby can feel quite difficult to suck the milk. When a relatively high negative pressure is formed in the bottle, outside air can get into the bottle easily, so that a large number of bubbles are generated in the bottle, and subsequently, a phenomenon that the baby, who sucks the milk containing the bubbles, can vomit the milk due to the accumulation of gas in the abdomen of the baby can occur.

Description

technical field [0001] The invention relates to the field of feeding bottles, in particular to a temperature-controlled safety nipple with physical temperature control function and exhaust function. Background technique [0002] The pacifiers that feed infants and young children on the market all have the following problems. [0003] The traditional feeding bottle is composed of nipple, bottle body and bottle cap. The hot milk in the bottle body directly flows into the nipple without passing through the heat insulation device. In addition, most people adjust the temperature of milk through their own feeling, and each person's The temperature sense is different, and the temperature of the adjusted milk is also different, so there is a safety hazard of scalding the milk sucked by the baby. [0004] Also have pacifier, bottle body, bottle cap all are tightly sealed, when infant sucks milk, the liquid volume in the bottle reduces, and air volume increases, produces negative air...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A61J11/02A61J11/00
CPCA61J11/0075A61J11/02A61J2200/72
Inventor 李彪吴总吴武彪
Owner SAFETYME
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